#sustainable

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The Future of Sustainable Robotics: World's First Fully 3D-Printed Autonomous Robot Made from Recycled Materials

In a groundbreaking achievement for sustainable robotics, a European tech collaboration has unveiled the world's first fully 3D-printed autonomous logistics robot made entirely from recycled materials. This innovative robot, developed jointly by Lemki Robotix of Ukraine, iSCALE 3D of Germany, and Czech engineering firm Zeykan Robotics, is a significant step forward in eco-friendly engineering and decentralized production.A Leap towards Sustainable RoboticsThe robot's body, wheels, and rims are 3D-printed from recycled materials, built tough with reinforced polymers for harsh terrain. Featuring a sealed body made from glass fiber-reinforced recycled polypropylene, along with airless polyurethane wheels and carbon fiber-reinforced nylon rims, the robot is designed to operate in demanding outdoor environments. With 360° cameras, LiDAR, and Starlink satellite connectivity, the robot can be controlled manually or autonomously using an onboard neural network that processes sensor data for intelligent navigation.Designed for Demanding MissionsThe robot is designed for demanding missions such as military logistics, disaster response, and agricultural operations. Its hermetically sealed design allows it to cross shallow water bodies and operate in harsh outdoor environments. The robot's modular design and recyclable construction enable local manufacturing worldwide with consistent quality, reducing the environmental footprint and production costs.A Proof of Concept for Large-Format 3D PrintingThe robot is more than just a functional machine; it's a proof of concept for large-format 3D printing's potential to revolutionize automation and mobility. The team's innovative approach to 3D printing using recycled materials has opened up new possibilities for sustainable production and reduced waste. The collaboration between Lemki Robotix, iSCALE 3D, and Zeykan Robotics is proof of the power of teamwork and innovation. The team's dedication to sustainable robotics and 3D printing has resulted in a groundbreaking achievement that could shape the future of automation and mobility.A New Era of Sustainable ProductionThe robot's development is part of a larger trend towards sustainable production and reduced waste. The use of recycled materials in 3D printing has the potential to significantly reduce the environmental impact of production, making it a more sustainable and eco-friendly option. The team behind the robot has also developed other innovative projects, such as the Discover 3D camper, a fully 3D-printed mobile home made from recycled materials. This project showcases the team's commitment to sustainable manufacturing and innovative design. As the world moves towards a more sustainable future, innovations like this will play a crucial role in shaping the future of production and mobility.

26 Jun 2025

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Driving Change: India’s First Hydrogen-Powered Buses Launched in Ladakh!

High up in the majestic mountains of Leh, where snow-capped peaks kiss the sky and the air is crisp and pure, something remarkable has just taken place. In a land known for its untouched beauty and harsh climate, a new chapter in India's green journey has begun, one that could change the future of travel in difficult terrains. India has launched its first hydrogen-powered buses in the breathtaking region of Leh, Ladakh. At NTPC’s (NTPC National Thermal Power Corporation) hydrogen mobility station in Palam, five hydrogen fuel cell buses were handed over to the State Industrial Development Corporation (SIDCO), marking the country’s first commercial deployment in such extreme terrain.The World's Highest-Altitude Hydrogen Fuelling StationThe buses are powered by a hydrogen fueling station situated 11,562 feet above sea level, making it the world's highest-altitude hydrogen fueling station. This station operates entirely on renewable energy from a nearby 1.7 MW solar plant, ensuring a sustainable and environmentally friendly transportation system.Environmental BenefitsThe project is expected to reduce carbon emissions by approximately 350 metric tonnes annually and contribute 230 metric tonnes of pure oxygen, equivalent to planting nearly 13,000 trees. This initiative not only promotes sustainable transportation but also contributes to the region's environmental well-being. The introduction of hydrogen fuel cell buses in Ladakh is a significant step towards achieving a carbon-neutral Ladakh. The project aligns with the Centre's broader net-zero emissions goals and symbolizes India's leadership in renewable energy innovation. NTPC, India's largest integrated power utility, has been at the forefront of clean energy initiatives. With an installed capacity of over 81 GW, the company aims to achieve 60 GW of renewable energy capacity by 2032. This hydrogen mobility initiative is a crucial step in NTPC's clean energy transition.Driving Clean Change: Hydrogen Buses in LadakhThe launch of hydrogen fuel cell buses in Ladakh is not just a technological advancement; it's proof of human innovation and determination. As Bhupesh Chaudhary, administrative secretary of the transport department, inspected the green hydrogen plant, he commended NTPC's technological feat in executing this project at high altitude. This initiative showcases the potential of human collaboration and innovation in addressing environmental challenges. As India continues to innovate and adopt clean energy technologies, it is poised to make a significant impact on the global stage.

24 Jun 2025

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The World’s Largest Sand Battery : How a Giant Sand Battery is Changing the Game for Renewable Energy

The sand battery, developed by Polar Night Energy, is a simple yet effective concept. When there is excess solar or wind power, the battery stores the energy as heat in a massive silo filled with sand. The sand is heated to a scorching 400 to 500 degrees Celsius, and the heat is retained for weeks with minimal loss due to clever insulation. When warmth is needed, the stored heat is released and piped into homes, offices, and other buildings, reducing the need for fossil fuels.The World’s Largest Sand BatteryIn June 2025, Polar Night Energy launched the world’s largest sand battery in Pornainen, Finland, marking a major step forward in renewable energy storage. This industrial-scale system delivers 1 megawatt of thermal power and stores up to 100 megawatt-hours of heat, making it about ten times more powerful than their original installation. The massive silo, filled with around 2,000 tons of crushed soapstone, stands 13 meters tall and 15 meters wide. It’s capable of providing heat for nearly a month during summer or about a week in winter to the local district heating network. Beyond its scale, the battery plays a critical role in reducing carbon emissions, cutting approximately 160 tons of CO₂ each year.What is a Sand Battery?A sand battery is an innovative energy storage solution that uses sand to store heat generated from excess electricity, particularly from renewable sources like solar or wind power. They are common in colder countries like Finland. Unlike traditional batteries that store electricity, sand batteries store thermal energy, making them especially useful for heating buildings and supporting clean energy transitions.How Sand Batteries WorkThe sand battery operates on a simple yet effective principle of storing energy as heat. At the heart of the system is a large silo filled with sand, often recycled industrial waste from fireplace manufacturing. When there is excess electricity, typically from renewable sources like wind or solar, it is used to heat the sand to very high temperatures. Thanks to excellent insulation, the sand retains this heat for weeks with minimal energy loss. When the need for heat arises, hot air is extracted from the sand and directed into the district heating network, providing a clean and efficient way to warm homes and buildings.Benefits of Sand BatteriesSand batteries offer a smart and sustainable solution for energy storage, especially in the push toward renewable energy. One of their biggest advantages is their ability to store excess power from sources like solar and wind, helping reduce our dependence on fossil fuels. Unlike lithium batteries, sand is cheap, widely available, and environmentally friendly, making it a cost-effective alternative. These systems also help cut carbon emissions and support efforts to combat climate change. Plus, they’re flexible enough to be adapted to different settings and infrastructure, making them a practical option for communities and cities looking for clean energy solutions.The Story Behind Polar Night EnergyPolar Night Energy was founded in 2018 by Tommi Eronen and Markku Ylönen, who first crossed paths in 2013 while studying at Tampere University of Technology. Tommi earned a Master’s degree in Power Plant Engineering, while Markku holds a Ph.D. in Applied Mechanics. Their journey began with a shared vision: they recognized early on that as electricity prices dropped and volatility increased, simply producing more renewable energy wouldn’t be enough to fully decarbonize the energy sector. What the world needed was reliable, high-capacity storage. With limited resources but a bold idea, they brought their vision to life and created the world’s first commercial sand battery. Today, that groundbreaking innovation is ready for global deployment. As they put it: “Join us on our journey!” Polar Night Energy is a Finnish startup revolutionizing renewable energy storage with sand batteries. Their system stores excess electricity as heat in sand, which can be used later for district heating. It’s low-cost, eco-friendly, and highly efficient, using abundant materials and simple technology. Successfully tested in Kankaanpää, Finland, this innovation supports clean energy goals and offers a scalable solution for reducing fossil fuel reliance and cutting carbon emissions worldwide.

20 Jun 2025

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India’s First PLA Biopolymer Initiative: Balrampur Bioyug Leads Sustainable Innovation

In a groundbreaking move, Balrampur Chini Mills Limited (BCML) has launched Balrampur Bioyug, India's first PLA biopolymer brand. This innovative brand is set to revolutionize the country's approach to sustainability, offering a bio-based, eco-friendly alternative to fossil-based plastics. The launch event, held at the Jio World Convention Centre in Mumbai, was graced by Maharashtra Chief Minister Devendra Fadnavis, marking a pivotal moment in India's journey towards a more sustainable future.The Story Behind Balrampur BioyugBalrampur Bioyug started with a strong idea to protect the environment by using natural resources in smart and responsible ways. Avantika Saraogi, Executive Director of Balrampur Chini Mills Limited (BCML), was inspired by her grandmother. Her grandmother believed in living simply, using everything nature gives us, and avoiding waste. These values deeply influenced Avantika. BCML is one of the largest sugar companies in India. When Avantika joined the business, she saw an opportunity to do something new. She thought about how sugarcane is usually used only for sugar and fuel. But the leftover parts of the plant often go to waste. Avantika wanted to change that by turning sugarcane waste into something useful and safe for the environment. This idea led to the birth of Balrampur Bioyug. The name Bioyug means a new age focused on protecting the earth. It stands for a cleaner future where natural materials are used wisely and nothing is thrown away without purpose.The PLA ProcessThe full form of PLA is polylactic acid. It is a type of biodegradable plastic made from natural sources like sugarcane, cornstarch, or cassava. PLA is often used as an eco-friendly alternative to traditional petroleum-based plastics. You might wonder how a plant like sugarcane can turn into something similar to plastic. This happens through a special process that uses science to change the sugar from the plant into a material called PLA.First, the sugar from sugarcane goes through a step called fermentation. This is a natural process, similar to how milk turns into yogurt. In this step, the sugar is turned into a kind of natural acid. Next, this acid is cleaned in a step called purification. This removes anything that is not needed. After that, the clean acid goes through two more steps called dimerization and polymerization. These steps help join small molecules together to make long chains. These long chains form a strong material called PLA resin. This resin can be melted and shaped into many different products, just like regular plastic. The big difference is that PLA is made from plants, not oil. It is also much better for the environment. Normal plastic can stay in the earth or ocean for hundreds of years. But PLA can break down much faster, especially when composted the right way.A Game-Changing TechnologyBCML's PLA plant, set to be commissioned in October 2026, will be the first in India to convert sugarcane into PLA in a single, integrated site. Powered entirely by renewable energy, this facility will produce 100% bio-based, industrially compostable PLA, offering a credible and scalable solution to the global plastic crisis. The success of Balrampur Bioyug lies in its connection with farmers. BCML's association with over 5.5 lakh farmers ensures that the brand is not just about technology but also about the people who make it possible. The farmers' pride in growing sugarcane for a bioplastic plant is a testament to the brand's commitment to shared purpose and sustainability.A New Chapter in SustainabilityThe launch of Balrampur Bioyug marks a significant milestone in India's journey towards sustainability. With its innovative approach to bioplastics, BCML is set to make a lasting impact on the environment, the economy, and the lives of millions of farmers and consumers. As India continues to grapple with the challenges of plastic pollution, Balrampur Bioyug offers a beacon of hope, demonstrating that sustainability and innovation can go hand-in-hand.

19 Jun 2025

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Delhi's Leap Towards a Greener Future: India's First E-Waste Eco Park

The e-waste Eco Park, spanning 11.4 acres, will be a state-of-the-art facility capable of processing up to 51,000 metric tonnes of e-waste annually, covering all 106 categories outlined in the E-Waste Management Rules, 2022. This innovative project aims to revolutionize how India deals with electronic waste, turning a significant challenge into an opportunity for sustainable growth.The Need for E-Waste ManagementIndia stands as the third-largest producer of e-waste in the world, generating over 1.6 million metric tonnes each year. Delhi contributes nearly 9.5% of this staggering total. Unfortunately, only 17.4% of global e-waste is recycled in a scientifically sound manner, resulting in the loss of valuable resources like copper, lithium, and rare earth metals. The e-waste Eco Park will help bridge this gap, ensuring responsible waste management and recycling practices.Key Features of the E-Waste Eco ParkThe E-Waste Eco Park is envisioned as an initiative in sustainable waste management, offering a comprehensive and integrated recycling infrastructure. The facility will house end-to-end solutions, including collection, dismantling, refurbishment, and scientific metal recovery, ensuring efficient and environmentally responsible processing of electronic waste . The park will manage all 106 categories of e-waste, covering everything from everyday electronics like phones and laptops to larger and more complex items such as industrial machinery and solar equipment. Structured under a Green Investment Model, the project is being developed through a Public-Private Partnership (PPP) with a 15-year concession period and an initial investment of ₹150 crore. This sustainable financial approach encourages innovation while sharing risks and rewards between stakeholders. Economically, the park is projected to generate ₹350 crore in revenue and create thousands of green jobs. By empowering local dismantlers, recyclers, and refurbishers, the initiative aims to build a circular economy while promoting environmental stewardship and community developmentA Step Towards a Circular EconomyThe e-waste Eco Park is proof of Delhi's dedication to a circular economy, where every resource counts and every worker matters. By promoting safe and scientific recovery of essential materials, Delhi is paving the way for a cleaner, greener, and more inclusive industrial landscape. The park will also serve as a model for similar initiatives across the country, driving sustainable growth and environmental sustainability.Implementation and TimelineThe Delhi State Industrial and Infrastructure Development Corporation (DSIIDC) will issue a global RFQ-cum-RFP tender to attract top-notch green technology providers. The construction of the Eco Park is expected to wrap up within 18 months, after which it will manage nearly 25% of Delhi's e-waste. As Environment Minister Manjinder Singh Sirsa said, "The days of careless dumping are behind us. We're focused on making Delhi ready for the future industrially, environmentally, and socially."

14 Jun 2025

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India's Warship INS Guldar to Become the Country's First Underwater Naval Museum and Coral Reef

In a latest initiative, the Maharashtra government has embarked on a mission to create India's first underwater museum and artificial coral reef around the decommissioned warship INS Guldar in Sindhudurg, Maharashtra. This project aims to promote marine conservation, sustainable tourism, and ecological education while showcasing the country's rich naval heritage.Objective and Significance of the ProjectThe main objective of this project is to preserve the glorious heritage of the Indian Navy and convert it into a tourism and ecological educational resource. By repurposing the INS Guldar and creating an artificial coral reef, the project will provide a new habitat for marine life and promote eco-friendly tourism. This initiative will not only boost marine conservation efforts but also offer a unique experience for tourists and locals alike. The project is being implemented by the Maharashtra Tourism Development Corporation (MTDC), the lead agency of the Government of Maharashtra, with the cooperation of marine and environmental experts. The Ministry of Tourism, Government of India, has sanctioned an amount of ₹ 46.91 crore for this project, highlighting the importance of marine conservation and sustainable tourism.Project Timeline and ExecutionThe initiative commenced on February 20, 2025, with the formal transfer of INS Guldar from the Indian Navy to the Maharashtra Tourism Development Corporation (MTDC) at the Naval Base in Karwar, Karnataka. Following the handover, the vessel was relocated to the Sindhudurg coast, where it is set to be submerged in a carefully coordinated operation. Prior to its submersion, extensive efforts will be made to remove all hazardous materials and pollutants to ensure environmental safety. Once cleared, the ship will be gently lowered to the seabed, where it will serve as an artificial reef, fostering a thriving marine ecosystem.Histroy Of INS Guldar INS Guldar, a Kumbhir-class landing ship tank, was specifically built for missions and played a vital role in the Indian Navy's operational capabilities. Constructed at the Gdynia Shipyard in Poland, it was commissioned into service in December 1985. Designed to transport troops, armored vehicles, and critical supplies to shore during maritime conflicts, INS Guldar served the nation for nearly four decades. Following its decommissioning, the vessel was transferred to the Maharashtra Tourism Development Corporation (MTDC) to be transformed into an underwater museum and artificial coral reef.Artificial reefs like this help relieve pressure on natural coral reefs, which are increasingly threatened by climate change, pollution, and overfishing. The sunken ship will offer shelter and breeding grounds for various marine species, enhancing biodiversity in the region. Additionally, the site is expected to attract ecotourism and scuba diving activities, promoting environmental awareness and supporting the local economy through responsible tourism.Launch and InaugurationThe project was virtually launched by Maharashtra Chief Minister Devendra Fadnavis, in the presence of Deputy Chief Ministers Eknath Shinde and Ajit Pawar, and other key leaders. The initiative is expected to boost marine conservation and tourism in the region while showcasing sustainability and innovation. The project is a reflection of the country's commitment to preserving its rich naval heritage and promoting eco-friendly tourism. With its unique blend of heritage, ecology, and adventure, this project is set to become a distinctive destination that showcases sustainability and innovation.

13 Jun 2025

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India Takes Center Stage : Elected to UN ECOSOC for 2026-28

India's recent election to the United Nations Economic and Social Council (ECOSOC) for a three-year term from 2026 to 2028 marks a significant milestone in the country's diplomatic journey. This election shows India's commitment as a key player in shaping global development policies.Understanding ECOSOC: History and FunctionsEstablished in 1945 under the UN Charter, ECOSOC is one of the six principal organs of the United Nations. Its primary work is to coordinate the UN's economic, social, humanitarian, and cultural work. ECOSOC serves as a central platform for global policy dialogue, review, and development recommendations. The council consists of 54 member states elected by the UN General Assembly for overlapping three-year terms. ECOSOC's functions are multifaceted. It oversees 15 specialized agencies, including the World Health Organization (WHO) and the International Labour Organization (ILO), and coordinates the work of various UN entities. The council also plays a crucial role in implementing the Sustainable Development Goals (SDGs) and fostering international cooperation across economic, social, and environmental spheres.India's Election to the UN ECOSOCIndia was elected to the United Nations Economic and Social Council (ECOSOC) for a three-year term from January 1, 2026, to December 31, 2028. The election took place on June 4, 2025, at the UN Headquarters in New York City. India received 181 out of 187 valid votes, showcasing strong global backing for its candidacy.This marks India's 18th term on ECOSOC, having previously served from 2008 to 2020. India's Permanent Representative to the UN, Parvathaneni Harish, will play a pivotal role in representing India's interests within the council. With this election, India aims to champion development issues, promote sustainable development practices, and strengthen its commitment to multilateralism.India's Role in ECOSOCIndia's election to ECOSOC is proof of its growing influence in global affairs. With its seat on the council, India can shape the international agenda on critical policy issues like poverty, climate change, education, and health. Moreover, India can use this platform to represent the voice of the unheard, advocating for fairer economic structures, technology transfer, and climate finance.India's External Affairs Minister, Dr. S. Jaishankar, has expressed India's commitment to championing development issues and strengthening the working of ECOSOC. This election also provides India with an opportunity to promote global sustainable development practices from its own experiences in reducing hunger and poverty and increasing levels of education and clean energy adoption.Challenges and OpportunitiesECOSOC's term for India may witness potential issues such as managing geopolitical rivalries and gathering consensus amongst diverse members. However, this also presents an opportunity for India to demonstrate its diplomatic power and commitment to bilateral relations. India can use its trust and credibility to raise the issue of structural reforms in the United Nations Security Council.ECOSOC Membership and Election ProcessECOSOC membership is allocated based on equitable geographical representation across five regional groups: African States, Asia-Pacific States, Eastern European States, Latin American and Caribbean States, and Western European and other States. The UN General Assembly elects ECOSOC members annually by secret ballot, with a two-thirds majority of valid votes cast required for election. India's election to ECOSOC marks a significant step toward global development leadership. With its commitment to promoting sustainable development practices, India is well-positioned to shape the international agenda. As ECOSOC continues to play a central role in advancing the international development agenda, India's participation will undoubtedly contribute to fostering global cooperation and achieving the SDGs (Sustainable Development Goals) by 2030.

10 Jun 2025

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India's Green Leap: Food-Grade rPET Regulations Pave Way for Sustainable Packaging

India has taken a giant leap towards reducing its environmental footprint with the introduction of food-grade rPET regulations by the Food Safety and Standards Authority of India (FSSAI). This move is expected to revolutionize the packaging industry by promoting the use of recycled plastics in food contact materials. The guidelines permit the use of rPET in food packaging, provided it meets stringent decontamination and safety benchmarks, paving the way for the responsible use of post-consumer PET bottles to manufacture new food-grade containers .What Does This Mean for the Packaging Industry?The FSSAI guidelines apply exclusively to recycling processes that transform post-consumer food-grade PET into Food Contact Material-rPET (FCM-rPET). This approach guarantees that materials reintroduced into the food supply chain meet strict safety and performance standards. The approved recycling processes include advanced technologies with validated decontamination steps, such as:- Super-clean mechanical recycling: A process that ensures the removal of contaminants and impurities from PET bottles.- Melt-in, paste-in, and chemical recycling : Methods that break down PET into its raw materials, which can then be used to manufacture new food-grade containers. Ensuring Safety and QualityTo ensure the safety and quality of recycled resin, it must pass several critical tests, including :- Challenge Test : Evaluates the ability of the recycling process to remove contaminants.- Migration Test: Assesses the potential migration of substances from the packaging material to food.- Extraction Test: Determines the amount of substances that can be extracted from the packaging material.Operational and Quality StandardsRecycling operations must follow Good Manufacturing Practices (GMP), including the implementation of quality assurance programs, clearly defined critical quality parameters, and full product traceability. Input materials must meet a minimum quality standard, and the final product should be monitored continuously to ensure consistency over time. With Extended Producer Responsibility (EPR) frameworks becoming more stringent, these guidelines offer clarity and assurance for recyclers, converters, and brand owners alike. This is a vital enabler for boosting rPET adoption in food and beverage sectors while maintaining safety, quality, and trust. The demand for food-grade rPET is growing rapidly, driven by increasing environmental awareness among consumers and policy incentives .Pioneers in Food-Grade rPETSeveral companies, including Srichakra Polyplast, Reliance Industries, Ganesha Ecopet, Uflex Limited, and Ester Industries Limited, have already received approval from FSSAI to manufacture food-grade rPET resin. These companies are using advanced recycling technologies, such as Erema VACUNITE and Starlinger's secondary recycling process, to produce high-quality rPET resins . The introduction of food-grade rPET regulations in India marks a significant step towards a more sustainable future for the packaging industry. As the demand for recycled plastics continues to grow, it is expected that more companies will adopt rPET in their packaging materials, reducing the country's dependence on virgin plastic and mitigating the environmental impact of plastic waste.

5 Jun 2025

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Wrapping Up a Greener Future: Mariel's Ease Wrap Revolutionizes Notebook Covers

Mariel Susan Alexander, a 15-year-old Class 10 student from Thiruvananthapuram, has created a game-changing solution to reduce plastic waste in schools. Her brainchild, 'Ease Wrap', is a plastic-free notebook cover made from virgin kraft papers with a biocoating derived from vegetable oil, offering a sustainable alternative to traditional plastic-coated brown papers.The Birth of a Brilliant IdeaMariel's journey began with a realization that plastic-coated brown papers were not only harming the environment but also posing health risks to children. Determined to find a solution, she developed Ease Wrap, which is perfectly sized for each book, eliminating the need for measuring and cutting. This ingenious design makes it a time-saving and efficient option for students.Ease Wrap: The Eco-Friendly SolutionEase Wrap is an example to Mariel's creativity and commitment to sustainability. The biocoating made from vegetable oil ensures that the paper remains durable and resistant to wear and tear, much like plastic-coated papers. What's more, the production process is environmentally friendly, and the product itself is biodegradable. With Ease Wrap, students can now protect their books without contributing to the staggering 24 tons of plastic waste generated by traditional brown papers in Kerala each year. Mariel's initiative, 'Gen Z Nova', has already generated a revenue of Rs 10 lakh since its launch in February. The project received a significant boost after being launched by Minister Muhammad Riyas and writer Benyamin at DYFI's startup event, 'Mawazo'. With its growing popularity, Ease Wrap is set to be available online priced between Rs 8 to Rs 12, making it an affordable option for students across the state.Inspiring a New GenerationMariel's achievement serves as a shining example of innovation and sustainability. As a student at Kazhakkoottam St Thomas Public School, she has proven that age is no barrier to making a difference. With the support of her family, including her mother Lini, who started ByLin Medtech, and Varsya Eco Solutions, Mariel is poised to make a lasting impact on the environment. Looking ahead, it’s heartening to see how simple ideas—like Mariel’s Ease Wrap—can spark meaningful change. Her journey is a beautiful reminder of what passion, creativity, and determination can achieve. Thanks to her innovation, students now have the chance to make small, conscious choices that help the planet—starting with something as everyday as a notebook cover. As Ease Wrap continues to grow and inspire, Mariel’s story gives us hope for a more sustainable future—led by young minds with big dreams.Ease Wrap: The Details- Sizes: Small, Medium, and Large- Price: Rs 8 to Rs 12- Material: Virgin kraft papers with biocoating made from vegetable oil

25 Apr 2025

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How Surat Became the World’s First City to Trade Particulate Pollution — and Win!

The city of Surat in Gujarat, India, has been a hub of industrial activity for decades, but with it came a significant increase in air pollution. To combat this issue, the Gujarat Pollution Control Board (GPCB) launched the Surat Emission Trading Scheme (ETS) in 2019, a pioneering market-based approach to reduce particulate matter emissions. The scheme allows industries to buy and sell permits for emissions, providing a financial incentive for them to reduce their pollution levels.How the Scheme WorksThe Surat ETS is a cap-and-trade system, where industries are allocated a certain number of permits based on their emissions potential. Those that stay within their limits can sell their unused permits to others that exceed their limits. This approach has been used in Europe for greenhouse gases and in China for carbon emissions, but the Surat ETS is the world's first-ever market for trading in particulate matter emissions. A recent study published in The Quarterly Journal of Economics found that the plants participating in the ETS reduced particulate matter emissions by 20-30% while lowering pollution control costs by 11%. The study, conducted by researchers from the University of Chicago, Yale University, and the University of Warwick, used a randomized controlled trial (RCT) to evaluate the effectiveness of the scheme. The results showed that plants in the ETS had permits to cover their emissions 99% of the time, compared to plants outside the market, which failed to meet pollution norms for nearly a third of the study period.The BenefitsAccording to Michael Greenstone, study co-author and Milton Friedman Distinguished Service Professor in Economics at the University of Chicago, “The market delivered a rare win-win-win by reducing pollution, decreasing abatement costs, and raising the government's success at enforcing the law.” The success of the Surat ETS has far-reaching implications for environmental policy in India and beyond. The scheme has already been expanded to include plants originally left out of the pilot experiment, and a second market has been launched in Ahmedabad, Gujarat's largest city and a major industrial hub. The research team is working with other Indian states to develop statewide markets for sulfur dioxide emissions and providing strategic advice to several other Indian state governments.Rohini Pande, study co-author and Professor of Economics at Yale University, notes, “The exciting part of the emissions trading scheme that we did for particulate matter is that it provides a proof of concept that even in a setting with lower state capacity, a compliance market can work, and often will outperform the command-and-control approach.”Key Takeaways- The Surat Emission Trading Scheme (ETS) has reduced particulate matter emissions by 20-30% among participating industries.- The scheme has lowered pollution control costs by 11% for participating industries.- The ETS has improved compliance, with plants holding enough permits to cover their emissions 99% of the time.- The success of the Surat ETS has implications for environmental policy in India and beyond.The Surat ETS is a groundbreaking initiative that has shown that market-based approaches can be effective in reducing pollution while promoting economic growth. As the world grapples with the challenges of climate change and environmental degradation, innovative solutions like the Surat ETS can provide valuable lessons for policymakers and industries alike.

17 Apr 2025

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Bengaluru Airport’s Terminal 2 Becomes India’s First to be Crowned 5-Star by Skytrax

Tucked away in the heart of India’s Silicon Valley lies a marvel that redefines the way we experience air travel. Not in Delhi. Not in Mumbai. It’s in Bengaluru - and it’s a dream. Kempegowda International Airport’s Terminal 2 has just been crowned India’s first-ever 5-Star Airport Terminal by Skytrax, a leading international air transport rating organization, renowned for evaluating and ranking airlines and airports worldwide based on customer service and quality standards. The 5-Star Airport Rating is a prestigious and distinctive recognition of quality achievement, serving as a global benchmark for airport excellence. It is a premier evaluation system that assesses airports based on their quality standards.Terminal 2 in Kempegowda is not just a terminal, it’s a destination, an experience of luxury before you even board your flight. Inaugurated in late 2022, T2 isn’t just about efficient check-ins or world-class security, it’s about how an airport can feel like an experience of a lifetime! Welcome to the Stunning “Terminal in a Garden”They call it the ‘Terminal in a Garden’, and it’s obvious once you step inside. Imagine walking into a forest that just happens to have planes parked beside it. Vertical gardens, hanging plants and indoor waterfalls enriching the space. There are over 600,000 plants from across India breathing life into this terminal. A 90-meter-wide forest belt envelopes you in green, while the magnificent ‘Tiger Wings’ - a 4,000 square-foot green wall blooming with 15,000 native plants, stands as a living monument to the country’s biodiversity. Crafted with bamboo, granite, and rattan, the architecture flows like nature itself, earthy and timeless.Kempegowda International Airport: Where Sustainability Takes Flight Terminal 2 is not just green in color, it’s green in conscience. Powered entirely by renewable energy, this terminal is a living promise of what modern infrastructure can be. Solar panels power operations, while a brilliant water system captures rain, nourishes the gardens, and cools the environment, lowering the temperature by a few degrees. T2 is one of the few terminals in the world with both LEED and IGBC Platinum ratings. This isn’t just about flying responsibly, it’s about showing that innovation, and environmental care can exist under one soaring roof.More Than Transit - It’s a Journey Within! From the intuitive, paperless Digi Yatra check-in to the enthralling cultural artworks that tell stories of Karnataka’s rich heritage, every detail invites travelers to explore more than their destination, to explore wonder itself. Smart lighting, soft music and curated art make waiting here feel like wandering through a curated garden museum. It’s functional, yes, but it’s also emotional, sensory, and uplifting. With this, Bengaluru has not just outshined other Indian airports, it has set a new vision of what the future of flying can feel like. Hopeful. Harmonious. Humanly.

16 Apr 2025

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Bengaluru's Metro Medians Get a Green Makeover: Compost Gardens

Imagine zipping through Bengaluru’s bustling metro lines and catching sight of vibrant green gardens blooming in the middle of concrete medians. In an exciting move towards urban sustainability, the Bengaluru Metro Rail Corporation Limited (BMRCL) has joined hands with Pelican Kenterra and Wipro Foundation to roll out India’s first soil-less, compost-based gardens along metro corridors. Not only do these lush green pockets add beauty to the cityscape, but they also champion a powerful environmental cause—reducing soil mining from farmlands and mountains, curbing construction waste dumping, and creating a sustainable outlet for compost use.A Sustainable Solution for Waste ManagementThe project involves collecting reject compost and garden waste including fallen palm tree leaves and garden clippings from residential communities and commercial establishments. This waste is then used to create a soil-less gardening material using proprietary technology. Eco-friendly microbial inoculants help decompose the waste and convert it into nutrient-rich, low-salinity planting material that's ideal for growing plants without soil. The result is a vibrant and thriving garden that not only beautifies the metro medians but also provides a sustainable solution for waste management. The project's success has been evident in the 100-metre trial stretch installed by Kenterra near the Manjunath Nagar metro station, where over 20 metric tonnes of compost were used to fill the medians between five pillars.Transforming Metro Medians into Green SpacesKenterra's innovative approach to compost gardening has transformed the metro medians into lush green spaces. The company's proprietary technology has enabled the creation of a soil-less gardening material that is not only sustainable but also aesthetically pleasing. The gardens are planted with ornamental plants, adding a touch of beauty to the metro medians. The success of the trial stretch has led to the BMRCL allotting an additional five kilometres of metro medians between HSR Layout and Bellandur for compost gardening.The BMRCL's commitment to sustainability is evident in its collaboration with Pelican Kenterra and Wipro Foundation. The project's focus on reducing soil mining and promoting sustainable waste management practices aligns with the BMRCL's core goal of promoting efficient public transport, reducing private vehicle use, and ultimately lowering emissions. A BMRCL spokesperson said, "We never imagined that our medians could serve as a solution for waste management in the city. The BMRCL is committed to supporting such green initiatives."A New Era in Urban PlanningThe compost gardening project in Bengaluru's metro medians marks a new era in urban planning. By incorporating sustainable practices and innovative technologies, the project has transformed the metro medians into vibrant green spaces. The project's success has the potential to be replicated in other cities, providing a model for sustainable urban planning. As cities continue to grow and develop, initiatives like this will play a crucial role in promoting sustainability and reducing environmental impact.

14 Apr 2025

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India’s Climate Win: A 33% Drop in Emissions Intensity!

In a groundbreaking achievement, India has successfully reduced its emissions rate by a staggering 33% over the past 14 years. This impressive feat not only puts India on track to meet its United Nations goal of reducing emissions intensity by 45% by 2030 but also sets a shining example for the rest of the world to follow. A Decade of ProgressBetween 2005 and 2019, India's rate of emissions intensity the total amount of greenhouse gas emissions emitted for every unit increase of gross domestic product (GDP) – fell by 33%. This remarkable decline is a proof to the country's concerted efforts to promote renewable energy generation and increase forest cover. As of 2019, forests and trees covered a whopping 24.56% of India, spanning over 80.73 million hectares.India's push towards renewable energy has been a key factor in its emissions reduction success story. The government's initiatives to promote non-fossil generation and target emissions in industrial, automotive, and energy sectors have yielded impressive results. Today, non-fossil fuel-based power accounts for 25.3% of India's total power generation, up from 24.6% three years earlier. A Win-Win SituationIndia's progress in reducing emissions intensity is a win-win situation for both the environment and the economy. By decoupling its economic growth from greenhouse gas emissions, India has demonstrated that sustainable development and economic prosperity can go hand-in-hand. This achievement is expected to help India avert pressure from developed nations to stop using coal, while also promoting green hydrogen and other clean energy initiatives.A Brighter Future AheadAs India continues on its path towards a cleaner, greener future, the world is taking notice. The country's commitment to reducing emissions intensity is a ray of hope in the global fight against climate change. With its sights set on achieving net-zero emissions by 2070, India is poised to become a leader in sustainable development and environmental stewardship.India's remarkable achievement in reducing its emissions rate by 33% is a proof of the power of sustainable development. As the world continues to grapple with the challenges of climate change, India's success story serves as a shining example of what can be achieved through determination, innovation, and a commitment to a greener future.

3 Apr 2025

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India Takes a Giant Leap Towards Sustainability With Its First Bio-Bitumen Highway!

India has taken a giant leap toward sustainable infrastructure with the inauguration of its first bio-bitumen-based National Highway stretch on NH-44 in Mansar, Nagpur, Maharashtra. Union Minister for Road Transport and Highways, Nitin Gadkari, inaugurated this 500-meter stretch, part of the Jabalpur-Nagpur highway. This is a significant step forward in environmental conservation as well as economic empowerment, and the nation’s self-reliance goals.The project employs lignin-based bio-bitumen technology. Developed by Praj Industries in collaboration with the CSIR-Central Road Research Institute (CRRI), National Highways Authority of India (NHAI), and Oriental, this innovation is a game-changer in flexible pavement construction. It replaces conventional fossil-based bitumen with a sustainable alternative derived from lignin—a by-product of ethanol production from agricultural residues.Why Bio-Bitumen MattersEnvironmental Impact:The bio-bitumen technology boasts the potential to cut greenhouse gas emissions by 70% compared to traditional bitumen. Utilizing lignocellulosic biomass addresses several pressing issues, such as reducing dependence on imported bitumen (India currently imports 50% of its bitumen) and tackling environmental concerns like stubble burning. The harmful practice of burning crop residue, prevalent in Punjab and Haryana, contributes significantly to air pollution. With this innovation, agricultural waste such as rice straw can now be transformed into a valuable resource.Economic Empowerment for Farmers:The initiative introduces a new role for Indian farmers, as they now become providers of bio-bitumen. This adds economic value to their crop residues, creating an additional revenue stream while mitigating the pollution caused by stubble burning.Aligning with Aatmanirbhar BharatNitin Gadkari emphasized how this project aligns with Prime Minister Narendra Modi’s vision of Aatmanirbhar Bharat (self-reliant India). The domestic production of bio-bitumen reduces dependency on imports, promotes industrial sustainability, and supports the development of a greener economy.Beyond Roads: Expanding Bio-Based SolutionsThe benefits of bio-bitumen extend beyond road construction. Gadkari highlighted ongoing efforts to produce compressed natural gas (CNG) from biomass, an initiative that’s both cost-effective and environmentally friendly. With over 400 projects currently underway, these efforts have already utilized 60 lakh tonnes of crop residue, benefiting farmers and curbing pollution.Google ImagesThe Central Road Research Institute will monitor the bio-bitumen road’s performance over the next two years, ensuring its viability for large-scale implementation. If successful, this pilot project could pave the way for extensive adoption of bio-bitumen technology, contributing to a cleaner, greener India. Gadkari envisions bio-bitumen as a scalable solution to address not just road-building needs but also Delhi’s chronic air pollution caused by stubble burning.India’s first bio-bitumen highway is more than just a stretch of road—it’s a symbol of innovation, sustainability, and self-reliance. Transforming agricultural waste into a valuable resource, this amazing initiative tackles pressing environmental issues, uplifts farmers, and reinforces the nation's commitment to sustainable development.

24 Dec 2024

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Thiruvananthapuram Shines Bright: India’s First City to Win a Global Sustainability Award!

The victory of Thiruvananthapuram represents a turning point for India's sustainable urban development and a potent illustration of how cities may strike a balance between expansion, environmental stewardship, and cultural preservation. The Shanghai Municipality and UN-Habitat's accolade highlights Thiruvananthapuram's commitment to innovative projects that emphasize inclusivity, renewable technology, and the welfare of its residents. A Greener and Efficient Ways Of Infrastructure is Being Reflected (Source: Google Images) The city's sustainability accomplishments stem from many innovative projects. Among these are the implementation of pollution-reducing electric transportation systems and the creation of smart highways that increase commuters' efficiency and safety. The city's goal of creating a cleaner, more interconnected urban environment is in line with these programs. Additionally, Thiruvananthapuram has made investments in community-focused neighborhoods and green public spaces that foster social cohesiveness and cultural heritage, making the city hospitable to both locals and tourists. The fact that Thiruvananthapuram was chosen over cities from other regions, such as Agadir, Melbourne, Doha, and Iztapalapa, is evidence of the sustainable model's worldwide applicability. These cities were acknowledged for their distinct approaches to common problems, highlighting the necessity of a variety of approaches to meet the infrastructure, social, and environmental demands of metropolitan centers around the globe.Bottom Line ~ Thiruvananthapuram's dedication to establishing a sustainable, environmentally friendly urban environment and its leadership in executing green programs are highlighted by this award. In addition to giving Thiruvananthapuram international recognition, the UN-Shanghai Global Award encourages more sustainable growth in India. Other Indian cities are encouraged by the city's accomplishment to include sustainable methods into their urban development. A greener, more resilient India where cities prioritize sustainability without sacrificing their own cultural identities may be possible as long as Thiruvananthapuram continues to provide a prime instance.

11 Nov 2024

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Study Finds: Mercury Emissions On a Friendly Decline

Mercury, a stealthy villain slowly poisoning our environment, has long been a toxic byproduct of human activities like gold mining and coal-fired power plants. For years, global inventories have shown mercury emissions on the rise, painting a grim picture for our planet. But recent groundbreaking research is flipping the script. A multinational team of scientists has uncovered new insights through cutting-edge atmospheric monitoring and powerful statistical analysis, challenging what we thought we knew about mercury’s impact—and offering hope in the fight against this invisible threat.Emissions of mercury are Declining ~ (Source: Google Images) According to the study, mercury levels in our atmosphere are not rising. Conversely, throughout the last 20 years, it has been declining. Data from all accessible monitoring stations in the Northern Hemisphere were evaluated by MIT scientists. Their conclusions? a considerable decrease in atmospheric mercury levels between 2005 and 2020, of about 10%. The study's principal author is Ari Feinberg, a former postdoc at the Institute for Data, Systems, and Society (IDSS).The Trend in Mercury Emissions ~ (Source: Google Images) The research team adopted two modeling methods to identify the cause of this downward trend. Boiling it down to raw basics, both techniques traced back to a decline in anthropogenic (human-caused) emissions as the driving force. The puzzle, however, didn’t stop there. Global inventories, built using models, reflected opposite trends. The mismatch between the models and actual recorded measurements remained shrouded in mystery due to data limitations and gaps in scientific understanding of mercury pollution. The broader message? “We need to keep measuring and advancing the science,” said Noelle Selin, co-author of the study.Joint scientific initiatives ~(Source: Google Images) A cohesive international scientific community is essential as we delve deeper into the complexity of mercury emissions and their impacts. Scientists can create more thorough models to comprehend mercury's atmospheric behavior and its wider environmental effects by combining resources and expertise. This collaborative strategy entails improving data exchange, standardizing monitoring procedures, and cultivating creative research collaborations. Future research must not only broaden the network of monitoring stations but also include cutting-edge technology that improves the precision and consistency of mercury measurements in order to fill in the gaps the researchers found. Even while there is still much to learn, one thing is certain: it is crucial to comprehend how human activity affects the environment in the real world.

14 Oct 2024

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Living Planet Report: India's food plate is the "cleanest plate" in the world

In a landmark finding from the latest Living Planet Report, India has been spotlighted as a leader in sustainable food consumption among G20 nations. While food systems across the globe grapple with environmental challenges, India's traditional dietary practices offer a blueprint for a more sustainable future. According to the report, India's food plate is the "cleanest plate" in the world. This revelation is more than a national achievement—it signals a global opportunity. The report emphasizes that if more countries were to adopt India's dietary habits, it could lead to a significant reduction in environmental damage and help mitigate climate change by 2050.India's sustainable food consumption ranks highest, followed by Indonesia and China. These countries are celebrated for their dietary practices that prioritize environmental sustainability.The report has flagged a few developed countries for their unsustainable food consumption patterns. The report paints a stark picture: overconsumption, particularly of fats and sugars, has fueled a global obesity crisis, with over 2.5 billion adults classified as overweight and nearly 900 million battling obesity. This contrast raises an important question: can the world afford to continue its current food consumption habits without pushing the planet beyond its ecological limits?The Global Impact of OverconsumptionThe report offers a sobering projection. By 2050, if the current food consumption patterns of the world's largest economies remain unchecked, we would exceed the 1.5°C climate target for food-related greenhouse gas emissions by a staggering 263%. This would not only accelerate global warming but would also require the resources of up to seven Earths to sustain the world's population. It’s clear that nations need to reassess their approach to food production and consumption if they hope to avoid catastrophic environmental consequences.Millet: India's Secret Weapon for SustainabilityIndia has won praise for its National Millet Campaign, which promotes the revival of ancient grains known for their health benefits and resilience to climate change. Millets like jowar, bajra, and ragi, which have been staples in India for centuries, are now gaining global attention as "superfoods." The report highlights that promoting traditional foods, such as millets, is crucial in shifting global diets towards sustainability. Not only are millets highly nutritious, but they also require significantly less water and can thrive in arid conditions. In an era of climate unpredictability, these crops may hold the key to ensuring food security while reducing environmental harm.India’s culinary landscape is as diverse as its geography, blending vegetarian and non-vegetarian diets that naturally promote sustainability. Northern India leans on lentils and wheat-based rotis, often paired with seasonal vegetables and meat dishes. In contrast, the southern regions favor rice and fermented foods like idli and dosa, typically accompanied by dal-based sambhar and coconut chutney. Across the eastern, western, and northeastern regions, fish is a staple, along with a rich variety of grains such as broken wheat (dalia). By celebrating local produce and traditional cooking methods, India manages to balance nutrition with environmental consciousness.These dietary choices, deeply rooted in culture, help to minimize resource wastage, energy consumption, and greenhouse gas emissions. The diverse, plant-based diet that dominates Indian cuisine stands in stark contrast to the meat-heavy, processed food patterns seen in many Western nations.A Global Call to ActionThe Living Planet Report sends a clear message: the world must collectively rethink its food systems. The future of global food consumption hinges on nations embracing sustainable practices that not only promote public health but also protect the planet’s ecological balance.One of the key visuals in the report is the orange vertical line, representing the planetary climate boundary for food-related greenhouse gas emissions. This line highlights the maximum allowable emissions to remain within safe limits for global warming. The report stresses that if global food consumption does not change, we risk exceeding this boundary, leading to disastrous environmental consequences.The findings from the Living Planet Report are a clarion call for nations to rethink their approach to food. India's diverse, plant-forward diet and focus on traditional grains like millets could serve as a global model for sustainable food systems. By shifting toward more eco-friendly dietary practices, countries can play a critical role in reducing their environmental impact and combating climate change.In a world where overconsumption and unsustainable food production threaten the future, India’s clean plate offers a simple yet powerful solution. If more countries embrace these practices, we may find ourselves on a path toward a healthier planet by 2050.

14 Oct 2024

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India’s First Forward Farm Launched: Discover What a Forward Farm Is

Global life sciences giant Bayer has introduced its renowned Forward Farms concept to India for the first time, a strategic initiative aimed at promoting sustainable agricultural practices. Through collaboration, innovation, and knowledge sharing, the Forward Farm initiative offers farmers access to cutting-edge techniques tailored specifically for India’s agricultural landscape. The farm, spread across 18 hectares in Panipat, Haryana, is set to serve as a model of how sustainability and modern farming can coexist harmoniously.What is a Forward FarmA Forward Farm is an innovative concept developed by Bayer that serves as a model for sustainable agriculture. These farms are designed to showcase cutting-edge agricultural practices, merging technology and environmental responsibility. Each Forward Farm acts as a hub where farmers, researchers, and industry experts collaborate to test and implement modern tools and techniques, such as precision farming, carbon management, and advanced irrigation systems.The Bayer ForwardFarm in India is designed to meet the unique challenges faced by smallholder farmers, who represent a significant portion of the agricultural workforce in the country. These farmers often work with limited resources and rely heavily on traditional methods of farming. Bayer’s initiative seeks to bridge this gap by offering practical and innovative farming solutions.A primary focus of the Panipat farm is the adoption of Direct Seeded Rice (DSR) cropping systems. This approach, along with advanced weed control methods, is designed to boost crop yields while significantly lowering water usage—an essential factor in addressing India's widespread water scarcity challenges. Furthermore, the farm implements a carbon farming strategy aimed at cutting greenhouse gas emissions from agriculture and enhancing soil carbon sequestration, aligning with global sustainability objectives.IoT, Irrigation,and Drone Technology Bayer’s Forward Farms are more than just test beds for modern farming methods—they serve as hubs for technological innovation. Farms are equipped with Internet of Things (IoT) technology for precise monitoring of agricultural processes, such as soil health, moisture levels, and pest management. This real-time data collection allows farmers to make informed decisions and optimise resource use, significantly improving crop productivity while minimizing environmental impact.Additionally, the farm utilizes advanced irrigation systems to ensure efficient water use, a crucial factor in India’s water-scarce regions. Drones are employed for precision agriculture tasks, including monitoring crop health, delivering fertilizers, and even spraying pesticides. These modern tools help streamline labor-intensive processes and reduce wastage, offering a sustainable solution for smallholder farmers who need to maximize output with minimal resources.The Bayer Forward Farm promotes the use of organic materials such as vermicompost to enhance soil health. This complements the farm’s other sustainable practices, which are aimed at optimizing nutrient use through soil testing and tailored agronomy systems.The combination of these advanced farming methods provides an ecosystem approach to agriculture, ensuring long-term soil fertility, reduced chemical inputs, and better crop yields. Such practice contribute to the preservation of the environment by reducing the reliance on synthetic fertilizers and harmful chemicals.A Global InitiativeGlobally, Bayer operates 29 Forward Farms, each tailored to the specific agricultural needs of the region. The Forward Farms initiative fosters knowledge sharing between farmers, researchers, and industry experts, creating a collaborative ecosystem for continuous improvement. The success of this model in other parts of the world has shown that it is possible to produce more food while using fewer natural resources.In an era where climate change, water scarcity, and food insecurity are becoming more pressing concerns, the Forward Farms concept offers a scalable solution. By partnering with farmers and introducing them to innovative, sustainable techniques, Bayer is helping to shape the future of agriculture in India. The farm in Panipat is just the beginning, and as more farmers adopt these practices, the benefits—both economic and environmental—will continue to grow.

13 Sep 2024

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Anand Mahindra Announces India's First Electric Air Taxi: A Revolution in Sustainable Transportation

India is on the brink of welcoming its first electric air taxi, marking a significant leap forward in the realm of sustainable transportation. Anand Mahindra, Chairman of the Mahindra Group, recently confirmed the exciting news on X. He shared images of the prototype developed by the ePlane Company, an initiative of the esteemed Indian Institute of Technology (IIT) Madras. This innovative project has the potential to reshape urban mobility in India. Anand Mahindra's Vision Sharing his enthusiasm for the project, Anand Mahindra expressed his confidence in India's rapidly growing innovation ecosystem. He lauded the role of IIT Madras as a dynamic incubator of groundbreaking ideas. Through his official platform, Mahindra highlighted the transformative potential of the electric air taxi. He emphasized its role in positioning India as a global leader in technological innovation. The ePlane e200 The ePlane e200 is the brainchild of aerospace engineering professor Satya Chakravarthy and his student Pranjal Mehta. It is poised to redefine urban transportation in India. It has a remarkable travel range of 200 kilometers and a cruise speed of 160 kmph. This two-seater aircraft promises unparalleled efficiency and speed in intra-city commute and cargo transportation. Chakravarthy envisions the ePlane e200 as a solution to alleviate traffic congestion in cities, It offers a convenient and sustainable alternative to traditional road-based vehicles. India's Leap Towards Sustainable Mobility: India's first electric flying taxi prototype signifies a significant milestone in the country's journey towards sustainable mobility. With the support of visionary leaders like Anand Mahindra and pioneering institutions like IIT Madras, India is poised to lead the charge in electric air mobility. By harnessing cutting-edge technology and fostering innovation, India is paving the way for a greener and more efficient transportation landscape. As India gears up to launch its first electric air taxi, the future of urban transportation looks brighter than ever. With the ePlane e200 at the forefront of innovation, cities across India stand to benefit from reduced congestion, faster commute times, and cleaner air. The collaborative efforts of visionary leaders, academic institutions, and industry pioneers underscore India's commitment to shaping a sustainable future for generations to come. Get ready to soar into the future with India's electric air taxis – the sky's the limit!

14 May 2024

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Smart Farming: AI-Powered NIRS Devices Revolutionize Crop Testing

In a groundbreaking initiative, researchers at the International Crops Research Institute for the Semi-Arid Tropics (Icrisat) have revolutionized crop testing by combining artificial intelligence (AI) with pocket-size near-infrared spectroscopy (NIRS) devices. This innovative approach enables farmers to instantly evaluate crop health and nutritional quality directly in their fields, simplifying the testing process like never before. Cost-Effective and Efficient Traditionally, assessing the nutritional quality of grains and feedstock was a time-consuming process, often taking weeks and involving manual or partially automated methods in laboratory settings. However, the introduction of mobile NIRS devices has dramatically changed the landscape. These devices are not only more cost-effective but can also assess over 150 samples per day, providing timely and accurate insights to farmers. AI driven portable crop testing device Source: Google images Empowering Nutrient-Dense Crop Production Jacqueline d’Arros Hughes, Director General of Icrisat, emphasizes the transformative potential of this technology in enhancing nutrient-dense crop production. By expediting the breeding of nutrient-rich varieties and integrating them into the value chain, these tools act as catalysts for promoting healthier food options. The ultimate goal is to ensure quality assurance for the distribution of nutritionally fortified crops, ensuring they reach those who need them most. Promoting Quality-Based Payments and Market Systems The adoption of portable technology for assessing grain quality is not just about efficiency; it's also about democratizing market systems. Sean Mayes, Global Research Director of the Accelerated Crop Improvement Program at Icrisat, highlights the role of NIRS devices in decentralizing market systems and promoting quality-based payments. This benefits food producers, grain processing industries, and farmers by ensuring fair compensation and incentivizing the production of high-quality crops. Towards Decentralization and Democratization By equipping farmers with the necessary tools to assess crop health and nutritional content directly in the field, a shift towards a more inclusive and transparent agricultural ecosystem is underway. This initiative not only encourages the consumption of nutrient-rich cereals but also cultivates sustainable farming practices, benefiting both farmers and consumers alike. As we enter a new era of crop testing, powered by AI and NIRS technology, the possibilities for improving agricultural productivity and nutrition are endless.By harnessing innovative solutions, farmers can be empowered, food security can be enhanced, and sustainable agricultural practices can be promoted on a global scale. This collaborative effort aims to revolutionize the methods of testing, growing, and consuming crops, thereby paving the way for a healthier and more resilient future.

9 May 2024

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From Tradition to Innovation: Chardham Yatra Goes Green with Electric Vehicles

The annual Chardham Yatra, a sacred pilgrimage to the divine abodes of Shri Kedarnath, Badrinath, Gangotri, and Yamunotri, has long been revered by millions seeking spiritual solace amidst the Himalayas. However, this year's yatra promises not only a spiritual awakening but also a step towards sustainability and cleanliness. A Shift Towards Sustainability In a significant move towards reducing pollution and promoting sustainability, the Uttarakhand government has announced the introduction of electric vehicles along the Chardham Yatra route. Under the directive of RTO Sunil Sharma, both commercial and private electric vehicles are encouraged for pilgrimage, with dedicated charging stations strategically placed along the journey. This transition reflects the commitment to combating rising pollution levels, echoing concerns raised in a Divisional Transport Authority meeting in February 2018. Health and Safety at the Forefront With preparations for the Chardham Yatra in full swing, slated to commence on May 10, the health department has left no stone unturned in ensuring the well-being of pilgrims, particularly the elderly. Enhanced health facilities are being set up along the route, reinforcing the importance of safe and sustainable travel amidst the majestic Himalayan landscapes. As devotees from across the globe prepare to embark on this sacred journey, the spotlight shines on the convergence of spirituality and responsible tourism. Electric Vehicle Charging Stations Recognizing the need for infrastructure to support electric vehicles, the state government is establishing charging stations every thirty kilometers along the Chardham Yatra route. These stations will cater to both electric cars and buses, alleviating concerns regarding the availability of charging points for long-distance travel. With this strategic initiative, the pilgrimage to the Chardham is set to become more convenient and accessible, fostering a seamless journey for devotees. Operational Control Room To ensure a smooth and hassle-free experience for pilgrims, a state-level control room has been set up at the Uttarakhand Tourism Development Council Headquarters. Operating daily from 7 am to 10 pm throughout the yatra period, this control room serves as a central hub for information dissemination and assistance, further enhancing the pilgrimage experience. Record-Breaking Registrations As anticipation builds for the upcoming Chardham Yatra and Hemkund Sahib pilgrimage, a staggering 1,566,867 devotees have already registered for the sacred journey. This remarkable influx of registrations shows the profound spiritual significance of the Chardham Yatra, as devotees from far and wide prepare to embark on a transformative quest for divine enlightenment. The Chardham Yatra prepares to unfold its sacred saga once again, it does so with a renewed sense of purpose – to not only nourish the soul but also to preserve the sanctity of the pristine Himalayan ecosystem. With the integration of electric vehicles and enhanced health facilities, this year's pilgrimage marks a significant milestone in the journey towards sustainable and responsible tourism.

29 Apr 2024

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IISC Bengaluru Scientists Develop a Sustainable Alternative To Replace Sand in Construction

In a world grappling with environmental challenges, the scarcity of natural resources poses a significant threat to sustainable development. One such crucial resource, natural sand, essential in construction, is depleting rapidly. However, at the Indian Institute of Science (IISc) in Bengaluru, a team of visionary scientists is tackling this issue head-on. Transforming Waste into Building Blocks Led by Assistant Professor Souradeep Gupta at IISc's Centre for Sustainable Technologies (CST), researchers are pioneering the utilization of captured carbon dioxide (CO2) from industrial waste gases. By treating excavated soil and construction waste with CO2, they've devised a revolutionary method to create a viable alternative to natural sand. Enhancing Material Strength with CO2 The transformative potential of CO2-treated construction waste is remarkable. Through innovative processes, including curing in a CO2-rich environment, the material's compressive strength sees a substantial increase of 20-22%. Moreover, injecting CO2 into clay soil stabilizes it, improving its interaction with cement and lime and enhancing overall engineering performance. Pioneering 3D-Printable Eco-Materials Dr. Gupta's team isn't stopping there. They've developed 3D-printable materials using stabilized excavated soil combined with binders like cement, slag, and fly ash. These materials offer superior printability and have the potential to reduce the reliance on cement and sand by up to 50% each, paving the way for eco-friendly construction practices. Towards Industrial Adoption: Challenges and Opportunities As the research progresses, attention turns to the industrial scale. Future endeavors will explore the impact of industrial flue gas on these materials' properties, a crucial step towards widespread adoption. By aligning with the nation's decarbonization targets, this innovative approach not only addresses the sand scarcity crisis but also contributes to a greener, more sustainable future. The pioneering work of scientists at IISc that leads to the transformation of waste into valuable resources by harnessing CO2, lays the foundation for a greener tomorrow. By embracing these innovations, the construction industry can take a significant stride towards mitigating its environmental footprint and building a better world for generations to come. It's not just about constructing buildings; it's about constructing a future that's sustainable and resilient.

4 Apr 2024

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Revolutionizing Transportation: India and Switzerland Join Forces for Hyperloop Development

In a groundbreaking move towards revolutionizing transportation, India has signed a Memorandum of Understanding (MoU) with Switzerland, aimed at introducing hyperloop-based high-speed transportation solutions to the country. This monumental collaboration witnesses Swisspod Technologies and India's TuTr Hyperloop uniting their expertise to accelerate research and innovation in the field. Pioneering Hyperloop Development The partnership between Swisspod Technologies and TuTr Hyperloop signifies a monumental leap forward in the realm of transportation technology. With a shared vision to introduce hyperloop-based solutions in India, the two companies are poised to explore and assess potential commercial hyperloop transportation routes across the country. Their collaborative efforts will focus on developing a blueprint for financing and constructing the hyperloop system, ushering in a new era of sustainable and high-speed transportation. Building a Framework for Cooperation The MoU, signed at the Swiss Residence in New Delhi, lays the foundation for cooperation between India and Switzerland in advancing hyperloop technology. Dr. Ralf Heckner, the Swiss Ambassador to India, emphasized the significance of this agreement, highlighting the potential of hyperloop technology to revolutionize transportation and foster economic growth. With the support of the Indian Railways, led by Rail Board chairperson Jaya Varma Sinha, the partnership aims to establish a framework for the safe and efficient deployment of hyperloop systems in India. Driving Innovation and Collaboration Both Swisspod Technologies and TuTr Hyperloop are committed to driving innovation and collaboration in the field of hyperloop technology. By pooling their expertise and resources, the two companies seek to accelerate research, testing, and innovation, ensuring the safe and reliable progression of hyperloop systems. This collaboration underscores the importance of international partnerships in advancing transformative technologies for the betterment of society. Empowering Sustainable Mobility The introduction of hyperloop technology holds immense potential for improving sustainable mobility and transforming the transportation landscape. Through collaborative efforts, India and Switzerland aim to address challenges in goods movement thereby increasing the productivity across various industries. By leveraging India's largest deep tech ecosystem and strategic industry partnerships, TuTr Hyperloop aims to develop affordable hyperloop technologies that will revolutionize high-speed mobility. Setting the Stage for Future Collaboration As the partnership between Swisspod Technologies and TuTr Hyperloop continues to evolve, it sets the stage for future collaboration and transformative progress in the transportation sector. In this transformative journey, India is laying the groundwork for a future where hyperloop technology redefines travel, ushering in an era of efficient, safe, and sustainable transportation.

29 Mar 2024

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India Emerges Victorious Against Extreme Poverty, Nation Now Eligible To Move to a Higher Poverty Line.

In the ongoing pursuit of socioeconomic progress, nations around the world continually grapple with the challenge of poverty alleviation. Within this context, the Head Count Ratio (HCR) serves as a critical metric, offering insight into the proportion of a population living below the Poverty Line. Recently, India achieved a significant milestone on its developmental journey, as research conducted by the American think tank Brookings indicates the official eradication of "extreme poverty" within its borders. This remarkable feat is not only marked by a substantial decline in the headcount poverty ratio but also by a noteworthy surge in household expenditures. At the heart of this achievement lies the government's proactive redistribution policies, which have played a pivotal role in fostering a decade of robust and inclusive development for the nation. . What Helped In Eliminating Poverty: According to Brookings, high growth and a large decline in inequality have combined to eliminate poverty in India for the Purchasing Power Parity USD 1.9 poverty line. The Headcount Poverty Ratio (HCR) for the 2011 PPP USD 1.9 poverty line has declined from 12.2 percent in 2011-12 to 2 percent in 2022-23, equivalent to 0.93 percentage points (ppt) per year. Rural poverty stood at 2.5 percent while urban poverty was down to 1 percent. For the PPP USD 3.2 line, HCR declined from 53.6 percent to 20.8 percent. Notably, these estimates do not take into account the free food (wheat and rice) supplied by the government to approximately two-thirds of the population, nor utilization of public health and education, the think tank stated. The data show a strikingly lower number of poor people in India, at both thresholds than those estimated by the World Bank. India’s Headcount Poverty Ratio: The Brookings Report presented a chart showing India’s Headcount Poverty Ratio for both the 1.9 USD PPP ( Purchasing power parities (PPPs) are the rates of currency conversion that try to equalize the purchasing power of different currencies, by eliminating the differences in price levels of between countries) and the 3.2 USD PPP from 1977-78. It stated that the change in slope of the HCR for the higher 3.2 USD poverty line “reveals the extent of inclusive growth experienced in India over the last decade.” The decline in HCR at the higher poverty line is remarkable given that in the past it took 30 years for India to witness a similar decline in poverty levels as now witnessed over 11 years, it added. The authors think that the relatively higher consumption growth in rural areas should not come as a surprise given the “strong policy thrust on redistribution through a wide variety of publicly funded programs.” Brookings lauded the national mission for the construction of toilets and attempts to ensure universal access to electricity, modern cooking fuel, and, more recently, piped water, among the policies that thrived consumption. The rural access to piped water in India as of August 15, 2019, was 16.8 percent and at present it is 74.7 percent, the report cited. The reduced sickness from accessing safe water may have helped families save more income. District Program with Aspirations: Similarly, 112 districts nationwide were designated as having the lowest development indicators under the Aspirational District Programme. Government measures specifically targeted these districts to enhance their development performance. According to official data, India has successfully eradicated severe poverty, as it is generally referred to in international comparisons. According to the Brookings paper, "This is an encouraging development with positive implications for global poverty headcount rates."This implies that India must now advance to a higher poverty level in line with other nations. Redefining current social security programs is made possible by the move to a higher poverty level, especially with the aim of better identifying intended beneficiaries and offering more assistance to the truly impoverished.

12 Mar 2024

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Ford Plans to Reenter Indian Market with EV Focus

After halting operations in India in 2021, global auto major Ford Motor is now gearing up for a comeback in the Indian market with a strong focus on hybrid and electric vehicles (EVs). With talks of a possible joint venture (JV) with the Tata Group, Ford aims to leverage its strengths in the SUV segment and replicate its global strategy in India. This move could potentially revolutionize the automotive industry and contribute to a more sustainable future. Driving the EV Revolution: Ford's renewed plans for the Indian market include a significant emphasis on hybrid and EV power terrains. The company intends to utilize its manufacturing facility in Chennai to produce these eco-friendly vehicles. By introducing their successful global strategy to India, Ford aims to capitalize on the growing demand for EVs and contribute to the country's sustainable mobility goals. Collaborating with Tata Group: As part of its reentry strategy, Ford is in talks with the Tata Group for a potential joint venture. Tata, being a market leader in the EV segment, is a natural choice for Ford to collaborate with. However, Ford's return to India is not contingent on the JV materializing, as the company is determined to establish its presence in the Indian market with or without a partner. This collaboration could provide Tata Motors an entry into the EV market in the United States, further strengthening their global presence. Export Hub for APAC Region: Taking advantage of its proximity to the port and logistical advantages, Ford plans to utilize its manufacturing facility in Chennai as an export hub for the Asia Pacific (APAC) region. This move highlights India's strategic importance as a manufacturing and export base for automotive companies, with Ford aiming to cater to the growing demand for EVs in APAC countries. CEO's Visit to India: Jim Farley, CEO of Ford Motor, is expected to visit India in September to finalize and implement the company's plans for reentering the Indian market. This visit signifies Ford's commitment to establishing a strong presence in India and showcases the importance of the Indian market in the company's global strategy. Market Speculations and Response: While industry experts are optimistic about Ford's potential comeback, the company refrains from commenting on unsubstantiated speculation. Ford's previous exit from the Indian market in 2021 was due to unviable operations and mounting losses. However, the company's renewed focus on EVs and the potential JV with Tata Group indicate a shift in strategy, aligning with the global trend towards sustainable mobility solutions. With talks of a potential JV with Tata Group and plans to use its manufacturing facility in Chennai as an export hub, Ford is poised to make a significant impact in the Indian and APAC markets. The CEO's visit in September will further solidify Ford's commitment to India and mark an important milestone in the company's comeback journey.

1 Mar 2024

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Prime Minister announces 'Surya Ghar' Free Electricity Scheme

NEW DELHI~ On 13th February: Prime Minister Narendra Modi unveiled a free power initiative. The scheme is called 'PM Surya Ghar: Free Electricity Scheme'. This solar plan is for the rooftop. One crore homes would benefit from free power under this new initiative. Over Rs 75,000 crore would be invested by the government in this initiative. With up to 300 units of free power every month, it hopes to illuminate one crore households. The government would immediately transfer subsidies into the beneficiaries' bank accounts as part of the program. Furthermore, bank loans will be given to them at favorable interest rates. According to the PM, all kinds of facilities will be incorporated into a national web platform that will be established for this purpose. It will function as something like a portal user interface. You may use any sort of capability in this. Urban local authorities and panchayats would be encouraged to promote rooftop solar systems in their regions to drive grassroots promotion of this project. Aside from that, this program aims to boost earnings, lower energy costs, and give people work chances. The 2024–25 budget included an announcement about this plan. Unique characteristics of the plan ~ Beneficiaries: One crore of middle-class and impoverished families will benefit. Free Electricity: Up to 300 units of free power every month Solar panels: To be mounted on residential roofs Government support: A subsidy of up to 60% Cost estimate: Rs 75,000 crore Advantages of the plan ~ Discrease in the amount of power bill A rise in energy security Decrease in particulate matter creation of jobs How to apply for a rooftop solar scheme? Go to 'Apply for Rooftop Solar' on the pmsuryagarh.gov.in website. Follow these steps for registration: Step 1: Register on the portal with the following: Select your state Your electricity distribution company Enter your electricity consumer number Enter mobile number Enter email Follow the instructions on the portal Step 2 Login with consumer number and mobile number Apply for rooftop solar as per the form Step 3 Wait for feasibility approval from Discom. Once you get feasibility approval, get the plant installed from any of the vendors registered with your Discom. Step 4 Once installation is complete submit plant details and apply for a net meter Step 5 After installation of the net meter and inspection by the Discom, they will be able to generate the commissioning certificate from the portal. Step 6 Once you receive the commissioning report, submit the bank account details and a canceled check through the portal. You will get your subsidy in your bank account within 30 days. Modi stated that incentives will be provided to urban local bodies and panchayats to encourage rooftop solar systems within their jurisdictions to popularize this plan at the grassroots level. "At the same time, the scheme will lead to more income, lesser power bills, and employment generation for people," stated the prime minister. Solar Energy is the New Normal? ~ India has been dependent on China for solar energy equipment for a very long time. India has been eager to increase domestic manufacturing capacity via the Make-in-India initiative and with the ambitious plan of Production-linked Incentives, as over 90% of it is imported from China. India's solar sector now appears to be improving. The first half of 2023 saw an 80% decrease in China's solar module shipments into India, amounting to $2 billion, based on Chinese export data compiled by energy research group Ember. Between January and June 2023, the total imports of solar modules fell by 76% to 2.3 GW from 9.8 GW during the same time the previous year. While there are encouraging signs of growth in India's solar industry, the country will need to work harder to meet the challenge of reducing Chinese imports without negatively impacting the development of local solar capacity, which is negatively impacted when cheap Chinese imports are not available in sufficient quantities to meet local industry's steep demand. Solar energy is bound to be in our future. There's a kind of inevitability about it. Even if we didn't have greenhouse gases, we're going to have to move away from fossil fuels, as we're going to run out. They're finite, whereas solar and wind are infinite. “We have this handy fusion reactor in the sky called the sun; you don’t have to do anything, it just works. It shows up every day.” – Elon Musk

16 Feb 2024

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India's Energy Future: Navigating the Shift from Fossil Fuels to Renewables

India is the world's third-largest consumer of energy, and its consumption is likely to rise dramatically in the future years. The country's energy industry, on the other hand, is heavily reliant on fossil fuels, which are a significant source of greenhouse gas emissions and air pollution. It also stands in the way of India's net-zero goals. As a result, an energy transition from fossil fuels to renewable energy sources such as solar and wind power is underway. However, transitioning away from fossil fuels is a difficult undertaking for countries that rely heavily on coal, especially considering the importance of a just and fair transition for workers and communities. Addressing a ringing bell: India is dedicated to meeting Prime Minister Narendra Modi's net-zero emissions target by 2070. To that purpose, it intends to reach 500GW of non-fossil fuel energy capacity and 50% installed renewable capacity by 2030. Given India's success thus far, how realistic are the 2030 and 2070 targets? The Prime Minister's objective of net-zero emissions by 2070 was a major boost for India's energy and climate policies. It established the country's course of action. To achieve net-zero targets, fossil fuels must be phased out, investments in energy efficiency and clean technology solutions across sectors increased, and demand electrified where practicable. The effort made in the next 10-15 years to guarantee our sustainable futures will determine how quickly we reach this goal while reaching our development and growth ambitions. The good news is that the vast majority of clean options are already available. These are currently accessible in the electrical market and are frequently less expensive than new fossil alternatives. Accelerating the deployment of clean energy: The Ministry of New and Renewable Energy intends to tender 50GW of RE capacity per year until 2030. Meeting these tendering objectives and turning them into on-the-ground deployment will be critical. Providing developers with large-scale, low-cost financing; Large-scale solar and wind projects are mature technologies that can frequently entice investors. However, future technologies such as storage, offshore wind (which lacks established business models), and distributed renewables will require targeted support to offset financiers' risk perceptions and lower the cost of capital for these investments. Preventing resource lock-in in new thermal/fossil plants: Renewables are less expensive than new thermal plants, and tariffs may be lower than for some older thermal facilities. Even renewables with storage are becoming more competitive and less expensive than new thermal facilities. In FY2023, for example, the average cost of coal generating was Rs 4.26/kWh, whereas solar and storage costs have decreased dramatically, with recent successful bids indicating levelised costs of Rs 4.04-4.34/kWh. Continuing new thermal plant investment risks locking in resources in a sunset sector with expensive, high-emissions technologies, reducing future competitive advantage. What are the country's primary challenges in achieving its energy transition goals? Strong and consistent policies. Ensure the scale and speed of development on the ground. Increasing institutional and governance capacities (fortifying existing institutions and establishing new ones) at the federal, state, and municipal levels. Increasing public and private finance at scale and at low cost, as well as channeling available resources toward clean energy/infrastructure investments (to avoid lock-in). The renewables sector in India is flourishing, with the country expected to add 35 to 40 gigatonnes of renewable energy every year until 2030, enough to power up to 30 million more homes. Let us hope for the best and continue to think green!

21 Dec 2023

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Google's Groundbreaking Geothermal Project Paves the Way for Clean Energy Milestone

Google is making significant strides in the clean energy sector with its pioneering geothermal electricity project, which has the potential to be a game-changer for renewable energy. The project, funded and developed by Google, is aimed at harnessing the Earth's heat to generate carbon-free electricity. Partnering with Fervo Energy, a Utah-based company that utilizes drilling techniques from the oil and gas industry, Google's advanced geothermal technology has successfully begun supplying carbon-free electricity to its data centers in Nevada. By drilling deep into the Earth's crust, the project taps into the planet's heat to create steam, which drives turbines and generates electricity around the clock. Initial tests conducted in July confirmed the project's success, with the hypothesized 3.5 megawatts of power being delivered. The innovative process involves drilling a borehole 8,000 feet into the desert plains, followed by a horizontal extension of 3,000 feet. The injection of cold water into the lower shaft causes it to rise through cracks in the rock, heated by the Earth's core, into an upper shaft where it reaches supercritical temperatures. The superheated fluid is then used to produce steam, which powers a turbine and supplies Google's data center with clean energy. Google's commitment to geothermal energy has not stopped at this project. The company has also partnered with Project InnerSpace, a non-profit organization dedicated to global geothermal energy development, to further accelerate the adoption of this sustainable power source. With Google leading the way, the geothermal energy sector holds immense potential in the quest for a cleaner and greener future.

5 Dec 2023

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Harvesting Success: How Natural Farming is Revolutionising Agriculture in Andhra Pradesh

In a significant agricultural breakthrough, natural farming has taken root in Andhra Pradesh, bringing about a transformative change for farmers in Anantapur district. Under the community-managed natural farming (APCNF) program, more than 8.9 lakh farmers in the state are experiencing the benefits of this sustainable farming practice. Recently, the APCNF program gained national recognition by winning three prestigious Jaivik India Awards, cementing its success and effectiveness. This global recognition was further enhanced when Narayanappa, a marginal farmer from the program, was selected for the esteemed Karmaveer Chakra Award (Bronze) and REX Karmaveer Global Fellowship 2023-24. This recognition, instituted by the Indian Confederation of NGOs (iCONGO) in partnership with the United Nations, highlights the remarkable achievements of Narayanappa and the impact of natural farming. Facing the challenges of insufficient rainfall and persistent drought-like conditions, farmers like Narayanappa were pushed into financial distress. However, the APCNF program, with the support of the Department of Agriculture, Government of AP, organized awareness programs to encourage farmers to adopt natural farming methods. Narayanappa's success story showcases the life-changing impact of this transition. By embracing natural farming, Narayanappa replaced chemical-based fertilizers and pesticides with home-prepared biostimulants, enhancing soil fertility and reducing investment costs significantly. With a diverse range of crops, including tubers, maize, cluster beans, and leafy vegetables, Narayanappa now enjoys year-round harvests and a substantial increase in income. This agricultural revolution has not only ensured food security and financial stability for farmers but has also contributed to their overall well-being. Natural farming has emerged as a sustainable solution, promoting ecological balance and setting a path for a prosperous future in Andhra Pradesh.

29 Nov 2023

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Revolutionary 'No-Kill Caviar' Method Saves Sturgeon and Yields Superior Product

A sustainable revolution is underway in the caviar industry, thanks to a pioneering German scientist who has developed a groundbreaking method that not only safeguards endangered sturgeon but also produces superior caviar. Dr. Angela Köhler, a polar and marine scientist from the Alfred Wegener Institute (AWI) in Germany, has created the "no-kill caviar" technique that allows for the harvesting of caviar without harming the sturgeon. Caviar is fish eggs, exclusively obtained from the sturgeon fish species. It is found in colors like olive green, grey, and orange. Caviar is harvested specifically from female sturgeon kept for this purpose. Traditionally, caviar production has relied on wild sturgeon, leading to overfishing and depletion of stocks. With the introduction of the "no-kill caviar" method, caviar culturalists can now sustainably harvest the precious black pearls. The AWI's patented process involves monitoring female sturgeon until their eggs are ready and then gently massaging them to release the eggs naturally. This innovative approach activates enzymes within the eggs, stabilizing their membranes and ensuring high-quality caviar. The caviar produced using the "no-kill" method has been praised for its exceptional quality and purity. Microscopy images have revealed that the caviar is free from blood vessels and follicle cells, eliminating the need for preservatives. It has a long shelf life of up to nine months and offers a fresh marine taste. The implementation of this method has not only contributed to the preservation of sturgeon but has also attracted interest from around the world. Farms in the United States, the United Kingdom, Iceland, Sweden, and Ireland have already obtained licenses, and there are requests from countries such as China, Iran, and Russia. With the "no-kill caviar" technique, a new era of sustainable caviar production has begun, ensuring the survival of sturgeon while delighting connoisseurs with an exquisite culinary experience.

25 Nov 2023

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Demand Soars for Eco-Friendly, India-Made Lanterns This Diwali in Pune

Pune residents are showing a strong preference for eco-friendly lanterns made in India this Diwali. As citizens become more conscious of the environment, they are opting for lanterns crafted from fabric, paper, and cardboard instead of plastic, as well as avoiding Chinese products. The demand for these sustainable alternatives is skyrocketing, making them the top choice among Diwali shoppers in the city. Lanterns made from various materials are available in the bustling Budhwar Peth market, with prices ranging from Rs 40 to Rs 800 per piece depending on the quality and design. The popularity of traditional, handmade "paramparik" lanterns made from kite paper and gelatin paper is evident, with around 1,000 to 1,500 lanterns being sold at a single shop during each Diwali season. Interestingly, foldable lanterns are witnessing higher sales compared to more elaborate designs. These foldable paper lanterns, priced at Rs 250, are not only cost-effective but also convenient to carry. In crowded areas like Budhwar Peth, where larger lanterns may get damaged, 10 to 15 people are purchasing foldable lanterns every day. The shift towards eco-friendly lanterns has prompted many shops to stop selling Chinese products altogether. Indian-made lanterns, especially those made from cardboard and Paithani sarees, have become best-sellers. Online platforms have also seen a surge in lantern purchases, with customers appreciating the unique designs crafted from Benarasi sarees, Paithani sarees, and other materials. With the demand for eco-friendly lanterns on the rise, local artisans and organizations are contributing to sustainable celebrations while supporting traditional craftsmanship. This shift reflects a growing awareness and commitment towards a greener and plastic-free Diwali.

11 Nov 2023

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Scientists Engineer Bacteria to Transform Plastic Bottles into Useful Liquids

In a groundbreaking study, scientists from the University of Edinburgh have successfully engineered a strain of bacteria that can consume plastic bottles and convert them into useful liquids. This innovative approach offers a promising solution to the global plastic waste crisis. Disposable plastic bottles, which contribute to mountains of waste each day, can now be upcycled with the help of the engineered E. coli bacteria. The bacteria has been modified to metabolize polyethylene terephthalate (PET), the main component of plastic bottles, and convert it into adipic acid. Adipic acid is widely used in the cosmetic, pharmaceutical, and fragrance industries. Traditionally, the production of adipic acid is an energy-intensive process dependent on fossil fuels. However, this new bacterial solution presents a sustainable alternative, utilizing waste carbon from existing industrial processes and promoting circular economies. By converting plastic waste into valuable small molecules, this technology avoids the environmental consequences of landfill or incineration. The research builds upon previous studies exploring the use of bacteria to degrade petro-based plastic polymers. The University of Edinburgh's team successfully transformed terephthalic acid, derived from PET, into muconic acid and further into adipic acid. Up to 79% of the terephthalic acid was converted into adipic acid, showcasing the efficiency of the engineered bacteria. This breakthrough marks a significant step towards tackling the plastic waste problem and advancing sustainable practices. By harnessing the power of microbes, scientists are paving the way for a more environmentally friendly approach to waste management. The next challenge lies in scaling up the process and exploring the production of higher-value products through similar bio-upcycling methods.

6 Nov 2023

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An Operation in Pune by The Red Dot Campaign

Eco India: In partnership with Rotary Pune and the Kagad Kach Patra Kashtakari Panchayat (KKPKP), Solid Waste Collection and Handling, a wholly-owned cooperative of independent waste workers based in Pune, launched the "Red Dot campaign" to assist waste pickers in avoiding health risks associated with improperly handling sanitary waste. Through this campaign, SWaCH is fundamentally managing sanitary waste and will keep putting pressure on the relevant parties to implement appropriate sanitary disposal systems. In Pune, SWaCH collects 650 tonnes of waste every day, of which 3–5% includes sanitary waste (pads and diapers), according to a research the organization conducted. The garbage pickers become seriously exposed to work hazards when they have to separate 20 tons (or around 20,000 kg) of sanitary waste per day. The campaign's aim is straightforward: Trash managers advise homes to separate their sanitary waste and label their paper bags or packets with a noticeable red dot to indicate that this type of garbage needs to be handled differently. Next, the garbage is delivered to a waste-to-energy facility. More Awareness Among Middle Class Strata of Society : Pune: Despite three years of increased public awareness, upper-class individuals continue to neglect the Red Dot Campaign for sanitary napkin disposal. The people who really adhere to it are those who reside in communities where middle-class residents predominate. Consciousness grew: The director of SWaCH, Aparna Susarla, disclosed that in 2017, they had two or three phone calls inquiring about this campaign; today, they received twenty-five. She added, "The sales of bags have also increased." The bags cost Rs 60 for a pack of 30, and they already have a red dot on them. Due to the fact that SWaCH waste pickers are being trained to perform intensive door-to-door outreach on the subject, residents who do not support the Red Dot program may soon receive a knock on their door! The campaign is being held in tandem with a one-year training program designed to increase the advocacy skills and sanitation knowledge of SWaCH personnel.

29 Oct 2023

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Scientists Develop Natural Sponges to Combat Nanoplastics Pollution

Scientists in China have made a breakthrough in the fight against microplastic pollution by creating natural sponges capable of absorbing nanoplastics. These experimental sponges, made from starch and gelatin, have the potential to significantly reduce plastic pollution entering our oceans. The lightweight sponges have porous structures that can trap both microplastics and nanoplastic particles, which are less than one micron in size. Microplastic pollution has become a global concern, with its presence detected in various environments, including the deepest parts of the ocean and even in the air we breathe. The researchers from the College of Food Science and Engineering in Qingdao tested their invention in different matrices, such as seawater, tap water, soil surfactant, and even soup from take-out lunches. The results were promising, with the sponges successfully removing around 90% of micro and nanoplastic particles. One potential application for these sponges is in washing machines, where synthetic clothing fibers shed during the rinse cycle contribute to microplastic pollution. By adding a few sponges to each load of laundry, a significant portion of these fibers could be absorbed. While the sponges currently contain formaldehyde in their production process, the researchers are working to find an environmentally friendly alternative. Once a substitute is found, these biodegradable sponges could be widely used in manufacturing and laundry applications, helping to mitigate microplastic pollution.

22 Oct 2023

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Chhattisgarh's Narwa Project Breathes New Life into Dying Canals, Ensuring Water Conservation and Rural Development

In a remarkable initiative aimed at water conservation and rural development, Chhattisgarh's Narwa project has brought dying canals back to life, rejuvenating water channels and improving groundwater levels. The project, which began in mid-2019, has already revived an impressive 6,395 rivulets, culverts, and water resources in the forested areas of the state. Under the flagship programme of Narwa-Garwa-Guruwa-Baari, the Narwa project focuses on the revival of canals to boost the rural economy. The state forest department, in collaboration with the Chhattisgarh Compensatory Afforestation Fund Management and Planning Authority (CAMPA), has played a key role in implementing this innovative concept. Using GIS-based data, the project selected sites for the treatment of drainage lines and watercourses. Forest personnel received expert training on mobile applications, GIS-based surveys, and natural resource management. Catchment Area Treatment plans were meticulously prepared to reduce run-off, prevent soil erosion, and enhance groundwater levels. The project also involved interactive sessions with village communities to ensure their participation and support. Chhattisgarh's intricate network of water bodies had suffered due to forest degradation, changes in land use, and increased pressure on natural ecosystems. This led to rapid water run-off, groundwater depletion, soil erosion, and reduced land productivity. However, the Narwa project has successfully safeguarded the fertile topsoil, maintained groundwater levels, and ensured perennial streams that cater to the needs of the ecosystem and local communities throughout the year. The project has not only improved the quality of forest cover but also provided irrigation facilities to local villagers, contributing to sustainable rural development. With over 130 lakh groundwater augmentation structures constructed since 2019, the initiative has not only restored watercourses but also increased groundwater levels by more than 20 cm in surrounding regions. The treated canals now serve as a year-round water source for wildlife, agriculture, fisheries, and local inhabitants.

13 Sep 2023

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India is Driving Toward a Greener Future as Government Plans to Introduce 10,000 Electric Buses

In a commendable move towards sustainable transportation, the Indian government has approved a budget of nearly $7 billion for a nationwide initiative that will introduce 10,000 electric buses in 170 cities across the country. The ambitious plan aims to combat air pollution caused by vehicle emissions, which has been a significant contributor to India's poor air quality. The deployment of electric buses is expected to not only reduce air pollution but also contribute to a decrease in the nation's carbon emissions. Under this initiative, the private and public sectors will collaborate to facilitate the installation of the necessary charging infrastructure alongside the deployment of electric buses. Prime Minister Narendra Modi has invited electric bus manufacturers to bid for government contracts, fostering competition and encouraging innovation in the sector. The funding for this project amounts to 2 million lakh rupees, equivalent to approximately $7 billion US dollars. In addition to the electric bus initiative, the cabinet also approved seven railway tracking projects worth 3.25 million lakh rupees, aimed at enhancing connectivity and mobility across nine states. This commitment to sustainable infrastructure aligns with global efforts to transition towards cleaner transportation alternatives. In the United States, a $1.7 billion funding allocation from President Joe Biden's infrastructure plan will support the manufacturing and procurement of 1,700 electric or low-emission buses for cities in 46 states. India's ambitious plan to introduce electric buses on such a large scale demonstrates the country's determination to prioritize environmental sustainability and improve the quality of life for its citizens. By embracing electric mobility, India takes a significant step forward in its quest for cleaner and greener transportation systems.

29 Aug 2023

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Revolutionary Breakthrough: Infinite Recycling Plastic Offers Hope to Eradicate Global Pollution Crisis

Scientists at the Lawrence Berkeley National Laboratory have developed a new type of infinitely recyclable plastic that could be the solution to the world’s growing pollution problem. The plastic, known as poly(diketoenamine) or PDK, can be repeatedly broken down into pristine building blocks and reformed into new products without losing quality. This breakthrough comes at a crucial time when the world is facing a plastic waste crisis, with only 9% of plastics being recycled and the rest ending up in landfills, our oceans and natural environments. The new PDK plastic is made from bio-based materials, engineered by microbes, which makes it sustainable and infinitely recyclable. Researchers have been working on this for four years and have manipulated E. coli to turn plant sugars into the starting materials for PDK. They have produced a PDK with roughly 80% bio-content, which can be used for several products from adhesives to computer cables and even building materials. The study, published in the journal Nature Sustainability, also revealed that incorporating bioTAL into the PDK material expanded its working temperature range by up to 60 degrees Celsius compared to the petrochemical version. This opens the door for PDKs to be used in items that require specific working temperatures. The plastic waste problem is a global issue that needs to be tackled urgently. The new PDK plastic could be the solution to the world's growing pollution problem, and with further improvements to the production process, it could be cheaper and emit less CO2 than conventional plastics made from fossil fuels.

31 Jul 2023

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Newlyweds Spark Sustainable Sparkle Trend with 85% Cheaper Lab-Grown Diamonds

Lab-grown diamonds are becoming increasingly popular among newlyweds as they opt for a more sustainable and affordable option to mined gems. According to a new survey of 1,500 spouses and engaged couples, 70% of respondents said they would be willing to choose a lab-grown alternative, citing value for money and sustainability as the top reasons for making the switch. The physical and chemical properties of lab-grown diamonds are identical to those of natural diamonds, but they can cost up to 85% less. Jewellers have reported that interest in lab-grown diamonds has grown by more than 2,000% in the last five years as people become more aware of this alternative option. In addition to being more sustainable and affordable, lab-grown diamonds are also less impactful on the environment, which is a growing concern for many people. A spokesperson for the brand Queensmith, which commissioned the survey, said, "It’s no surprise to see people willing to move away from mined diamonds. Lab-grown diamonds provide a great alternative that is less impactful on the environment, which is a big concern for most people.” While lab-grown diamonds may not be as rare as natural diamonds, they are just as beautiful and come in a range of colors including yellow, pink, green, orange, blue, and clear. The increased demand for lab-grown diamonds is expected to continue as more people become aware of this sustainable and affordable option.

20 Jul 2023

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From Waste to Worth: Scientists Develop Technology to Reclaim Phosphorus for Sustainable Agriculture

Scientists are making strides in recycling wastewater to reclaim valuable phosphorus that can be put back into the soil. Phosphorus is a key nutrient for plant growth, but it is a finite resource that is becoming increasingly scarce. With the world's population growing, the demand for food is also rising, making it more important than ever to find sustainable ways to replenish the soil's nutrients. The new technology, developed by researchers at the University of South Australia, uses a process called electrodialysis to extract phosphorus from wastewater. The process involves passing the wastewater through a series of membranes that separate the phosphorus from other contaminants. The researchers found that the recovered phosphorus was of high quality and could be used as a fertilizer in agriculture. This could help reduce the need for traditional fertilizers, which are often made from non-renewable resources and can have negative environmental impacts. The technology has the potential to revolutionize the way we manage our water resources and replenish our soil's nutrients. By recycling wastewater and reclaiming valuable resources like phosphorus, we can create a more sustainable and resilient food system for future generations.

28 Jun 2023

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India's First Commercial Flight Soars on Indigenous Fuel, Making Aviation History

In a groundbreaking achievement for India's aviation sector and its commitment to combatting climate change, the country's first commercial passenger flight successfully took to the skies powered by Sustainable Aviation Fuel (SAF) blend, an indigenously developed air fuel. This momentous event, which aligns with the spirit of India's Aatmanirbhar Bharat Abhiyan mission, marks a significant step towards decarbonizing the industry. AirAsia India flight i5-767, a subsidiary of Air India and part of the Tata group, embarked on its journey from Pune to New Delhi, using a blend of indigenous aviation fuel supplied by Indian Oil Corporation Ltd. (IOCL) in collaboration with Praj Industries Ltd. (Praj). The flight's arrival in New Delhi was greeted by Hardeep Singh Puri, Union Minister of Petroleum and Natural Gas, symbolizing a remarkable milestone in the nation's sustainable aviation endeavors. Puri expressed his delight, stating, "Witnessing the historic occasion, I received the first commercial flight fueled by indigenous SAF blended ATF." He acknowledged that India aims to blend 1 percent SAF in jet fuel, requiring approximately 14 crore liters of SAF per annum by 2025. Pramod Chaudhari, Founder Chairman of Praj Industries, lauded the achievement as this milestone underscores the crucial role of the agricultural sector in advancing sustainable initiatives. Aloke Singh, Managing Director of AirAsia India and Air India Express, described the flight as a significant milestone towards a more sustainable future for India's aviation industry. IndianOil Chairman Vaidya expressed the company's commitment to a greener future, pledging to achieve net zero emissions by 2046 in line with the Prime Minister's vision. India's pioneering feat in utilizing indigenous fuel for commercial flights not only sets a historic precedent but also stands as evidence of India's unwavering dedication to environmental sustainability and its pursuit of a greener and more prosperous future for all.

22 May 2023

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From Cancer Care to Solar Innovation: This Hospital Boasts of World's Largest Solar Concentrator!

The Kailash Cancer Hospital and Research facility has reached new heights! Ranked as the fifth-best cancer radiotherapy facility globally, it has now added the world's largest solar concentrator to its impressive resume. Created through a partnership between Australia National University and Sunrise CSP Australia, this remarkable achievement is a significant step towards a more sustainable future. The solar concentrator, known as Bigdish, is highly efficient and will supply the steam required to prepare more than 2,000 meals daily and take care of the hospital's laundry and sterilization needs. Additionally, the technology will be used to power 1,000 tonnes of air-conditioning using solar steam instead of electricity for the 400-bed cancer hospital, thus reducing the facility's electricity bills. The Kailash Cancer Hospital has been a pioneer in using solar energy since 1984, and former President late A P J Abdul Kalam commended the Ashram for its efforts. The addition of the world's largest solar concentrator is a significant step towards sustainable development and energy conservation. Sunrise CSP India, a start-up based at the Ashram, created the solar collector. The company's Chairman, Deepak Gadhia, said that there are numerous thermochemical and material manufacturing uses for the technology, including the creation of hydrogen, ammonia, syngas, sintering of metals, and ceramics. The Kailash Cancer Hospital and Research facility has always been committed to providing the best possible care to its patients. With the addition of the world's largest solar concentrator, the facility is now taking a step towards creating a sustainable future. The technology used in this facility can serve as an example to other healthcare facilities worldwide, highlighting how renewable energy can help reduce costs and promote sustainable development.

3 May 2023

Good News

From Lotus Fibers to High Fashion: The Inspiring Story of Vijayashanti Devi

In a world where sustainability and eco-friendliness have become increasingly important, Vijayashanti Devi, a woman from Manipur, has become a true hero in her own right. Her unique and innovative idea of making clothes from lotus fibers has captured the attention of the Indian Prime Minister, Narendra Modi, and many others around the world. Devi, who was featured on the 100th episode of 'Mann Ki Baat', spoke about her aim to employ more women in her business. Currently, 30 women work under her and she hopes to increase that number to 100 this year. She also shared her goal to expand her market globally, with interest already coming in from the US. What makes Devi's work truly remarkable is that she has found a way to use lotus fibres, which were previously considered a waste product, and turn them into a valuable resource. This not only helps to promote sustainability but also empowers the women working with her by providing them with a livelihood. Her work is a prime example of the power of local entrepreneurship and innovation, which has been a major focus of Prime Minister Modi's 'Vocal for Local and Local for Global' campaign. By promoting and supporting local businesses and products, he hopes to create a more self-sufficient and sustainable India. Through 'Mann Ki Baat', PM Modi has been able to shed light on such local heroes and their inspiring work, helping to bring their stories to a wider audience and inspiring others to follow in their footsteps. Devi's work is evidence of the potential of local innovation and entrepreneurship, and a shining example of how one person's vision and hard work can make a real difference in the world.

3 May 2023

Good News

The World's First Solar-Powered Cloth Bag Vending Machine - A Game Changer for Hyderabad

Hyderabad is taking a huge leap towards becoming a plastic-free city, and the Greater Hyderabad Municipal Corporation (GHMC) is leading the charge with its latest eco-friendly initiative. The GHMC has just rolled out a revolutionary Any Time Cloth Bag Vending Machine that is sure to make waves across the city. This first-of-its-kind solar-powered vending machine has been installed on a pilot basis at the IDPL fruit market, and it has a capacity of 500 bags! This machine functions similarly to an ATM, where customers can easily purchase a cloth bag by inserting a Rs.10 coin or note, and it also comes with a UPI payment option for added convenience. According to the GHMC, these spacious and sturdy cloth bags can hold up to five kg of weight, which makes them perfect for carrying fruits, vegetables and groceries. The GHMC has collaborated with MOVATE and United Way of Hyderabad under their CSR initiative to make this project a reality. The project aims to provide a sustainable alternative to single-use plastic bags, while also providing livelihood opportunities for women Self Help Groups (SHG). The women SHGs are provided with the material to stitch the cloth bags, which are then loaded into the vending machine, creating a steady source of revenue for them. The cloth bag dispensing machines are strategically placed near vegetable and fruit markets to encourage the community to switch from single-use plastic bags to eco-friendly alternatives. If successful, the project aims to install more vending machines in ideal locations throughout the city, including shopping complexes. With the success of this initiative, Hyderabad could lead the way for other cities in India and around the world to take similar steps toward sustainability.

16 Apr 2023

Good News

India's First Cool Roof Policy: A Game-Changer in the Fight Against Heat Stress

Telangana is set to become the first state in India to introduce a Cool Roof Policy, aimed at mitigating the impact of urban heat islands and heat stress. The policy, which will be launched by the Municipal Administration and Urban Development Minister KT Rama Rao, will promote the use of cool roofs that reflect more sunlight than traditional roofs, absorbing less solar energy and reducing the temperature of buildings. The Telangana Cool Roof Policy 2023-28 aims to make the state more thermally comfortable and heat-resilient. It seeks to promote the adoption of cool roofs, create a supportive ecosystem of suppliers, trained manpower, and testing materials, and ensure that cool surfaces are accessible to everyone. The policy will also establish a system for monitoring and evaluating cool roof installations. By reducing CO2 emissions, the policy is expected to offset 30 million tCO2, and by keeping indoor temperatures 2.13 to 4.3 degrees Celsius lower than traditional roofs, it will result in cooler homes. Additionally, cool roofs require minimal maintenance and can save up to 20% in energy costs. The Telangana Cool Roof Policy is a step forward in addressing the challenges of urban heat islands and heat stress. It sets a precedent for other states in India to follow and highlights the importance of sustainable and energy-efficient building practices. By promoting cool roofs, Telangana is taking a significant step towards creating a more sustainable and comfortable environment for its residents.

3 Apr 2023

Good News

Breaking the Chain: Revolutionary Water Treatment Method Zaps 'Forever Chemicals' for Good

Researchers have developed a new water treatment method that can remove harmful "forever chemicals" from water sources. The chemicals in question, known as per- and polyfluoroalkyl substances (PFAS), are found in a variety of products and have been linked to a range of health problems, including cancer and immune system damage. A new solution from the Univ. of British Columbia can both filter out and then destroy these forever chemicals, purifying water resources cheaply and effectively. The new treatment method, known as electrochemical oxidation, uses an electric current to break down the PFAS chemicals into inert components that can be safely disposed of. The researchers tested the method on water samples containing PFAS and found that it was highly effective at removing harmful chemicals. The development of this new treatment method is a major breakthrough in the fight against PFAS contamination. PFAS chemicals are notoriously difficult to remove from water sources, and traditional treatment methods have proven to be ineffective. The electrochemical oxidation method offers a safe, efficient, and cost-effective solution to this problem. The researchers hope that the new treatment method will be adopted by water treatment facilities around the world, helping to protect communities from the harmful effects of PFAS contamination. It highlights the importance of continued research and innovation in the field of water treatment and the need for more sustainable and effective solutions to water pollution.

31 Mar 2023

Good News

Powering India's Growth: Gevra Coal Mine Sets Record as India's Largest Producer With 50 Million Ton Output

Chhattisgarh's Gevra coal mine has become the first mine in India to produce 50 million tons of coal in a single year. The mine is operated by SECL, a subsidiary of Coal India Limited, and is one of the largest coal mines in the world. The achievement is a significant milestone for the Indian coal industry and is expected to help meet the growing demand for energy in the country. India is one of the world's largest consumers of coal, and coal-fired power plants account for around 70% of the country's electricity generation. The Gevra mine, which began operations in 1981, has steadily increased its production over the years, with a record output of 50.3 million tons in the 2022-2023 fiscal year. The mine has a capacity of 35 million tons per year and employs over 5,000 people. The success of the Gevra mine is a testament to the hard work and dedication of the mine's employees and to the Indian coal industry as a whole. It is also a reflection of the country's commitment to meeting its energy needs through domestic sources, despite growing concerns about the environmental impact of coal use. As India continues to develop and modernize, the demand for energy is only expected to increase. The Gevra mine's achievement is a reminder of the importance of investing in domestic energy sources and finding sustainable solutions for meeting the country's energy needs.

23 Mar 2023

Good News

World Record Broken: Half-Marathon on a Frozen Lake!

Ladakh has made history by breaking a world record for organizing the highest half-marathon on a frozen lake. The event took place on Pangong-Tso lake, which is located at an altitude of 13,862 feet above sea level and is spread across the Indian and China border. The saltwater lake is frozen with ice during winter, and the temperature can drop as low as minus 30 degrees Celsius. Despite these challenging conditions, the event was a grand success, with 75 participants completing the four-hour-long marathon. The half-marathon was named the 'Last Run' to raise awareness about climate change and the need to save the Himalayas. The Ladakh Autonomous Hill Development Council, Leh, the Ladakh Tourism Department, and the Leh district administration worked together to organize the event. It was organized by the Adventure Sports Foundation of Ladakh (ASFL). In border settlements in eastern Ladakh, the marathon sought to promote sustainable winter tourism and create employment possibilities for locals, particularly during the winter months. To enhance their running fitness, the participants endured a six-day acclimatization period that included two days in Pangong and four days in Leh. In case of any medical issues, mobile ambulances were also deployed. Medical personnel and oxygen assistance were stationed at five energy stations along the route. The Indian Army and ITBP actively supported the event's logistics and medical needs. The top three finishers in both the men's and women's categories received cash awards in addition to medals and certificates as appreciation for their accomplishments. The event has undoubtedly put Ladakh on the world map as a destination for adventure sports and tourism.

2 Mar 2023

Good News

Flying Crops: Krishi Udan Scheme 2.0 Promotes Perishable Agricultural Produce Transportation

In a move to give a thrust to agriculture, the central government plans to add 21 more airports under the Krishi Udan scheme to facilitate faster movement of agricultural produce in northeastern, hilly and tribal regions. The scheme has already enabled the transportation of perishable agricultural products like lemon, jackfruit, and grapes from northeastern states to other parts of India, as well as countries like Germany, the UK, Singapore, and the Philippines. The Airports Authority of India provides several waivers, including landing charges, parking charges, and route navigation facility charges to cargo aircraft to promote the transportation of perishable agricultural produce from these regions under the Krishi Udan scheme 2.0, launched in October 2021. The usage of drones in the agriculture sector is also gaining importance, beyond just spraying pesticides to seeding, carrying out surveys, and other areas. The government has released standard operating procedures for the use of drones in pesticide and nutrient application, and there are reports of farmers saving around 20% of their cost of application and reduction in health hazards associated with manual spraying. During the G20 summit, India plans to come out with a new roadmap for the development of agriculture. The summit is discussing food security and nutrition, sustainable agriculture, inclusive agricultural value chains, food supply systems, and digitization of agriculture. These efforts have the potential to transform the agricultural landscape of the country and provide a better future for farmers and rural communities, creating new opportunities for growth and development.

16 Feb 2023

Good News

A Revolutionary Step: Indian Researchers Offer Solutions for Global Warming and Plastic Pollution Problem

A system that potentially addresses two of the major environmental issues, greenhouse gases and plastic waste, was created by two Indian researchers at Cambridge University. The researchers, Motiar Rahaman and Subhajit Bhattacharjee developed a reactor that transformed greenhouse gases and plastic waste into sustainable fuels and other useful goods. Their study was published in the journal, Nature Synthesis. The researchers' solar-powered reactor makes use of a perovskite-based light absorber, which is seen as a less expensive alternative to silicon for solar cell production. According to NDTV, co-author of the study Rahaman highlighted that by converting carbon dioxide and plastic trash, the reactor can help manufacture goods like syngas, formic acid, and glycolic acid. Formic acid is utilized in the production of leather and textiles, whereas syngas is used to create liquid fuels. Glycolic acid, on the other hand, is used in the pharmaceutical industry. Global warming and climate change are brought on by greenhouse gases. According to the United Nations Conference on Trade and Development, disasters caused by climate change already cause developing countries to experience three times more economic losses than affluent countries. Therefore, this breakthrough innovation that converts harmful greenhouse gases into sustainable fuels is indeed a groundbreaking one.

25 Jan 2023

Good News

Karnataka’s First Elephant Care Centers To Be Thrown Open to Public

For those who love to be in proximity to nature and animals, especially elephants, there is good news. The exclusive elephant care center in Karnataka has opened its door to the public. The Rs. 1.5 crore center, which is situated in the Lakshmisagar reserve forest on 25 acres near the village of Kajikallahalli in Kolar, began operations in August of this year. It has been established by the Forest Department in partnership with Wildlife Rescue and Rehabilitation Centre, a non-profit organization with Bengaluru roots, to care for injured, old, sick, and abandoned elephants. Each elephant at the center is given a particular diet and exercise regimen as per the vets' recommendations. They are given two daily baths and are fed ragi, fruits, paddy, and fresh grass. To make their meals, a modern kitchen has been built up. The Forest Department is trying to expand the facility so that it can hold additional animals while also allowing a portion of it to be opened to tourists so they may feed the animals and interact with them. At the moment, the premises have the ability to house eight elephants. Sustainable and waste recycling units are being set up to make this place environmentally friendly and a wonderful place for visitors.

18 Jan 2023

Good News

Making Strides Towards a Greener Future: IOC Becomes First Indian Firm To Recycle PET Bottles Into Eco-Friendly Uniforms

Indian Oil Corporation(IOC), which supplies up to half of the country's fuel requirements, is venturing into recycling PET bottles thus adhering to its aim of a sustainable future. The project involves recycling 20 million discarded mineral water, cold drink, and other PET bottles annually to make eco-friendly uniforms for staff that man its petrol pumps and LPG distributor agencies. IOC Chairman SM Vaidya unveiled a special "sustainable and green" uniform for the organization's three lakh fuel station attendants and LPG gas distribution staff in a spectacular ceremony themed "Unbottled - Towards a Greener Future." After usage, empty PET packaging is thrown away by the consumer and produces PET waste. IOC has arranged for the collection of around 20 million of these bottles to be made into yarn for weaving or knitting cloth. This will afterward be given to a textile business for the creation of uniforms for the employees of IOC's LPG gas agencies and petrol pump attendants. Vaidya said that the eco-friendly uniforms will shine as their green commitment, and he was delighted that their frontline energy soldiers would don them. He further added that about 8 million metric tonnes of plastic enter the ocean annually, and about 150 million metric tonnes circulate in our marine ecosystems. At this pace, by 2050, there will be more plastics in the sea than fish. He said that the conversion of plastic bottles into fabric is a beautiful example of how diligent handling of problems opens doors to new opportunities.

15 Nov 2022

Good News

In a Groundbreaking Development, Hybrid High-Yielding Rice That Needs To Be Sown Only Once in Two Years Can Be a Solution to Stubble Burning

Researchers have developed a long-lived perennial rice that is essentially a type of paddy that allows farmers to sow just once while permitting up to eight harvests without reducing output – that's roughly two years of freedom from crop plantation. By crossing a domestic annual rice from Asia with a wild perennial rice from Africa, researchers have created this perennial rice. By using contemporary genetic technologies to expedite the process, the team discovered a promising hybrid in 2007, set up extensive field trials in 2016, and launched PR23, the first commercial variety of perennial rice, in 2018. Perennial rice has several benefits over ordinary rice. For instance, farmers that grew perennial rice used about 60% less labor and spent half as much on seed, fertilizer, and other inputs because they didn't have to plant every season. There is excitement about introducing this variety in India as apart from its regular benefits, this rice can play a major role in curbing air pollution in Northern India where stubble burning is a major issue. Due to its detrimental effects on air quality, human health, and the environment as a whole, stubble burning is hindering states like Punjab, which are renowned for the types of rice they produce and the agricultural techniques they use. Farmers would thus be able to harvest the crop numerous times, and their requirement to burn the stubble after harvest would be substantially lessened if this high-yielding, long-lived perennial paddy could replace the current types with a few simple alterations, thus paving the way to sustainable agriculture.

10 Nov 2022

Good News

Himachal Pradesh to Become a Model State for Electric Vehicle Adoption

Himachal Pradesh aims to become a model state for Electric Vehicle (EV) adoption providing sustainable, safe, eco-friendly, inclusive and integrated mobility. This was conveyed by Chief Secretary, Shrikant Baldi at a meeting on Himachal’s Electric Vehicle Policy- 2019. In the meeting, a target was set for the state to achieve 100 per cent transition to Electric Vehicles by 2030. This is in line with the United Nation’s sustainable development goals and vision of the Government of India. Policy Objective Baldi said that the policy was framed with the objective of environment protection, accelerating demand for EVs, promotion of a sustainable transport system and creation of public-private charging infrastructure for EV’s. It aims to create a conducive atmosphere for a transition to EVs by encouraging the use of hybrid EVs and creation of new employment opportunities. Charging Infrastructure One of the main challenges of adopting electric mobility is to provide proper and adequate charging infrastructure. Baldi said that the policy aims to promote the creation of dedicated infrastructure for charging of EVs. This involves the development of a viable business model to attract private players to set up EV charging stations and infrastructure. He said that the policy has also included provisions to set up charging spots in commercial buildings such as hotels and shopping malls. Plans are being made to manufacture the vehicles locally with the State Government’s decision to provide incentives to EV batteries and related components manufacturing and disposal in the Sate. While most of the countries in the world are speeding up their efforts to adopt electric mobility for sustainable development, Himachal Pradesh will become a model state for electric vehicle adoption in India which other states may emulate and implement.

20 Sep 2019

Good News

Making its campus a green zone

If you are at Institute of Chemical Technology then there are very few chances of wasting anything. Recycling waste water, generating electricity and composting the biodegradable waste, with all this under one roof, ICT is making its Matunga Campus a complete green zone, which avoids wasting anything under the sun. With 16 acre campus and 11 academic departments, five hostels, 800 students and four specialised centres, the institute is blending traditional and modern methods to reuse waste. By accumulating waste from the canteens and hostels for the last five years, the institute is converting it in compost which is in return used for the 800 trees on campus. The dry garden waste, which doesn’t decompose, is pulverised in a crusher, converted into briquettes and used as fuel in the hostel mess. Different types of metal, wood, plastic are again recycled and used for construction. The institute’s next project is to install solar panels to generate 750kW of electricity. By generating this electricity it will be sufficient to take care of the half of its electricity requirement and will save Rs 15 lakh annually. While all the hostels in the campus have solar water heater and one of the buildings also has solar air conditioner and heating systems. Already having auto-indicators that prevents water in the tanks over flowing the institute also uses borewell and now it is all set to reuse the waste water by recycling it. Currently, it is working to install facilities to treat chemical-laden ‘grey’ water from laboratories and sewage water from residential areas. What special is the technology to recycle sewage water has been developed by researchers at the institute’s DBT-ICT Centre for Energy Bioscience. With the help of this technology, various species of algae are used to treat sewage water. The algae treatment plant is expected to treat an estimated 20,000 litres of water daily.

4 Apr 2017

Good News

Global News

Flying Clean: The First Electric Passenger Flight Makes History!

Imagine stepping into a plane, hearing almost nothing as it lifts off the ground—no roaring engines, no vibrations, just calm skies and quiet conversation. This isn’t a scene from science fiction; it’s the future being written today. Earlier this month, Beta Technologies’ Alia CX300 made history as the first all-electric aircraft to transport passengers on a commercial route, completing a 130-kilometer journey from East Hampton to John F. Kennedy Airport in just over 30 minutes. But it wasn’t just the silence that stood out. The flight cost only $8 (Rs 700), a fraction of the traditional helicopter fare of $160 (Rs 13,885). For the passengers, it wasn’t just a ride; it was a glimpse into a better, more sustainable future.The Flight That Redefined Air TravelThe flight was short, but its impact was monumental. On board were four passengers who experienced firsthand the power of clean energy and cutting-edge technology. For them, it wasn’t just about saving money; it was about reimagining what air travel could be. One passenger noted how easy it was to hold a conversation during the flight, thanks to the lack of engine noise, a small comfort that marked a giant leap in air travel experience. The success of this flight signaled the birth of a new chapter in aviation, where innovation meets sustainability and accessibility.Meet the Minds Behind the MachineBeta Technologies, a Vermont-based aerospace innovator, is at the forefront of the electric aviation revolution. Founded in 2017 by pilot and entrepreneur Kyle Clark, Beta is pioneering the development of both electric vertical take-off and landing (eVTOL) and electric conventional take-off and landing (eCTOL) aircraft for use in cargo, medical, military, and passenger transportation. Its flagship models, the ALIA A250 and CX300, are designed to fly up to 250 nautical miles on a single charge and operate with zero emissions and significantly less noise than traditional aircraft.Electric Aviation: The Spark of a RevolutionThe aviation industry has long been criticized for its carbon emissions, contributing significantly to global pollution. But change is finally taking flight. Electric aviation is emerging not just as an alternative but as the next logical step in transportation evolution. Why now? The convergence of better battery technology, increased investment, and growing environmental awareness has created the perfect storm for electric aviation to take off. More than just technology, electric aviation is about people. It’s about creating a world where travel is affordable, accessible, and sustainable. Imagine a daily commute from a nearby city to your workplace via a quiet, affordable, zero-emissions aircraft without traffic, stress, or pollution.Why the Alia CX300 MattersThe Alia CX300 is more than just a modern aircraft—it represents a new way of thinking about air travel. It runs completely on electric power, which means it uses no fuel and produces no harmful emissions, making it much better for the environment. One of its most impressive features is how quiet it is during flight, giving passengers a peaceful and comfortable experience. With a range of up to 250 nautical miles on a single charge, it’s ideal for short regional trips. Even more impressive is the cost, just around $8 for a flight, making it much more affordable than traditional options. The aircraft is also designed to connect easily with clean energy systems, helping to support a greener and more sustainable future in aviation.Electric aviation is no longer just a dream; it’s a journey that has already begun. With companies like Beta Technologies at the help, the future of transportation is being rewritten in real time. As we look to the skies and imagine the possibilities, one thing is certain: the era of clean, quiet, and cost-effective air travel has officially taken off.

25 Jun 2025

Global News

From Soil to Spotlight: Mariangela Hungria Wins 2025 World Food Prize

In a world searching for sustainable solutions, Brazilian microbiologist Mariangela Hungria has found the answer in some of nature’s smallest wonders—microbes. For over 40 years, Hungria has worked quietly but relentlessly with the Brazilian Agricultural Research Corporation (Embrapa), helping transform Brazil’s farming practices from heavy chemical use to nature-powered, biological methods. Her groundbreaking work has not only improved soil health but also boosted food production in an eco-friendly way. In recognition of her life’s work, Hungria has been awarded the prestigious 2025 World Food Prize, along with a $500,000 award from the Iowa-based World Food Prize Foundation.She brought crops and bacteria together in a graceful dance—one where tiny soil microbes turned the air’s nitrogen into nourishment for plants, eliminating the need for synthetic fertilizers. Under her guidance, this natural partnership helped Brazil’s soybean production soar—from just 15 million tonnes in 1979 to an astonishing 173 million tonnes by 2025. Thanks to this quiet revolution beneath the soil, the once-humble soybean has risen to become the crown jewel of Brazil’s agriculture.Microbes, Magic & a World Food PrizeCall it a microbial uprising. Mariangela Hungria’s vision of a “Micro Green Revolution” pays homage to Norman Borlaug’s legendary movement—but hers comes with a microscopic twist. She turned rhizobia into friendly roommates for legumes, helping plants thrive and boosting yields by up to 8%, all without relying on synthetic fertilizers. At Embrapa Soja, her scientific touch led to over 30 innovations—from bacteria-enriched seeds to soil treatments that brought life back underground.Her trailblazing efforts didn’t stop at soybeans. Maize, wheat, rice, and even pasture grasses all benefited from her microbial breakthroughs. The impact? Brazilian farmers now save a staggering $40 billion a year in input costs. With more than 70 million doses of her microbial blends applied across 15 million hectares annually, Hungria has shown the world that the future of farming rests in the power of nature’s tiniest allies.Hungria introduced the world to a bacterial power couple. Her research discovered that blending rhizobia with Azospirillum could double yield increases in beans and soybeans. Azospirillum brought more to the soil party, phytohormones, nitrogen uptake enhancers, and a flair for boosting crop vitality. Hungria’s inoculants turned farming into a bio-choreographed masterpiece where plants grew taller, stronger, and healthier under the invisible guidance of soil symbiotes. These microbial cocktails weren’t just saving the earth, they were feeding it with life and intelligence.From Depleted Lands to Brazil’s Lush Landscapes! Now, Hungria’s microbial revolution marches into new territory: Brazil’s degraded pastures. Her latest innovation, microbial inoculants for grass pastures has delivered a 22% biomass boost, transforming tired turf into lush, nutritious cattle forage. This is a tale of regeneration, of breathing life into land left for dead. As a teacher at the State University of Paraná and the Federal University of Technology of Paraná, Hungria has sowed her passion into minds as well as soils with a message : if we listen to nature’s quiet whispers, if we trust in the smallest of allies, we can grow not just food, but a future.

17 May 2025

Global News

Unlocking the Future of Clean Energy: White Hydrogen Discovery Rocks the Scientific World

In a groundbreaking discovery, scientists have identified enormous reserves of white hydrogen, a naturally occurring, clean energy source, in the Swiss Alps, Pyrenees, and Himalayas. This find has the potential to transform the world's energy landscape and pave the way for a sustainable future.What is White Hydrogen?White hydrogen, also known as natural or geological hydrogen, is a gas that is spontaneously generated inside the Earth's crust through a process called serpentinization. This process occurs when water comes into contact with iron-rich rocks, producing hydrogen naturally. Unlike industrial hydrogen, white hydrogen is produced without pollution and leaves only water as waste when used. A team of scientists, led by geologist Frank Zwaan, used advanced computer models to identify areas with high potential for white hydrogen reserves. The study focused on the Swiss Alps, where significant reserves were detected. According to Geoffrey Ellis from the U.S. Geological Survey, this discovery marks a significant milestone in the search for clean energy. White hydrogen, also known as natural or gold hydrogen, has several potential uses:- Energy Source: White hydrogen can be used as a clean energy source, producing no CO2 emissions when used as fuel, making it an attractive alternative to fossil fuels.- Fuel: It can be used to generate electricity, as seen in the village of Bourakébougou in Mali, where a local company has been harnessing white hydrogen to provide electricity to the community.- Industrial Applications: White hydrogen's potential industrial applications include: - Power Generation: White hydrogen can be used to generate electricity in power plants or industrial settings. - Transportation Fuel: It can be used as a low-carbon fuel for vehicles, potentially replacing traditional fossil fuels. - Industrial Processes: White hydrogen can be used in various industrial processes, such as the production of chemicals, fuels, and other materials.Overall, white hydrogen has the potential to play a significant role in the transition to a low-carbon economy, offering a cleaner and more sustainable energy source for various applications.Potential ImpactThe discovery of white hydrogen reserves has far-reaching implications for the energy sector. If harnessed sustainably, white hydrogen could become a key resource for industries seeking to reduce their carbon footprint. However, challenges lie ahead, including developing reliable and cost-effective extraction technology, building infrastructure for storage and transportation, and ensuring the entire process is sustainable.As the world transitions towards cleaner energy sources, the discovery of white hydrogen reserves offers a promising solution. While challenges remain, the potential for white hydrogen to revolutionize the energy landscape is vast. As Frank Zwaan notes, "Oil was once a geological oddity, but now it's a pillar of the modern economy. White hydrogen could be the next game-changer."The discovery of white hydrogen reserves is a significant step towards a sustainable energy future. As scientists and industries work together to harness this clean energy source, the potential for a low-carbon world becomes increasingly tangible. The future of energy is unfolding, and white hydrogen is at the forefront of this revolution.

2 May 2025

Global News

Tree-mendous Change: Paris Ditches Parking for Trees!

Hold onto your macrons folks, because Paris is about to get a serious makeover! Forget about the Eiffel Tower, croissants, or stylish Parisians, because there’s a new game in town: our beloved Trees. Yes, you heard that right. The City of Love is swapping out parking spaces for a lush, green paradise, and we’re here for it.Un-park Your Cars, Park Your Heart in Paris’ New Green Spaces!Under the watchful eye of Mayor Anne Hidalgo, Paris is kicking off a massive, planet-friendly project that will make you look at your parking spot with a whole new perspective. With the 2024-2030 Climate Plan in full swing, the city has decided to ditch a whopping 60,000 parking spots by 2030. In their place? A forest of trees and green zones that will stretch across 300 hectares of Paris. That’s like turning the whole city into one giant garden, minus the pesky weeds.Picture this: tree-lined streets, leafy "oasis squares" in every one of the city’s 20 neighborhoods, and a general vibe of nature reigning supreme. The goal? To fight climate change, combat air pollution, and, let’s be real, make Paris an even more Instagramm-able place.Paris is already deep into the tree game. Since 2020, over 100,000 trees have been planted all over the city. That’s more trees than you could shake a baguette at! In fact, more than 40,000 of them were added just last winter, which is honestly the most serious tree-planting effort Paris has seen since Baron Haussmann worked his urban magic back in the 1800s. But that’s not all, around 6,000 parking spaces have already been wiped out and replaced with greenery and areas for pedestrians and cyclists to roam free. Who needs parking when you can stroll under the shade of a cool new tree?The City of Love is now the City of Trees!There have been some challenges along the way, as with any major urban project. Some critics have expressed concerns about potential traffic congestion, particularly for suburban commuters who may face longer travel times. There have also been a few setbacks, such as the accidental removal of newly planted trees, highlighting the need for careful implementation.However, this transformation isn’t just a top-down decision. Parisians have been actively involved in shaping the changes through referendums, ensuring that the city's evolution reflects public opinion. For instance, residents voted in favor of converting 500 more streets into pedestrian-friendly, green spaces. This collaborative approach is turning Paris into a greener, more community-driven city.Tree-Top Paradise: How Paris Is Growing Up!Of course, Paris isn’t just leaving people to fend for themselves in the face of less parking. The city is rolling out a bunch of initiatives to make sure this whole green revolution works smoothly. Since 2020, there are 84 kilometers of fresh bike lanes, and guess what? Bike usage has shot up by 71% since the pandemic. That’s not a typo, 71%! It’s like everyone in Paris decided to ditch the car and embrace the cool factor of cycling.But wait, there’s more! Paris is even converting certain traffic lanes into spots for buses and carpooling. In short, if you’re a car, Paris is saying, "No thanks, we’re going green!"Is this project perfect? Nope. But does it have the potential to turn Paris into the most fabulous eco-friendly urban space on the planet? Heck yes. By turning parking lots into shady havens of green, Paris is proving that you can have your croissant and save the planet. It’s a blueprint for how other cities could rethink their relationship with cars, greenery, and the air we breathe.So, if you're planning to visit Paris soon, get ready for a whole new experience. It’s not just the art, history, or romance that’ll steal your heart, it’s the trees. Paris is going green, and it’s looking cooler than ever.

1 Apr 2025

Global News

Luxembourg's Gift to Travelers: A Country Where Freedom of Movement Knows No Bounds

As a travel enthusiast, I've always been drawn to new and exciting destinations. But I never imagined that I could travel for free until I stumbled upon Luxembourg, a beautiful country nestled in the heart of Europe. A news caught my attention, highlighting Luxembourg's innovative approach to public transportation. Since 2020, the country has been offering free public transportation to all its citizens and visitors.A Traveler's DelightLuxembourg's free public transportation system is a game-changer for travelers. With a simple mobile app, people could plan their journey, track route, and travel effortlessly across the country. The trains, buses, and trams are modern, clean, and efficient, making it a pleasure to explore Luxembourg's picturesque landscapes and vibrant cities.Luxembourg's free public transportation system is not only a boon for travelers but also a sustainable model for reducing carbon emissions and promoting eco-friendly transportation. By encouraging people to use public transportation, the country aims to reduce traffic congestion, air pollution, and greenhouse gas emissions. This forward-thinking approach has made Luxembourg a model for other countries to follow.The free public transportation system has also had a positive impact on Luxembourg's economy and society. It has promoted tourism by reducing transportation costs for visitors, making it an attractive destination for travelers. The system has also improved mobility for the elderly, students, and low-income citizens, who can now access public transportation without worrying about the cost.Challenges and Future GoalsWhile Luxembourg's free public transportation system has been a resounding success, there are still challenges to overcome. Many locals still rely on their cars for convenience, and expanding the infrastructure for public transportation is essential to enhancing services. To address these challenges, the government is investing in new transportation projects, including the extension of the tram network and the development of more bike-friendly roads.In a recent development, Luxembourg has launched a new initiative that allows French commuters to travel to work in Luxembourg for free. This pilot program is a significant step forward in promoting cross-border mobility and reducing traffic congestion. By extending its free public transportation system to French border towns, Luxembourg is setting a new standard for international cooperation and sustainable transportation.Luxembourg's approach to public transportation is a model for other countries to follow, and its commitment to reducing carbon emissions and promoting eco-friendly transportation is a ray of hope for a more sustainable future.

31 Mar 2025

Global News

Tiny Nation, Giant Heart: Vatican City Is Going 100% Solar!

In a world where gloomy headlines seem to rule the day, here comes a sparkling ray of sunshine, literally! The tiniest country on Earth, Vatican City, has decided to switch gears and glow up in the greenest way possible. Soon, the spiritual capital of the Catholic world will also become a solar superstar, running entirely on clean, renewable energy. Yes, you heard it right, the Vatican is all set to become the eighth country in the world to run 100% on solar power. A Holy Solar RevolutionThis isn’t just another green initiative, this is a celestial game-changer. Pope Francis, the planet’s most climate-conscious pontiff, dropped the news like a beam of hope in his latest apostolic letter titled Fratello Sole (Brother Sun). The plan? A massive solar farm sprawling across 424 hectares of Vatican-owned land near Rome. These shiny, eco-friendly solar panels will soak up the Italian sunshine and power the entire Vatican City, making it energy independent and setting a heavenly example for the rest of the world.And this isn’t their first eco-rodeo. The Vatican already has small-scale solar installations scattered across the city-state, but now they’re going all in. Soon, every glowing light, every warm cup of coffee in Vatican cafes, and every humble prayer will be powered by the sun.Heavenly Sunshine: A Moral MissionPope Francis isn’t just leading Sunday sermons; he’s leading the charge for planet Earth’s survival. His message is clear, taking care of the environment is not a luxury, it’s a moral duty. He passionately reminds the world that we owe this beautiful blue planet to future generations, and it’s high time we ditched dirty fuels for cleaner, kinder alternatives.In Fratello Sole, he speaks of the ethical and social necessity to switch to sustainable energy and leave behind a greener, fairer world. The Vatican’s solar movie is a loud, bright shout to the world: If the smallest country on Earth can do it, so can you! Once the Vatican flips the switch on its solar project, it’ll proudly stand beside the world’s renewable energy champions like Albania, Bhutan, Nepal, Paraguay, Ethiopia, Iceland, and Congo, nations already running on 99.7% or more renewable energy. Talk about elite companies!A Pocket-Sized Country with Planet-Sized Dreams!The Vatican may be small in size but is gigantic in vision. This solar project is not just about watts and wires. It's about hope, responsibility, and action. As Pope Francis beautifully puts it, “Humanity has the technological means to face this environmental transformation and its consequences.” In other words, the solutions are already shining upon us, all we have to do is look up!And the Vatican isn’t alone in this renewable revolution. Globally, more than 40 countries already produce over half of their electricity from renewables. As Stanford’s climate guru Professor Mark Jacobson says, “We don’t need miracle technologies. We need to electrify everything and power it with Wind, Water, and Solar.” The Vatican heard him loud and clear and they’re walking the talk.This isn’t just a story about solar panels, it’s a story about possibility, leadership, and collective responsibility. The Vatican’s solar leap is proof that when faith, science, and action come together, the result is nothing short of miraculous. As this tiny nation bathes in sunshine and sustainability, it sends out a glowing message to the world, a cleaner, brighter future is not a dream, it’s a decision. And the Vatican just made it.So next time you look at the Vatican, don’t just think of chapels and cathedrals. Think of solar panels, positive change, and a tiny nation with a giant, glowing heart leading us toward a better tomorrow.

30 Mar 2025

Global News

Riding the Tides of Change: How Japan is Turning Tides into Power!

As kids, we grew up sketching windmills and solar panels in our school notebooks, dreaming of a greener world powered by nature. Back then, the idea of harnessing the ocean’s relentless currents for energy seemed like a distant fantasy. But today, standing at the confluence of technology and sustainability, Japan has turned that dream into reality. The AR1100 tidal turbine, the nation’s first megawatt-scale grid-connected tidal energy system is not just a machine; it’s a symbol of hope riding the Naru Strait’s powerful currents.A Current of Innovation: The AR1100’s ArrivalNestled between the Goto Islands in Nagasaki Prefecture, the AR1100 tidal turbine is developed by Proteus Marine Renewables. This marvel of engineering generates 1.1 MW of clean electricity, a significant stride towards decarbonizing the Goto Islands’ power grid.The journey began in 2021 with the successful deployment of a 500-kW pilot turbine, boasting an impressive 97% operational availability. Buoyed by this success, Proteus partnered with Kyuden Mirai Energy (KME) in 2022, embarking on a mission to elevate the turbine’s capacity. The result? A modular masterpiece, seamlessly upgraded to its current 1.1 MW rating, equipped with advanced pitch and yaw systems to optimize energy capture and ensure minimal wear.Harnessing the Ocean’s Pulse: How the AR1100 WorksWhat makes the AR1100 truly remarkable isn’t just its power output, it’s the intelligent design that mirrors nature’s rhythm. At its core lies a horizontal-axis rotor with three composite blades, their angles finely tuned in real-time using electromechanical pitch systems. Like a dancer gracefully adjusting to every beat, these blades respond to the ocean’s changing flow, capturing maximum energy while reducing stress on the structure.Mounted on a gravity-based platform, the turbine rotates with the tides, thanks to an innovative electrically actuated yaw mechanism ensuring it always faces the oncoming current. The captured mechanical energy flows through a drivetrain, transforming into electricity via a permanent magnet generator. From there, a subsea cable carries the power to an onshore substation, where it seamlessly integrates into the Goto Islands’ grid.Shaping Japan’s Renewable FutureBeyond the technical brilliance, the AR1100 represents something deeper, a big change in Japan’s renewable energy landscape. As the nation moves away from fossil fuels, predictable tidal energy offers a stable, sustainable alternative. Proteus Marine Renewables has solidified its global leadership, becoming the first to operate megawatt-scale tidal turbines in both Japan and the UK.But this is just the beginning. Proteus is already expanding its tidal innovations to Scotland, France, and the US, contributing to the global shift toward clean energy. The AR1100's deployment in Japan isn’t merely a win for technology but it's a win for every community dreaming of a cleaner tomorrow.In the silent yet powerful embrace of the ocean's currents, the AR1100 whispers a promise, a promise of a sustainable future, of innovation anchored in nature’s rhythm, and of a world where renewable energy flows as freely as the tides.

5 Mar 2025

Global News

The Cycling Desk Innovation: Combining Fitness and Energy Conservation!

Over the years, technological advancements have reshaped many aspects of our lives, but few have been as exciting as the super cycling desks introduced by Library Utrecht in the Netherlands. This cutting-edge initiative combines exercise, productivity, and sustainability in one ingenious concept. Known for its widespread cycling culture, Utrecht—located just 35 km southeast of Amsterdam—has turned cycling into more than just a mode of transport; it’s a way of life.Utrecht: A Cycling MetropolisUtrecht is the fourth-largest city in the Netherlands, with a population of approximately 361,966. Among this, around 90,000 people cycle daily to their destinations, making it one of the most bicycle-friendly cities in the world. The city is renowned for its extensive network of bike lanes and infrastructure, and its residents embrace cycling for commuting, leisure, and even work.It’s no surprise that the city is constantly looking for ways to make cycling even more beneficial for its people. Utrecht’s forward-thinking approach has led to innovations that not only make cycling more convenient but also align with sustainability goals. The latest of these innovations is the introduction of super cycling desks at the city's library, a unique concept that combines study and fitness while contributing to a cleaner, greener environment.Utrecht’s Challenges Before the InnovationDespite the city’s renowned cycling culture, Utrecht has faced challenges like any other modern urban center. With an increasing number of international students and professionals calling Utrecht home, the demand for efficient and sustainable transportation options has skyrocketed. The city has limited public transport options—mainly buses and very few trams—forcing many to rely on bicycles for commuting.Another pressing challenge is the need for clean and sustainable energy. As cities like Utrecht continue to grow, there’s an urgent need to implement projects that focus on energy conservation and sustainability. Library Utrecht’s cycling desks are a direct response to these issues, offering a dual solution that benefits both individuals and the environment.Utrecht’s Library has found an innovative way to incorporate fitness into the study environment, all while helping reduce the city’s energy footprint. The library features stationary bicycles equipped with technology that allows users to convert their cycling efforts into electricity. Simply by cycling, individuals can charge their devices, such as laptops and phones, while getting a workout.This technology not only helps conserve energy but also promotes a healthier lifestyle. The energy produced by cycling is stored as watts, which can then be used to power devices or reduce energy consumption elsewhere. The Health Benefits: Combating Sedentary LifestylesOne of the most significant advantages of the super cycling desks is their ability to combat sedentism, a growing concern in today’s digital age. Prolonged sitting—whether while studying or working—can lead to a range of health issues, including back pain, stiffness, obesity, and even heart disease. By incorporating physical activity into the daily routine, Library Utrecht provides an easy solution to these issues.Cycling while studying or working helps reduce the risks associated with sitting for long periods, offering users a fun and productive way to stay active. With this innovative concept, the library encourages visitors to integrate exercise into their everyday activities, enhancing both physical health and mental productivity.Utrecht’s Library cycling desks are a prime example of how innovation, sustainability, and health can come together in an urban environment. By embracing new technologies that encourage fitness, conserve energy, and provide a productive study experience, Utrecht is paving the way for a smarter, healthier, and more sustainable future. As cities worldwide grapple with the challenges of urbanization, these forward-thinking initiatives could very well be the blueprint for a greener tomorrow.

3 Feb 2025

Global News

Scientists Announce a Diamond Battery That Can Power Devices for Thousands of Years!

In a significant breakthrough in the field of energy technology, scientists have developed a remarkable new type of battery that could change the way we think about power sources. This “diamond battery,” powered by a radioactive isotope of carbon, carbon-14, has the potential to provide continuous power for thousands of years—far longer than any modern-day battery. With such longevity, these batteries could be the key to powering medical devices, satellites, and even equipment used in the most extreme environments, such as outer space.Developed by researchers at the UK Atomic Energy Authority (UKAEA) and the University of Bristol, this cutting-edge battery uses the unique properties of carbon-14 encased in a diamond structure. But how exactly does this seemingly futuristic device work, and what does it mean for the future of energy?Harnessing the Power of Radioactive DecayThe core principle behind the diamond battery is the radioactive decay of carbon-14, a naturally occurring isotope of carbon. Carbon-14 has an incredibly long half-life of around 5,730 years, which means it can slowly release energy over an extended period. However, unlike other radioactive materials that can pose significant environmental or health risks, carbon-14 is safely encapsulated in diamond.In simple terms, carbon-14 undergoes beta decay, emitting electrons, which are harnessed through a process called the betavoltaic effect. This effect is similar to how solar panels convert light into electricity. The energy generated by this decay can then be used to power devices, all thanks to the unique properties of diamond that help to safely contain the radiation while still allowing the energy to escape in a usable form.The Role of Diamond: Safety and DurabilityOne of the most remarkable features of the diamond battery is the use of diamond as both a structural material and a protective barrier. Diamond, the hardest natural substance on Earth, is ideal for containing the radiation emitted by carbon-14. The radiation from carbon-14 is low-energy and short-range, meaning it can be absorbed by solid materials like diamond without posing a risk to humans or the environment.“Carbon-14 was chosen as a source material because it emits a short-range radiation, which is quickly absorbed by any solid material,” said Neil Fox, a chemistry professor at the University of Bristol. He further emphasized the safety aspect, explaining that the diamond’s structure effectively ensures no harmful radiation escapes, making the battery both safe to use and environmentally friendly.Potential Applications: From Space to the Human BodyThe possibilities for diamond batteries are vast and exciting. With their incredibly long lifespan, they could revolutionize industries where long-term, maintenance-free energy is crucial. For example, in the medical field, devices like pacemakers, ocular implants, and hearing aids could all benefit from the steady, long-term power these batteries provide. It also eliminates the need for frequent recharging or replacement.In space exploration, diamond batteries could power satellites and spacecraft for decades without any need for external energy sources. Similarly, remote sensors used in harsh, inaccessible environments could operate continuously, providing valuable data over extended periods.A Sustainable and Long-Lasting SolutionUnlike conventional batteries, which often rely on materials that are difficult to recycle and can have harmful environmental impacts, diamond batteries offer a more eco-friendly solution. The fact that they can last thousands of years means fewer resources are needed for production, and the batteries themselves pose minimal waste when they eventually do degrade.Furthermore, because they use carbon-14, a naturally occurring isotope, the batteries are part of the natural carbon cycle, unlike many modern power sources that rely on toxic or finite materials. This makes the diamond battery a promising option for environmentally conscious technologies that require continuous, low-power energy.The concept of diamond batteries is still in its early stages, but it is clear that the potential for these devices is enormous. The UKAEA and University of Bristol teams are continuing their research to explore and refine the technology. They aim to make it viable for widespread use across various sectors. With further development, diamond batteries could be used to power everything from handheld gadgets to large-scale energy storage systems.In the coming years, we may see these batteries making their way into industries that demand long-lasting, sustainable energy. As researchers work to improve their efficiency and accessibility, the diamond battery could become a staple in the next generation of energy technologies.

12 Dec 2024

Global News

Next-Gen Artificial Leaf Captures 10x More Carbon Outdoors—A Climate Game-Changer!

Researchers at the University of Illinois in Chicago have developed a novel technology for an artificial leaf that may significantly improve air quality. The device is especially unique because it was successfully used to extract carbon dioxide, one of the main greenhouse gases causing global warming, from the air during outdoor testing.Carbon dioxide (CO2) from pressurized CO2 tanks has been used in laboratory testing of fake leaf designs thus far. In the actual world, where CO2 is much more diluted and combined with a variety of airborne pollutants, the technique didn't work as well. The current study is a hopeful new breakthrough in the field of artificial leaf engineering, as making the technology operate in the real world has remained a significant issue. Researchers' enhanced artificial leaf design is at least ten times more effective at capturing CO2 energy than natural leaves ~Rohan Sartape, a UIC student and co-author of the study, holds an artificial leaf created in Meenesh Singh's lab, an assistant professor of chemical engineering at the College of Engineering. (Source: Google Images) The novel design encloses conventional artificial leaves in a water-filled capsule. The membrane of the capsule is semi-permeable, meaning that molecules can only travel through it selectively to the opposite side, which is the interior of the artificial leaf. The water in the capsule warms up and evaporates through the membrane when this arrangement is exposed to sunshine. In order to replenish the water molecules that are evaporating, the capsule also simultaneously absorbs carbon dioxide from outside the membrane. More carbon dioxide is sucked into the membrane by the bionic leaf, where it is transformed into carbon monoxide (CO) and oxygen. The oxygen can be released back into the atmosphere, and the CO can be collected from the device and utilized to make synthetic fuels like methanol and gasoline. Leading to a sensitive and innovative approach to science ~A Closer Look ( Source: Google Images) According to a news release from Meenesh Singh, the study's principal researcher, the entire arrangement may work outside just like a real leaf by enclosing the artificial leaf technology inside the specialized membrane. In order to create an artificial leaf that is prepared for deployment outside of the lab, where it may significantly contribute to lowering greenhouse gas emissions in the atmosphere, Singh explained that his conceptual design makes use of easily accessible materials and technologies.With its ability to convert CO2 into valuable fuels, this innovation could play a critical role in addressing air pollution and advancing sustainable energy. If deployed widely, such artificial leaves could not only improve air quality but also create new pathways for clean fuel production, marking a significant leap forward in climate-friendly technology.

6 Nov 2024

Global News

Engineering the Future of Water: A Technology That Capture Water from Thin Air!

A group of engineers from the University of Las Vegas is set to transform the way water is delivered in arid regions with government support. Instead of just sitting on a bench in a lab, their innovative technology is already making its way to the market and extracting liters of water per day from the air around us. Known as a "watershed moment," H. Jeremy Cho, a professor of mechanical engineering at UNLV, looked at all the ways that contemporary societies employ technology to extract water from the air and thought he could significantly improve it.Providing A Cultural Shift In The Mechanical Systems of The Environment Around Us ~ (Source: Google Images) Professor Cho drew inspiration from nature itself. Cho's concept is based on a hydrogel membrane that was influenced by the skin of frogs and some plants. “There are so many cool things happening in nature—you just have to look around, learn, and be inspired.” ~ they believe in this mindset. However, in an area as arid as Las Vegas, how much water could actually be extracted from the atmosphere? That is a question that pops up in the heads of diverse audiences that hear this new concept. According to Cho, the 30 feet of air nearest to the ground receive roughly the same amount of moisture from the hundreds of millions of gallons of water that Clark County uses daily. Cho urges people to consider the atmosphere to be a vast, unseen river. They Snatched A Biological Idea & Tried Doing Things In Their Own Way ~ (Source: Google Images) Cho received a significant grant for his research from the National Science Foundation's Southwest Sustainability Innovation Engine (SWSIE), which spun off WAVR, a UNLV company and the first of its kind. With so much water accessible, WAVR's patented technology has the potential to be a game-changer for the Southwest since it can catch five times as much water as any other atmospheric water harvesting device. According to the initial study on the WAVR devices, under specific circumstances, the dry air of Las Vegas might produce 0.75 to 1.5 gallons of water per square meter of membrane every day.What was told in that specific paper ~ "This paper clearly shows that water can be captured very quickly," Cho remarked. "We can begin to predict how big of a system we would need to produce a set amount of water," he added. In Las Vegas, we can produce roughly one gallon of water each day with one square meter, or roughly three feet by three feet. In humid conditions, that amount can increase by up to three times.Takeaway ~ (Source: Google Images) Zach Miles, senior associate vice president for UNLV's Office of Economic Development and SWSIE workforce development lead, highlighted that a primary focus of their work at UNLV and throughout the region involves identifying innovations and technologies that could enhance lives, create jobs, and diversify the local economy. He noted that WAVR exemplifies this approach, expressing his belief that the company had significantly benefited from these efforts.

4 Nov 2024

Global News

Robots to the Rescue: The Future of E-Waste Recycling Begins Here

An ex-entrepreneur in tech hardware has redirected his skills to address the issue of waste from electronic devices. In order to carefully disassemble things and separate still-usable components for reuse rather than recycling, his business builds and programs precision robots. His name is Rob Lawson-Shanks, and he recently received funding from some of the most well-known names in stakeholder venture capital. In addition to assisting recycling facilities in disassembling electronics that would otherwise be thrown away, he is collaborating with Dell and other companies to create new gadgets that his robots can more easily unmake.(Source: Google Images) His company, Molg, builds and trains robots that can remove panels, unscrew screws, and extract chips on their own by using numerous arms and cameras with remarkable precision. In order to retest, re-qualify, and redeploy, Lawson-Shanks explains, "We use really high-precision, non-destructive [equipment] and really care about what we're touching and then moving." "The ultimate goal is to maintain things at the highest possible value." (Source: Google Images) The compact devices, which measure 3 feet by 10 feet in height, are made to be able to be installed inside of already-existing e-waste processing facilities. Some devices can be disassembled in as little as five minutes. The machines are now quite good at disassembling obsolete servers and recovering parts to create new data center units. Before being utilized in a mid-tier market product, the components inside each disassembled item are recorded and databased by a Molg "micro-factory," as they are known. The same parts can be utilized to create a more basic electrical product once that item is broken down, and even after its material structure decomposes and is recycled.Molg has introduced a completely new line of snaps, press-fits, latches, and other modular connections in collaboration with businesses such as Dell. These connections can be used to secure laptops and other devices together, but its microfactories can readily disengage, remove, or unsnap them. Why Zero Waste? (Source: Google Images) Reduces pollution and conserves resources~The way we now consume is not sustainable. Whether it is cutting a forest, mining for minerals, or drilling for oil, the extraction of raw materials from natural areas is energy-intensive and polluting. These materials are more polluting and require significantly more energy for processing. After being utilized, the products are either burned in an incinerator or thrown in a landfill. A zero-waste strategy, on the other hand, minimizes pollution from extraction, manufacture, and disposal while conserving natural resources. Because fewer people purchase goods and because they are made to last, fewer products are produced when people reduce and reuse. Recycling helps manufacturers use recycled materials rather than raw resources to create new products and keeps garbage out of landfills and incinerators.

18 Oct 2024

Global News

The Future Is Weightless: The Battery That Could Cut Laptop or Car Weight in Half!

Researchers at Chalmers University of Technology in Sweden claim to have created the strongest battery in the world, one that might be used to build automobiles. The world's most advanced development in massless energy storage, or structural batteries, is described in a new study. These batteries have the potential to reduce laptop weight by half, make smartphones as thin as credit cards, and extend the driving range of electric cars by up to 70% on a single charge.The team claims that weight and energy usage are drastically decreased when vehicles, such as computers, ships, airplanes, and cars, are constructed from a material that serves as both a battery and a load-bearing structure. "We have succeeded in producing a carbon fiber composite battery that is both energy-dense and as rigid as aluminum, allowing it to be employed in commercial applications. The battery serves multiple purposes simultaneously, much like a human skeleton," explains Richa Chaudhary, a researcher from Chalmers University and the lead author of a recent study that was published in ‘Advanced Materials’. (Source: Google Images) There are strict requirements for vehicle designs to be sturdy enough to meet safety standards. There, the structural battery cell of the study team has greatly enhanced its stiffness, or more precisely, its gigapascal (GPa) elastic modulus, from 25 to 70. This indicates that despite weighing less, the material can support loads just as well as aluminum.Building Powerhouse At It's Best ~ (Source: Google Images) Professor Leif Asp, the head of research at Chalmers' Department of Industrial and Materials Science, states: " The new battery is actually the best ever built in the world, with twice as good multifunctional qualities as its predecessor. Purchasing lightweight, energy-efficient cars is a given if we want to reduce our energy use and consider the needs of future generations. Based on our calculations, electric automobiles with competitive structural batteries might have a 70 percent longer driving range than they have now.''According to the team, the objective has always been to attain a level of performance that enables the technology to be commercialized. Simultaneously with the ongoing research, the connection to the market has been reinforced by the establishment of the Chalmers Venture firm Sinonus AB, situated in Borås, Sweden.Sustainability At It's Best ~ (Source: Google Images) Nevertheless, a great deal of engineering work needs to be done before the battery cells be manufactured on a wide scale for our technological devices or cars, instead of just in a lab. "One can imagine that the closest in time are credit card-thin mobile phones or laptops that weigh half as much as they do today," explains Leif Asp. It's also possible that structural batteries power electronics found in automobiles and aircraft. “It will require large investments to meet the transport industry's challenging energy needs, but this is also where the technology could make the most difference.”

19 Sep 2024

Global News

Saving America's Wilderness: The Largest Donation in National Parks History

Lilly Endowment has allocated $100 million to the National Parks Foundation (NPF) in order to save the most delicate ecosystems found in America's National Parks. While some national parks, like Biscayne Bay and the Channel Islands, were created to preserve relatively tiny areas of extremely fragile ecosystems, others, like Glacier or Canyonlands, are safeguarded to conserve entire tracts of unspoiled territory.Lilly Endowment Inc. has stated that the $100 million will be used to conserve ecosystems that are in immediate danger of deterioration. According to Will Shafroth, president and CEO of the National Park Foundation, which supports the over 400 sites managed by the National Park Service, the funds will be directed to meet the needs of areas beyond the 63 designated national parks, as reported by AP. Further Takeaway ~ (Source: Google Images) The NPF has been working on restoring wild trout species in western parks, protecting the most delicate ecosystems, and restoring coral reefs in Biscayne Bay National Park and other reef-bearing parks. Shafroth anticipates that the first round of grants from the Lilly gift will go toward these projects. A backlog of neglected maintenance in the national parks accumulated during most of the twenty-first century, reaching around $7 billion in needed repairs. The 116th Congress passed the Great American Outdoors Act, which was signed into law by President Trump in an effort to address this. It did this by permanently reauthorizing the Land and Water Conservation Fund, which is a mechanism that directs 50% of all proceeds from the sale of energy (coal, oil, and natural gas) on land owned by the federal government toward conservation grants. It was calculated that over five years, this would bring in $9.5 billion for the national parks. But according to a recent NPS reexamination of the maintenance requirements, around $24 billion in funding is required. More Number Of Sensitive Ecosystems Been Addressed Lately ~ (Source: Google Images) Given this, the NPF has started a fundraising campaign in an attempt to raise additional funds from private individuals. The first person to donate is Lilly. Lilly's philanthropic gift is especially important since, as with all federal agencies, the NPS is able to move quickly to handle urgent and vital projects as they wrangle over budget disputes and allocation. “Private philanthropy has been essential in closing the funding gap between park requirements and availability for more than 50 years. We can intensify our efforts to guarantee that our national parks are accessible to all and will be for future generations thanks to this donation.” Stated by Head of State Will Shafroth

29 Aug 2024

Global News

Hydrogen Air Taxi Flies 523 Miles, Marking a Major Advancement in Eco-Friendly Travel

A hydrogen-electric air taxi built by Joby Aviation has flown a record 523 miles (about 842km) across California. This flight sets a new milestone as the first long-distance journey of a hydrogen-powered aircraft that can take off and land (VTOL). Record-setting flight ~ Joby Aviation's flight on June 24 flew three times farther than their previous electric vehicles (EVs). The aircraft touched down with 10% of its hydrogen fuel left, hinting at the possibility of longer trips down the road. Joby Aviation pointed to this feat as proof that "hydrogen can make emissions-free regional journeys possible." Water was the only thing the flight produced showing how eco-friendly it was. Shift from battery-electric to hydrogen-electric ~ At first, Joby Aviation created an air taxi powered by batteries. This vehicle has six rotors that work well in cities. The company tested it a lot at their place in Marina California, and above New York City. Then, the engineers changed it to a hydrogen-electric aircraft. To do this, they added a tank that can hold 40kg of liquid hydrogen and a system that uses hydrogen fuel cells. (Source: Google Images) Aircraft functionality ~ The fuel cells in the aircraft turn hydrogen into heat, electricity, and water when oxygen is present. The electricity gives power to the aircraft's rotors, and the water gets released as waste. To make sure there's extra power for takeoff and landing, the aircraft also has a small number of batteries. Joby Aviation aims to start selling its first battery-electric design in 2025, with plans to bring out the hydrogen-electric air taxi later. Progress in FAA certification process ~ Joby Aviation just hit a big milestone. They're the first company making electric VTOL (Vertical Take Off and Landing) aircraft to finish the third of five steps in the Federal Aviation Administration (FAA) type certification process. This step involved the FAA looking over and giving the thumbs up to Joby's plans for certifying the aircraft's mechanical, structural, and electrical systems. The next step will take a close look at the whole aircraft and all its systems. This flight success and progress in getting FAA certification is a big deal. It shows that Joby Aviation has an impact on pushing forward the development and commercialization of aviation technology that's better for the environment.

30 Jul 2024

Global News

Transforming Textiles: Project Re:claim's Revolutionary Approach to Clothing Recycling

Imagine football shirts, sports banners, and uniforms, once destined for the scrap heap, now being reborn into stylish new garments through the magic of innovative recycling technology. A sustainability revolution is taking place in the bustling warehouse in Kettering, Northamptonshire. This is not just a warehouse; it's the epicenter of a recycling technology, where old textiles find new life and fashion meets eco-consciousness in a thrilling fusion of innovation and creativity. From waste to wearable Project Re:claim, a joint venture between the Salvation Army and recycling specialist Project Plan B, is leading the charge. By adapting technology used for recycling plastic bottles, they are reprocessing polyester textiles into granules, which can then be turned back into yarn for new clothing. Tackling the Textile Mountain This revolutionary approach has the potential to divert thousands of tonnes of textile waste from landfills and incinerators. With the support of big retailers like Tesco and John Lewis, as well as specialist manufacturers, Project Re:claim aims to double its recycling capacity by 2025. The textile industry's environmental impact is significant, with millions of tonnes of used textiles ending up in landfill or incineration each year. However, initiatives like Project Re:claim offer a glimmer of hope, demonstrating the potential for sustainable solutions to address this pressing issue. Driving the Change While challenges remain, including contamination and logistical hurdles, there is growing momentum behind textile recycling. Legislation and consumer pressure are driving change, with countries like France and the Netherlands implementing stringent measures on textile handling. In the UK, MPs are considering proposals to make retailers and brands financially responsible for recycling used clothing. This shift towards extended producer responsibility could revolutionize the way textiles are managed and create incentives for greater sustainability. Textile recycling holds immense potential to reshape the fashion industry and mitigate its environmental impact. By supporting initiatives like Project Re:claim and advocating for sustainable practices, we can pave the way towards a greener, more sustainable future for generations to come.

14 May 2024

Global News

From Rooftops to Railings: German Households Transform Their Balconies into Solar Power Stations!

In a world where renewable energy is becoming increasingly vital, Europeans are finding inventive ways to harness the power of the sun. Solar panels, once confined to rooftops, are now making their way onto balconies, revolutionizing the way we think about energy generation. To commemorate the 70th anniversary of solar cells' mainstream adoption, recent data from Euronews highlights a remarkable trend: over 400,000 German households have embraced balcony solar panels. This surge in installations includes an impressive 50,000 PV devices added in the first quarter of 2024 alone, signaling a growing demand for sustainable energy solutions. The appeal of balcony solar panels lies in their accessibility and ease of installation. Unlike traditional rooftop systems, balcony panels are simple to set up, often DIY-friendly, and require minimal structural modifications. Additionally, their positioning on balconies allows for optimal sun exposure, particularly during the winter months when sunlight angles are shallow, potentially surpassing the energy output of rooftop installations. Jan Osenberg, a policy advisor at SolarPower Europe, emphasizes the significant contribution of solar balconies to Germany's renewable energy landscape. While rooftop solar remains dominant, generating 22 gigawatts of electricity, solar balconies contribute an estimated 200 megawatts—an evidence of the technology's growing popularity. The adoption of solar balconies reflects Germany's strong solar culture and commitment to renewable energy transition. Subsidies offered by some German states incentivize the installation of balcony solar kits, which typically pay for themselves through electricity savings within 3-5 years of their 20-year lifespan. However, given the weight of these panels, installation must be approached with caution to mitigate safety risks. Beyond Germany, Europe as a whole is embracing innovative solar solutions, from cemetery installations in France to railway track panels in Switzerland. These initiatives underscore the continent's dedication to sustainable energy practices and pave the way for a greener future. As Europeans continue to innovate with solar technology, the widespread adoption of balcony solar panels signifies a significant step towards achieving renewable energy goals. With each installation, individuals become active participants in the energy transition, empowered to reduce their carbon footprint and contribute to a cleaner, more sustainable world.

26 Apr 2024

Global News

Aptera's Solar-Powered Three-Wheeled Wonder Vehicle Set to Revolutionize Sustainable Transportation

In the realm of automotive innovation, few concepts have generated as much excitement and anticipation as the Aptera solar-powered car. Recently, this revolutionary three-wheeler took a giant leap towards reality as the first-ever production-grade body arrived at the company's headquarters in sunny San Diego. This milestone marks a significant step forward in Aptera's quest to redefine the possibilities of sustainable transportation. A Vision Takes Shape Aptera's vision is as bold as it is ambitious. Advertised as featuring 34 square feet of solar paneling that actively powers the car while in motion or parked, this concept car represents a paradigm shift in automotive design and functionality. However, the road to mass production is not without its challenges. The Aptera team is diligently working on fine-tuning various aspects of the vehicle to ensure it meets rigorous standards before hitting the road. Milestones and Preparations The company mentioned that they celebrated a significant milestone—the arrival of Aptera's first production body in San Diego. This was conveyed in a post on X. Now, Team Aptera is back at the drawing board, meticulously finalizing cable routing, connectors, and component placement to prepare for the initial production builds. Behind the scenes, Aptera has been busy sourcing all the necessary parts for its production-intent battery packs, while non-structural components undergo rigorous validation in Italy by the company's supply partner. Although elements like suspension, safety equipment, and drivetrain are still being fine-tuned for production models, Aptera has already made significant strides towards its goal of mass production. Design for Efficiency What sets the Aptera apart from conventional vehicles is its meticulous attention to aerodynamics and energy efficiency. From its tapered backside to its dolphin-like undercarriage, every design element is carefully crafted to minimize drag and optimize energy use. This obsessive focus on ultra-efficiency is what makes solar power—a traditionally limited form of electricity generation—a practical and viable feature for powering a vehicle. The Future of Sustainable Transportation The implications of Aptera's innovation extend far beyond solar panels and aerodynamic curves. With solar panels capable of delivering 40 miles of range per sunny day and an overall range of 1,000 miles due to its perfect aerodynamic design, low-weight construction, and efficient drivetrain, Aptera is poised to revolutionize the electric vehicle landscape. The fusion of cutting-edge technology, bold design, and unwavering commitment to efficiency positions Aptera at the forefront of the electric vehicle revolution, paving the way towards a greener and more sustainable future on the open road.

19 Apr 2024

Global News

Minesto Reaches Historic Milestone – First Electricity to Grid With Tidal Powerplant Dragon 12

SWEDEN—On February 9, the utility-scale tidal power plant Dragon 12 (rated at 1.2 MW) owned and operated by Ocean energy company Minesto successfully went into service, supplying the Faroe Islands' national grid with its first electricity. Understanding the Methodology: Tidal streams and ocean currents are 100% predictable ~ Minesto's method aims to efficiently harvest the energy present in tidal streams and ocean currents. Ocean currents and tidal streams can provide locally generated, dependable, and safe renewable energy. In contrast to other renewable energy sources, there are some notable advantages: Trustworthy and dependable. Different from wind, solar, and other ocean energy sources like wave power, tidal and ocean currents are almost always predictable. The endless flows guarantee dependable power availability in the future. Globally: Every continent has tidal streams and ocean currents. Full of vitality: As flowing water has a density that is around 830 times higher than moving air, energy conversion occurs more efficiently. Minimal land use and little visual impact: In many regions of the world, there is not enough land available for renewable energy installations. Onshore energy sources like solar and wind therefore face competition from other land uses. Underwater energy production technologies, such as Minesto's tidal technology, are covert and do not compete with land-based applications. Using the immense resources of tidal streams and ocean currents with little to no environmental involvement is one of the least restricted ways to produce huge amounts of power. The fully functional Dragon 12 from Minesto resembles a future military drone, yet when submerged, it acts a lot like a kite. It harvests renewable energy by flying patterns faster than the currents thanks to the lift produced by tidal flows. The foundation of most renewable energy grid ideas is solar energy, but moon energy is even more dependable, and some businesses are attempting to market energy produced by the tides' regular inflows and outflows. 'Let's make use of the tidal streams and ocean currents. The ocean continues to be one of the largest and least used renewable energy sources in the world. Ocean energy has the potential to provide dependable and sustainable electricity to communities worldwide!' - Technologies Minesto The Dragon 12 is competitive because it is robust, cost-effective, and dependable in providing power to the grid ~ It works similarly to land-based wind energy kites, which fly in figure-8 patterns to accelerate themselves faster than the wind. According to Minesto, this allows the Dragon to extract more energy from a given tidal stream than previous designs. It also modifies the economic calculations for locations that are relevant, making slower tidal flows more profitable to exploit. These are by no means little kites; to fit inside a shipping container, the Dragon 12 must be disassembled. Its massive 12-meter (39-foot) wingspan belies its weight of at least 28 tons. The most important number in this situation, as it is in any renewable energy project, is LCoE (levelized cost of energy). How much will it cost? According to Minesto's 2017 projection, if the first 100 megawatts of capacity were constructed, prices would drop to as low as $54/MWh. The Faroe Islands are a group of narrow gaps that tidal currents funnel through. This increases the water's speed significantly, which boosts the amount of energy that devices like the Dragon 12 can absorb. ''There is an urgent need to stop subsidizing the fossil fuel industry, dramatically reduce wasted energy, and significantly shift our power supplies from oil, coal, and natural gas to wind, solar, geothermal, and other renewable energy sources. A spiritual voice is urgently needed to underline the fact that global warming is already causing human anguish and mortality in our nation and abroad, and much more will occur in the future without rapid action.'' ~ Bill McKibben

15 Feb 2024

Global News

Explore China's transportation revolution with the Rail Bus—a train without tracks!

Have you ever imagined trains gliding through city streets instead of on traditional tracks? In Zhuzhou, China, this futuristic vision has become a reality with the groundbreaking Rail Bus, a unique mode of transportation designed by Chinese company CRRC. From Design to Realization in Just Five Months Introduced to the public in June 2023, the Rail Bus swiftly moved from concept to reality. In an astonishing timeline of fewer than five months, CRRC initiated testing on a four-kilometer road in Zhuzhou, marking a significant leap in urban transportation innovation. Road-Mapped Revolution: Navigating city streets beyond traditional tracks, the Rail Bus follows painted road markings, utilizing sensors beneath the vehicle. These sophisticated sensors, incorporating advanced technology, meticulously capture minute road details, ensuring an exceptionally precise journey with millimeter-level accuracy. Cost-Effective and Sustainable Urban Transit Aiming to replace the costly underground railway system, the Rail Bus offers an economical solution, costing only a quarter of the expenses associated with traditional subway systems in China. With a quick ten-minute recharge for a 25-kilometer journey, this electric marvel combines cost-effectiveness with sustainability, reaching speeds of up to 43 km per hour. The Road Ahead: Automation and Global Inspiration CRRC envisions a future of full automation for the Rail Bus network, minimizing human intervention (no drivers) and reducing traffic congestion. The success of this transformative transport system in China serves as an inspiration for urban planners worldwide, promoting a shift towards efficient and sustainable urban transit.

12 Jan 2024

Global News

Revolutionary eSoil: Electrically Conductive Soil Leads to Accelerated Crop Growth!

At Linkoping University in Sweden, scientists unveiled an incredible breakthrough: eSoil! This revolutionary soil, powered by electricity, turbocharges crop growth, as seen in barley, promising faster and more abundant harvests. It's a game-changer in farming methods, potentially transforming how we grow our food! The innovative hydroponic approach introduced by scientists, led by associate professor Eleni Stavrinidou, promises a staggering 50% surge in barley seedling growth within a concise 15-day period, setting the stage for a transformative shift in global agriculture. "Existing agricultural methods are inadequate to sustain our planet amidst burgeoning populations and the looming specter of climate change," emphasizes Stavrinidou, underscoring the significance of this breakthrough. This innovative approach allows for water-efficient, controlled farming, relying on a nutrient-rich solution and a supportive medium for root attachment. Hydroponics not only minimizes water usage but also optimizes nutrient delivery, setting it apart from conventional farming practices. While hydroponics has traditionally favored vegetables and herbs, the cultivation of barley seedlings represents a pioneering leap. The eSoil, crafted from cellulose and a conductive polymer, PEDOT, signals a sustainable alternative to mineral wool, reducing environmental impact while maximizing crop yield. Moreover, the reduced energy consumption of eSoil eliminates high-voltage hazards previously associated with root stimulation, paving the way for safer and more efficient farming practices. Stavrinidou remains optimistic about the future of hydroponics, especially in regions facing arable land scarcity and harsh environmental conditions. As research delves deeper into optimizing this technology, the horizon appears promising for a sustainable, high-yield future in agriculture.

27 Dec 2023

Global News

China's 'Condensed' Battery Breakthrough Paves the Way for Long-Range 1000KM Electric Cars and Planes

China-based battery manufacturer Contemporary Amperex Technology Co. Limited (CATL) has announced a groundbreaking development in battery technology that could potentially power long-range electric cars and planes. With its new 'condensed' battery, CATL claims to store almost double the power of Tesla's top-of-the-range 4680 cell, which was considered a game-changer just a few months ago. Will this innovation bring electric motoring dreams to reality? The new battery's remarkable energy density has the potential to enable electric vehicles (EVs) to travel up to 1,000 kilometers (621 miles) on a single charge, eliminating the need for frequent recharging. This breakthrough could also have a significant impact on the aviation industry by removing technological barriers that have hindered the development of electric-powered passenger flights. CATL achieved this milestone by utilizing semisolid-state battery technology, which employs partially solid electrolytes instead of the traditional liquid or gel electrolytes found in current lithium-ion batteries. This advancement not only increases energy density but also holds the promise of smaller, more affordable EV batteries. As the demand for electric vehicles continues to surge, the range of EVs has quadrupled over the past decade. This battery breakthrough by CATL could further accelerate the transition to sustainable transport and make electric vehicles more accessible to the masses. In a noteworthy competition, Gotion High Tech, a Volkswagen-backed company based in China, has also announced plans to bring a 1,000-kilometer range battery, called 'Astroinno,' to the mass market by 2024. The race to develop high-performance batteries marks a significant stride towards achieving universal electrification in transportation, encompassing sea, land, and air travel.

26 Dec 2023

Global News

Detroit's Newest Road Revolutionizes Electric Vehicle Charging as Cars Charge While Driving

Detroit, Michigan has achieved a groundbreaking milestone in the realm of sustainable transportation with the completion of the nation's first wireless-charging public roadway. The newly installed technology on 14th Street, developed by the Israeli company Electreon, allows electric vehicles (EVs) to charge while driving on the road. This revolutionary road, a testing ground for Electreon's wireless-charging technology, aims to address the range limitations of EVs and pave the way for a future of efficient electric transportation. By utilizing inductive-charging coils installed beneath the road surface, equipped EVs with receivers can receive continuous charging as they travel. Dr. Stefan Tongur, Electreon's Vice President of Business Development, expressed excitement over spearheading America's first wireless charging road and acknowledged the collaborative efforts with the State of Michigan and the Department of Transportation (MDOT). The road segment, spanning between Marantette and Dalzelle streets, marks a significant step towards the development of an electric road system (ERS). The wireless charging technology is based on inductive coupling, which enables the transfer of electricity through a magnetic field between the road's coils and receivers installed on the underside of EVs. The system ensures controlled and precise energy transfer, activating only when an approved receiver-equipped vehicle passes over the charging segment. Michigan's Department of Transportation and Electreon plan to install a mile of inductive-charging roadway along US-12 (Michigan Avenue) in 2024. Additionally, Electreon has already set up two static inductive charging stations in front of Michigan Central Station, enabling parked EVs to receive a charge. This innovative project aligns with the state's commitment to advancing sustainable transportation and provides a glimpse into the future of electric vehicle charging infrastructure. With successful testing and further advancements, wireless charging roads may soon become a common sight, revolutionizing the way we power our vehicles and reduce carbon emissions.

14 Dec 2023

Global News

Virgin Atlantic Makes History with First Transatlantic Jet Powered by 100% Sustainable Fuel

Virgin Atlantic has achieved a significant milestone by successfully completing the first transatlantic flight powered entirely by sustainable aviation fuel (SAF). The historic flight took place when a Boeing 787 departed from London's Heathrow Airport and landed at JFK Airport in New York. The aircraft was fueled with SAF derived from sources such as cooking oil, waste crops, and food waste. This type of fuel is estimated to emit 50% to 70% fewer emissions compared to traditional jet fuel. With 50 tonnes of SAF on board, the flight showcased the viability of sustainable aviation fuel as a climate-friendly alternative. UK Transport Secretary Mark Harper, who was a passenger on the flight, hailed the achievement as a groundbreaking moment. The flight was not open to the general public, but it marked a significant step forward in the industry. Sir Richard Branson, the founder of Virgin Atlantic, recognized the importance of starting somewhere to drive change in the aviation sector. He emphasized that demonstrating the feasibility of sustainable aviation fuel was crucial for its widespread adoption. While heavy machinery and long-haul aircraft face unique challenges in transitioning to sustainable energy sources, the success of this transatlantic flight highlights the potential of sustainable aviation fuel. Currently, SAF accounts for only 0.1% of passenger flight fuel in the UK, but the government has set a target of achieving 10% SAF usage by 2030. This groundbreaking achievement by Virgin Atlantic paves the way for a greener future in aviation, showing that sustainable fuel can propel long-haul flights while significantly reducing carbon emissions. It offers hope for a more sustainable and environmentally conscious air travel industry.

13 Dec 2023

Global News

Igniting the Future: Japan's Breakthrough in Nuclear Fusion

Japan has achieved a groundbreaking milestone in the field of renewable energy as the world's largest experimental nuclear fusion reactor, the JT-60SA, successfully generated its first plasma. The tokamak-style reactor, measuring 13.7 meters in diameter and 15.4 meters in height, utilized superconducting magnets to heat and contain a gas to an astounding temperature of 200 million degrees Celsius, transforming it into plasma. Nuclear fusion, often touted as the ultimate solution to Earth's energy needs, replicates the process that powers the Sun, offering emission-free and radiation-free energy generation. The JT-60SA's assembly involved the collaboration of over 70 contracted companies and the combined efforts of 500 scientists and engineers from Europe and Japan. The project, initiated in 2007 through an agreement between the European Union and Japan, aims to construct the JT-60SA as a smaller-scale version of the ITER fusion reactor currently under assembly in France. With the JT-60SA now operational, the data gathered will contribute valuable insights to inform the construction and operation of ITER, projected to be operational by 2025. EU energy commissioner Kadri Simson hailed the JT-60SA as the most advanced tokamak in the world, declaring the reactor's activation as a significant milestone in the history of fusion. Simson emphasized the potential of fusion as a key component of the global energy mix in the future. While challenges remain in achieving sustained energy generation from nuclear fusion, the successful operation of the JT-60SA marks a significant step forward in the pursuit of a sustainable and clean energy future. The global community eagerly awaits further progress in this revolutionary field.

9 Dec 2023

Global News

Milan Company Transforms Food Waste into Environmentally Friendly and Visually Stunning Furniture!

Milan, known for its cutting-edge design, is making waves in the world of eco-chic furniture with a groundbreaking initiative that transforms food waste into 3D printing materials. A local company, Krill, has taken the risk of investing in this innovative approach, resulting in the creation of tabletop furniture that is both environmentally friendly and visually stunning. Using discarded lemons, oranges from the islands of Naples, and coffee grounds from Milan's bars, Krill has produced an array of products including table lamps, incense holders, magazine racks, key bowls, clocks, and bookends. While these items may come with a higher price tag, they have gained popularity within their price range. Moreover, for every kilogram of printing material used, one kilogram of carbon emissions is saved from being generated in landfills. Krill holds a patent for their printing material, called ReKrill, which has already attracted the attention of notable corporations like San Pellegrino and Four Seasons. The company's director of operations, Marco Di Maio, emphasizes the eco-friendly nature of their products, stating that if any material ends up in the ocean, it is biodegradable and does not produce microplastics. In addition to reducing landfill waste, Krill has partnered with non-profit organizations to channel city food waste, such as coffee grounds, into sustainable recycling projects. The furniture produced by Krill can even be composted, and its biodegradability ensures the safety of curious pets. With this innovative approach, Milan is demonstrating its commitment to the circular economy and sustainable living. The fusion of technology, design, and environmental consciousness has resulted in remarkable creations that not only beautify living spaces but also contribute to a greener future.

8 Dec 2023

Global News

The World's First Electric Flying Ship is All Set to Revolutionize Water Travel!

The world's first electric flying passenger ship, the Candela P-12, has recently completed all tests and is set to enter mass production in preparation for its launch in 2024. This groundbreaking vessel, developed by Candela Technology, has achieved remarkable results during its test flights, showcasing its potential to revolutionize water transportation. With a top speed of 30 knots (35 mph), the Candela P-12 has set a new record for electric passenger vessels. It boasts a range of up to 50 nautical miles, making it the first electric ship capable of covering most coastal transport needs. Furthermore, the ship's minimal wake ensures minimal damage to coastlines, docks, and moored ships, even when operating at full speed. Using computer-guided hydrofoils, the Candela P-12 elevates its hull above water friction, resulting in 80% less energy consumption compared to traditional high-speed vessels. This innovation overcomes the primary challenges faced by electric ships, such as limited range and slow speeds due to excessive energy consumption. The 30-seat Shuttle variant of the Candela P-12 is priced at €1.7 million, matching the cost of similar-sized conventional vessels and offering a more affordable option compared to other electric alternatives. Once in service, the ship is expected to significantly reduce 'fuel' costs by up to 90% compared to diesel vessels. The successful completion of tests and the impending production of the Candela P-12 marks a major milestone in sustainable transportation. With its potential to transform waterways into green highways, this electric flying passenger ship promises to revolutionize how we travel on water, catering to public transport fleets, VIP services, and private customers alike.

30 Nov 2023

Global News

House of Hackney Becomes Second UK Company to Appoint Nature to its Board

In a groundbreaking move, House of Hackney, an interiors company, has become the second UK firm to officially include nature in its boardroom discussions. By appointing a human 'nature guardian,' the company aims to bring a transformative energy to its decision-making processes, with a focus on long-term sustainability. House of Hackney, founded by Frieda Gormley, offers a range of environmentally conscious products such as wallpaper, fabric, paint, and furnishings. Gormley's vision has always been to create a brand that fosters a deep connection with nature, incorporating sustainable materials and exploring regenerative farming practices. The inclusion of a nature guardian is seen as a natural progression in this commitment. The selected nature guardian will have access to a network of experts who will provide guidance on specialized topics. Importantly, if the company chooses not to follow the guardian's advice, they are bound to publicly explain their reasons, fostering a culture of accountability. Inspired by eco beauty firm Faith In Nature, which pioneered this concept in 2022, House of Hackney aims to elevate its sustainability efforts. The presence of a nature guardian in board meetings has already sparked a mindset shift, with nature's perspective trickling into decision-making processes at an earlier stage. This move aligns with the growing trend among companies to define corporate purposes that extend beyond financial profit. House of Hackney's decision reflects a broader movement advocating for businesses to align their interests with those of society and the environment. How will the company's sustainability efforts be strengthened, and what positive changes will this transformative decision bring? As House of Hackney pioneers this forward-thinking approach, the impact of nature's inclusion in its decision-making processes is eagerly anticipated.

24 Nov 2023

Global News

Portland's New Airport Sets a Sustainable Standard with Local Tribal Timber Construction

Portland's newly constructed airport terminal is making waves in the construction industry with its innovative use of local tribal timber. The use of cross-laminated timber (CLT), also known as "mass-timber," sets a new standard for sustainable building materials. The terminal's remarkable features include inherent fire resistance, reduced carbon footprint, and an aesthetically pleasing design. The construction industry is increasingly turning to CLT due to its durability and flexibility. Unlike plywood, CLT is made by pressing long boards together cross-ways with glue and high temperatures, resulting in a strong and versatile material. The new terminal's massive roof, covering an area of 9 acres, is made entirely of CLT sourced from within a 300-mile radius of Portland. The Douglas fir, hemlock, and southern yellow pine used in the construction were obtained from Oregon landowners and Tribal nations. Each board used in the skylights and beams has a unique story, with the Yakama Nation and Coquille Indian Tribe contributing to the project. Portland's airport terminal not only showcases the potential of the American mass timber market but also highlights the environmental benefits of using sustainable materials. Mass timber is a low-carbon building solution, unlike concrete, which is a major emitter of greenhouse gases. Additionally, the carbon absorbed by the trees used in mass timber construction remains sequestered, contributing to the reduction of the global carbon cycle. This landmark project is expected to inspire other cities across the country to explore the possibilities of using local and sustainable materials for their construction projects. By embracing tribal timber and sustainable practices, Portland's new airport is leading the way towards a greener and more eco-friendly future for the aviation industry.

6 Nov 2023

Global News

France's Hidden Treasure: The Groundbreaking Find that Could Transform Energy

A groundbreaking discovery in Northern France has the potential to ignite a renewable revolution in an unexpected place. A French shale gas company has unearthed a massive reserve of clean hydrogen gas, offering a glimmer of hope for regions heavily reliant on coal. The discovery was made by Jacques Pironon and Phillipe De Donato, directors of research at France's National Centre of Scientific Research, during an assessment of methane stores in the Lorraine Basin. Surprisingly, they stumbled upon a previously unknown hydrogen gas deposit located 3,300 feet underground. The readings showed a hydrogen concentration of 20%, surpassing all expectations. Hydrogen, when extracted and burned, produces only water as a direct emission, making it an attractive alternative to fossil fuels. While green hydrogen, produced through electrolysis and powered by renewable energy, remains a small-scale and expensive solution, the newfound deposit offers a different proposition. Termed "white" or "gold" hydrogen, this geologic hydrogen could revolutionize heavy machinery and long-distance transportation. The hydrogen deposit in Mali, which powers an entire village, boasts a purity of 98%, setting a remarkable precedent. Experts estimate that there are tens of billions of tons of extractable white hydrogen worldwide, potentially offering a sustainable energy source for hundreds of years. In France's Lorraine Basin, plans are underway to assess the extent of the deposit's potential. Energy company La Française de l'Énergie (FDE) is collaborating with researchers to evaluate the viability of extracting white hydrogen from existing shale gas wells.

5 Nov 2023

Global News

Abandoned Coal Mine Transforms into Green Energy Source, Heating Town with Warm Water

An old coal mine in Gateshead, UK, has undergone a remarkable transformation, becoming a sustainable source of green energy that has been successfully heating the town for the past six months. The innovative project, initiated by Gateshead Council in March 2023, utilizes the abundance of warm mine water present in the abandoned coal mining tunnels. Flooded with water that gets naturally heated by the Earth's core, the mine now serves as a semi-naturally occurring geothermal energy source. With a large central heat pump in place, the mine water is pumped into home heat pumps, further raising its temperature. This super-hot water is then used to provide low-carbon heating to 350 high-rise buildings, an art gallery, a college, an industrial park, and several office buildings. The system also offers the advantage of using the heated water to cool homes, making it a versatile solution. Unlike traditional heating methods, the mine water remains unaffected by seasonal variations, ensuring a reliable supply of warmth throughout the year. Moreover, after the heat is utilized, the water is naturally reheated as it returns to the mine, creating a sustainable cycle. Gareth Farr, head of heat and by-product innovation at the Coal Authority, expressed excitement about this environmentally friendly approach, stating that "recovering heat from mine water below the ground within abandoned coal mines provides an exciting opportunity to generate a low carbon, secure supply of heat." This project in Gateshead is the largest of its kind in Europe, joining similar initiatives in The Netherlands, Spain, and Canada. It demonstrates the potential for abandoned coal mines to be transformed into sustainable energy sources, offering a positive step towards a greener and more sustainable future.

28 Oct 2023

Global News

Revolutionizing Mobility: South Korean Universities Unveil Cutting-Edge Material Advancements for Air and Road Travel

South Korean universities have developed a new composite material that could revolutionize air and road mobility. Researchers from Solutions to Electromagnetic Interference in Future-mobility (SEIF), Hanyang University, and Jeonbuk National University have created a self-reinforced composite (SRC) that uses only one type of polypropylene (PP) polymer, resulting in improved bonding and tensile strength, as well as impact resistance. In fact, the SRC they created had adhesive strength 333% greater than composites currently in use, while tensile strength was 228% greater and impact resistance was a staggering 2,700% higher. Apart from toughness, SRCs are lightweight, inexpensive, and have advantages in terms of disposal and recycling as the reinforcement and the base material are composed of the same material. Current manufacturing processes for SRCs involve mixing chemically different components, resulting in poorer physical properties and preventing recyclability. However, the Korean researchers found a successful way to control the melting point, fluidity, and impregnation by adjusting the chain structure of the polypropylene matrix through a four-axis extrusion process. The new material is being looked at as the next-generation composite material to replace carbon-fiber-reinforced composites used in vehicle and aircraft/drone bodies. With the new composite material, vehicles and aircrafts will be more fuel-efficient while significantly reducing carbon footprints. The development of this new material could pave the way for a more sustainable future in air and road mobility.

23 Jul 2023

Global News

Sweden's Wooden Wonder: A City Borough Built Entirely from Wood Showcasing Sustainable Living

Sweden is taking a major step towards sustainable living by planning to build an entire city borough out of wood. The project named "Slakthusområdet" is located in the southern part of Stockholm and will be a landmark for eco-friendly construction. The new borough will be a mix of residential and commercial buildings, including shops, offices, schools, and apartments, all made entirely of wood. The construction of the new borough is expected to begin in 2023 and will be completed by 2030. The project is a collaboration between the City of Stockholm and the Swedish Forest Industries Federation. The aim is to showcase the potential of wood as a building material, which is renewable, durable, and has a low carbon footprint. The project is also expected to create job opportunities in the forestry and construction industries and will contribute to the growth of the local economy. The use of wood in construction is expected to reduce carbon emissions by 3,500 tons per year compared to traditional building materials. The new borough is also expected to be a hub for research and development in sustainable construction and will serve as a model for other cities around the world. The project has already garnered international attention, and many countries are showing interest in replicating the idea in their own cities. In conclusion, the Slakthusområdet project is a significant step towards sustainable living and a showcase of the potential of wood as a building material. The project is expected to create job opportunities, reduce carbon emissions, and serve as a model for other cities to follow.

30 Jun 2023

Global News

NASA and Boeing Unveil Revolutionary New Plane to Combat Climate Change

NASA and Boeing have unveiled a new experimental aircraft designed to reduce the environmental impact of air travel and combat climate change. The X-48C aircraft is a hybrid-electric plane that uses advanced technology to significantly reduce fuel consumption and emissions. The new aircraft features three electric motors powered by lithium-ion batteries, which work in conjunction with a traditional jet engine to increase efficiency and reduce carbon emissions. The X-48C also has a unique aerodynamic design, featuring a "blended wing body" that reduces drag and increases lift, further improving its fuel efficiency. NASA and Boeing hope that this new technology will help to revolutionize the aviation industry and lead to a significant reduction in greenhouse gas emissions. The X-48C is just the latest in a series of experimental aircraft developed by NASA and its partners, as part of the agency's efforts to promote sustainable aviation. The X-48C is currently undergoing testing at NASA's Armstrong Flight Research Center in California. The aircraft's first flight is expected to take place in the coming months, and NASA and Boeing hope to use the data collected during these tests to further refine the design and improve its performance. This new technology could have a significant impact on the aviation industry, which is responsible for a significant portion of global greenhouse gas emissions. By developing more sustainable air travel options, NASA and Boeing are helping to pave the way towards a more sustainable future.

21 Jun 2023

Global News

Revolutionary Hydrogen-Powered Swiss Jet Could Bring Back Supersonic Flight and Slash Travel Times by 75%

A Swiss aviation startup claims to have developed the world's first hydrogen-powered supersonic jet, which could cut travel time by 75% and bring back supersonic flight. The new jet, called the HB-2, uses hydrogen fuel cells to power its engines, eliminating the need for traditional fossil fuels. The HB-2 has been developed by the aeronautics firm Swiss Hydrogen in partnership with the Swiss Federal Institute of Technology in Lausanne (EPFL). The aircraft is designed to travel at speeds of up to 1,000 miles per hour, which is about 1.3 times the speed of sound. This could potentially reduce travel time from New York to London to just two hours, compared to the current duration of around seven hours. The technology behind the HB-2 is groundbreaking as it uses hydrogen fuel cells to generate electricity, which is then used to power the jet's engines. Hydrogen fuel cells are considered a more sustainable and environmentally friendly alternative to traditional fossil fuels. The hydrogen used in the HB-2 is stored in on-board tanks and is converted into electricity through a process that produces only water as a byproduct. The HB-2 has already completed a successful test flight, which lasted for 10 minutes, at an altitude of 6,500 feet. The aircraft is still in development, and Swiss Hydrogen plans to conduct further tests to refine the technology and evaluate its performance. If successful, the HB-2 could usher in a new era of supersonic travel, which has been absent since the retirement of Concorde in 2003. The HB-2's use of hydrogen fuel cells could also help to reduce the aviation industry's carbon footprint, which is a major contributor to global greenhouse gas emissions.

10 May 2023

Global News

An Oasis in the Sky: This Skyscraper Overflows with 80,000 Plants!

A skyscraper bursting with 80,000 plants has opened its doors in the heart of Singapore, bringing a new level of greenery to the city-state’s central business district. The Oasia Hotel Downtown, designed by WOHA Architects, has transformed the usual grey concrete high-rise into a living, breathing oasis. The building's unique design features 21 species of plants, including bamboo, shrubs, and flowering climbers, which cover every surface of the building, from the façade to the rooftop. The greenery not only enhances the building's aesthetics but also improves the surrounding air quality by absorbing carbon dioxide and releasing oxygen into the atmosphere. The plants also provide a natural cooling effect, reducing the need for air conditioning and lowering energy consumption. The Oasia Hotel Downtown's greenery is not limited to just the exterior. The building's interior features a lush garden courtyard, while each guest room has a balcony adorned with greenery, providing a tranquil and serene living space. The architects behind the project hope that the building will inspire other cities to incorporate more greenery into their urban landscapes, creating a healthier and more sustainable living environment for residents and visitors alike. In a city where space is at a premium, the Oasia Hotel Downtown sets a new standard for green architecture and demonstrates that even the most urban environments can be transformed into vibrant, sustainable ecosystems.

9 May 2023

Global News

From Demolition to Innovation: Australia's Upcycle-a-Skyscraper Contest Saves Tons of CO2 Emissions

Australia has taken a bold step towards sustainability by repurposing its tallest building instead of demolishing it. The Capitol Grand building was turned into a more sustainable structure and saved an estimated 5,700 tons of CO2 emissions through a contest called Upcycle-a-Skyscraper. The Council on Tall Buildings and Urban Habitat (CTBUH) in collaboration with Lendlease and Arcadis came up with the idea of the contest. Architects and engineers from all over the world were challenged to find creative ways to transform the building into a more sustainable structure. Bates Smart, an Australian firm, won the contest with a proposal to repurpose the existing structure and add green spaces and renewable energy sources. The building now has solar panels, wind turbines, and a green roof that reduces the building's carbon footprint and improves its energy efficiency. The Upcycle-a-Skyscraper contest is a testament to the power of innovation and collaboration in creating sustainable solutions. By repurposing existing structures, we can reduce waste and save valuable resources while also reducing our impact on the environment. The success of the contest serves as an inspiration to other countries and developers around the world to prioritize sustainability in their building projects. With the threat of climate change, it is more important than ever to find innovative ways to reduce our carbon emissions and protect our planet.

4 May 2023

Global News

Revolutionary EV-Charging Road Unveiled in Sweden: Powering Electric Vehicles on the Move

Sweden has made a significant step towards achieving its goal of being a carbon-neutral country by 2045 with the launch of its first electric vehicle (EV) charging road. The project, which is the first of its kind in the country, will allow EVs to charge their batteries as they drive along a 2-kilometer stretch of road. The innovative technology, known as an “electric road system,” involves embedding a series of conductive rails into the surface of the road. As EVs equipped with a compatible receiver drive over the rails, they will receive a steady supply of electricity to power their batteries. In addition, the system is designed to automatically bill drivers for the amount of electricity used. The EV charging road, which is located near the airport in the city of Visby on the island of Gotland, has been developed in partnership between the Swedish Transport Administration and the energy company, Vattenfall. The project is part of a larger initiative to reduce Sweden’s carbon emissions from the transportation sector. The electric road system is expected to benefit both drivers and the environment. While EV owners will no longer need to worry about charging their cars before or after a long journey, the technology will also help to reduce air pollution by encouraging the use of electric vehicles. Sweden’s EV charging road is just the latest example of the country’s commitment to sustainable transportation. With plans to phase out all fossil fuel vehicles by 2030, the project serves as a blueprint for other countries looking to transition to a more sustainable future.

4 May 2023

Global News

How Seaweed Fertilizers are Transforming Farming

The world is teeming with life, and the population is rapidly increasing by the day. As the demand for food surges, the agricultural industry is stepping up to the plate, tirelessly supplying nourishment for billions of people worldwide. However, traditional farming methods have brought forth a wave of environmental destruction. The widespread use of chemical fertilizers in farming practices has caused a catastrophic chain reaction, leading to the pollution of our precious water resources. Thankfully, farmers are now turning to seaweed fertilizers as a solution to this problem. Seaweed fertilizers have been shown to be promising in improving crop yields and water quality. The nutrients released when seaweed fertilizer enters surface water encourage the growth of microorganisms, which can be harmful to aquatic life when they grow uncontrollably. Yet, seaweed fertilizers have enormous potential in reducing nutrient runoff and promoting sustainable economic growth. Organic farming techniques are becoming increasingly popular, and seaweed-derived fertilizers and soil additives are receiving more attention. By using seaweed fertilizers, farmers can improve crop yields while reducing their impact on the environment. Seaweed fertilizers offer a sustainable solution to the negative impact of conventional farming practices on water quality. The use of sustainable farming practices like seaweed fertilisers is necessary for the preservation of our water resources and the overall health of our planet. By embracing these solutions, we can work towards a more sustainable future.

30 Apr 2023

Global News

Saving the Planet One Block at a Time: Finland's Carbon-Negative Replacement for Cement

Concrete is one of the most widely used building materials in the world. However, its production contributes significantly to carbon emissions, making it one of the most carbon-intensive manufacturing methods. Researchers at VTT Technical Research Center in Finland are hoping to change this by creating carbon-negative concrete using a replacement for cement that can trap more CO2 than it takes to produce throughout its lifecycle. The researchers experimented with different substitutes and discovered that slag from blast furnace smelting when combined with bio-ash could replace cement in concrete. Powdered slag can absorb more carbon than cement, and the VTT team figured out how to deposit CO2 from the air into powdered slag before putting it in cast concrete. VTT senior scientist Tapio Vehmas said, “We have demonstrated in the pilot unit that our technology is capable of reducing the CO2 emissions of conventional concrete by 45%...by replacing Portland cement with slag.” Carbonaide, the VTT spin-out company, has secured nearly $2 million in funding to build a production center for its cast concrete blocks that will be capable of mineralizing “up to five tons of CO2 per day.” The development of carbon-negative concrete could have significant implications for the construction industry and the fight against climate change. As one of the most commonly used building materials, reducing the carbon footprint of concrete could significantly reduce overall carbon emissions. The success of VTT’s experiment and the subsequent funding of Carbonaide's production center could pave the way for other companies to adopt similar methods and contribute to the growing trend of sustainable construction practices.

2 Apr 2023

Global News

Wind Farms Prove Safe for Seabirds: $3M Radar Study Reveals Zero Collisions

It has been found that offshore wind farms have little to no impact on seabird populations, providing a positive outlook for the renewable energy industry. A two-year study on the interactions of several seabird species at an offshore wind farm — consisting of 11 offshore turbines near Aberdeen, Scotland — found that not a single case of birdstrike was recorded over the study period or in the 10,000 videos taken. Looking at herring gulls, gannets, kittiwakes, and great black-backed gulls, Swedish state wind company Vattenfall found that most of the birds maintained a 50 to 230-yard distance between themselves and the radius of the spinning turbines. It says that there were no collisions between seabirds and wind turbines, even though the birds frequently flew through the wind farm. The radar also revealed that the birds altered their flight paths to avoid the turbines, indicating that they were able to detect and avoid potential collisions. The findings have been welcomed by environmentalists and renewable energy advocates, who have long argued that offshore wind farms are a safe and sustainable way to generate electricity. It also provides valuable data that can be used to inform future wind farm developments, and to ensure that they are designed in a way that minimizes their impact on wildlife.

1 Apr 2023

Global News

Oceanic Victory: $20 Billion Pledged to Save Our Oceans!

The 2023 Our Ocean Conference, held in Panama, has raised an impressive $20 billion in funding to support ocean conservation efforts around the world. Participants made 341 commitments including funding for expanding and improving marine protected areas and biodiversity corridors. The conference, which brought together leaders and experts from across the globe, focused on a range of issues related to ocean health, including plastic pollution, overfishing, and climate change. Previous Our Ocean conferences have generated more than 1,800 commitments worth approximately $108 billion. The $20 billion in funding commitments represents a major win for ocean conservation efforts and will go a long way toward protecting the world's oceans and the millions of species that call them home. The conference also provided an opportunity for leaders to share knowledge and best practices, and to collaborate on solutions to the complex challenges facing our oceans. The conference was a reminder of the urgent need for action to address the many threats facing our oceans. With plastic pollution, overfishing, and climate change all taking a toll on ocean health, the need for bold and decisive action has never been greater. Moving forward, it will be important to ensure that the funding commitments made at the conference are used effectively and efficiently. By working together and continuing to prioritize ocean conservation, we can protect one of our planet's most precious resources and ensure a sustainable future for generations to come.

31 Mar 2023

Global News

Why Happiness Comes Easy in Bhutan

Ever wondered what factors make a country's people happy? Well, here are the reasons why the people of Bhutan are considered the happiest in the world Well-Being: In Bhutan, happiness is as important as the economy. Here, success is not measured by GDP, but it is measured by GNS - Gross National Happiness. Its 4 pillars are Good Governance, Sustainable Development, Cultural Preservation and Environmental Conservation. The government also conducts surveys to know if its citizens are happy. Carbon Negative: Bhutan is the only country in the world that is carbon negative. It absorbs more carbon than it emits. There is a law that 60%of land should be covered by forests. At present 71% of land is under forest cover. No Traffic Jams and Signals: If traffic jams and waiting at signals irk you, then Bhutan is the place you should be in. Here, there are no traffic signals, yet there is no chaos. Officers are stationed to guide the traffic and the best part is that people are very disciplined and follow all traffic rules. Free Education: The state sponsors education up to the tenth standard. Higher and professional education is entirely based on merit. Along with English, the local language is also taught so that children remain rooted in their culture and do not miss anything on the international front. No Western Influence: Bhutan has not left any stone unturned to safeguard its culture. Sandwiched between two huge countries like India and China, it is not swayed by any influence and remains rooted in its culture which is the secret to its happiness. Free Health Care: We may think that only the wealthiest countries can afford to give free health care, but the government of Bhutan has assured free and equal health care for every citizen. No Birthdays: People of Bhutan do not celebrate their birthdays. They do not believe in receiving gifts. They consider that the world and their existence is in itself wonderful gifts and they need to give back. World’s Youngest Democracy: Many countries of the world had to fight for their democracy, but the King of Bhutan himself took the initiative and transitioned from absolute authority to democracy.

14 Nov 2022

Global News

Wanderlust

Bamboo Bliss: Exploring India's First Dedicated Bamboo Garden

Located on the campus of the Forest Development Corporation of Maharashtra (FDCM), near the picturesque Chatri Talao Lake, the Bamboo Garden is a 10-acre oasis that showcases the versatility and sustainability of bamboo. The garden features scenic walking trails, artistically crafted bamboo bridges, and a peaceful lotus pond, making it an ideal destination for nature lovers, students, and families alike.A Specialized Cactus GardenOne of the unique features of the Bamboo Garden is its specialized Cactus Garden, which houses over 300 species of cacti and succulents collected from around the globe. Species like Opuntia, Echinocactus grusonii, and Astrophytum myriostigma are part of this extraordinary collection, making it a rare botanical attraction in central India.Diverse Bamboo Collection The Amravati Bamboo Garden is home to over 65 species of bamboo, showcasing the incredible diversity of this versatile plant. With its extensive collection, the garden provides a unique opportunity for visitors to learn about the different types of bamboo and their various uses. The garden consists of many varieties, from towering groves to smaller, more delicate species of bamboo. The garden's bamboo collection is a reflection of the plant's adaptability and sustainability. By conserving and promoting these species, the garden supports biodiversity and helps protect India's natural heritage. Bamboo is often referred to as "green gold" due to its incredible versatility, sustainability, and economic value. Like gold, bamboo is highly prized for its durability, strength, and aesthetic appeal, but unlike traditional gold, it is a renewable resource that can be harvested in a sustainable manner.Conservation and EducationThe Bamboo Garden doubles as a conservation hub and educational site, often hosting students, botanists, and nature enthusiasts. Guided tours are available to help visitors understand bamboo cultivation, propagation techniques, and its role in carbon sequestration and climate resilience. India needs a bamboo garden like this to promote ecotourism, biodiversity awareness, and sustainable development. Bamboo is a highly versatile and sustainable resource that can play a significant role in India's economic and environmental development. The Amravati Bamboo Garden is a vital resource that promotes the importance of bamboo and its benefits, supporting conservation, education, and sustainable development. The garden's efforts support India's goals of promoting ecotourism, biodiversity awareness, and sustainable development, making it a valuable component of the country's environmental conservation initiatives. A Day Trip DestinationLocated around 150 km from Nagpur, the Bamboo Garden is an ideal day trip destination for families, tourists, and students alike. Facilities include walking paths, eco-rest areas, picnic zones, and guided nature trails, making it a perfect spot for a tranquil escape into nature. The Amravati Bamboo Garden is a true green sanctuary in the heart of Maharashtra, offering a rare blend of ecological beauty and educational value. Whether you're a nature lover, a curious traveler, or someone seeking a peaceful retreat, this garden is a must-visit destination.

11 Jun 2025

Wanderlust

Rocking the Past: The Remarkable Ingredient Used to Preserve India's Historic Ellora Caves

New research has revealed that cannabis played a surprising role in the preservation of the ancient Ellora Caves in India. The Ellora Caves are a UNESCO World Heritage site and one of the most significant examples of rock-cut architecture in the world. According to reports, cannabis was used by the workers who built the Ellora Caves as a binding agent for the limestone used in the construction of the cave temples. The plant's fibrous roots helped to provide a strong, durable material that could withstand the test of time. The use of cannabis in the construction of the Ellora Caves highlights the sustainable and eco-friendly practices employed by ancient builders. Rather than relying on modern construction materials that can be harmful to the environment, the builders of the Ellora Caves used natural materials that were readily available and had a low impact on the environment. The discovery of cannabis as a binding agent for the Ellora Caves has gained widespread recognition, and it has sparked a renewed interest in sustainable building practices. The use of natural materials in construction is becoming increasingly popular, as people look for ways to reduce their environmental footprint and preserve historic sites for future generations. Overall, the use of cannabis in the construction of the Ellora Caves serves as a reminder of the ingenuity and resourcefulness of our ancestors. It also highlights the potential for sustainable building practices to make a positive impact on the environment and society as a whole.

10 Jul 2023

Wanderlust

Positive Reads

Bare Necessities: India’s Zero-Waste Brand on a Mission to Un-trash the Planet!

Bare Necessities & the Art of Living Without Waste! As the world observes World Plastic Free Day, the spotlight turns toward brands that are reshaping the future of consumption. Among them stands Bare Necessities, a homegrown Indian enterprise on a mission to eliminate plastic and promote conscious living. Founded by Sahar Mansoor, the brand’s philosophy is rooted in the belief that sustainability isn’t a trend but a way of life. With a product range that spans personal care, home care, and wellness essentials, Bare Necessities offers practical, beautifully designed solutions to those looking to live gently on the Earth. On a day dedicated to rethinking plastic, their work stands as a reminder that true change begins at home, with the choices we make every day.The Spark That Lit a Zero-Waste Movement! Sahar Mansoor’s journey started from a deep personal conviction and a desire to live without harming the environment. Having studied environmental policy and worked with leading organizations in the sustainability sector, she found herself constantly bothered by the mountains of waste generated even by basic daily routines. Her turning point came during her time at a solar energy NGO in South India, where she witnessed firsthand the conditions faced by waste workers. Rather than remain a passive observer, Sahar began crafting alternatives at home, starting with soaps and creams while minimizing her own waste. Her small steps soon transformed into a community-driven brand that encouraged others to reduce plastic dependency.Crafting with Care: Where Products Meet Purpose! What sets Bare Necessities apart is that every product, whether it’s a coconut oil-based deodorant or a bamboo toothbrush is thoughtfully made to be entirely plastic-free. With over 375,000+ tons of waste diverted from landfills, 2,50,000+ plastic items eliminated, and 50,000+ customers impacted, the brand is redefining conscious consumption in India.All ingredients are natural, locally sourced, and cruelty-free, while the packaging remains compostable or reusable. Notably, the production team is composed entirely of women, many re-entering the workforce after years of caregiving or societal barriers, turning sustainability into a powerful vehicle for social empowerment.From Local Kitchens to a Nationwide Consciousness!What began in Sahar’s kitchen has now grown into a brand that inspires individuals and families across India to live more mindfully. The brand also runs educational workshops and zero-waste courses, building a community that believes in progress without pollution. As of today, Bare Necessities has helped divert massive amounts of waste from landfills and saved millions of single-use plastic units from being used altogether. But beyond numbers, it has succeeded in shifting mindsets, proving that convenience doesn’t have to come at the cost of the planet. On this World Plastic Free Day, the brand’s story serves as both a celebration and a call to action: to live with purpose, purchase with intention, and embrace a life that leaves no waste behind.

25 May 2025

Positive Reads

News That Blooms: The Japanese Newspaper You Can Plant!

What if yesterday’s news could sprout into tomorrow’s greenery? That’s exactly what The Mainichi Shimbunsha, a leading Japanese newspaper, achieved with the Green Newspaper—a one-of-a-kind publication printed on biodegradable, seed-infused paper. When planted, these newspapers didn’t just decompose; they transformed into flowers that attracted pollinators or herbs ready for the kitchen.From Headlines to Herb GardensThis amazing initiative was designed to promote sustainability while reimagining the future of print media. Instead of ending up in recycling bins or landfills, the paper had a second life—one that contributed to environmental restoration. The ink used was plant-based, ensuring that every aspect of the newspaper was safe for the soil and eco-friendly. Readers were encouraged to tear the paper into small pieces, plant them in soil, and water regularly, allowing nature to take over.The idea, conceived by Dentsu Inc., one of Japan’s top advertising firms, aligned with The Mainichi’s commitment to not just report on global issues but actively contribute to solving them. Schools across Japan incorporated the Green Newspaper into environmental education programs, teaching children about sustainability in a hands-on way. Public events showcased how to plant the paper, making the concept interactive and engaging.A Sustainable Print RevolutionWith a daily circulation of over four million copies, the Green Newspaper captured global attention, reaching 4.6 million people and generating $700,000 in revenue. The campaign sparked conversations beyond Japan, inspiring similar initiatives worldwide, including India and the United States, where plantable paper is now used for stationery, wrapping paper, and greeting cards.The success of this initiative also highlighted a major concern—the environmental cost of traditional newspapers. An estimated 95 million trees are cut down annually to produce newsprint, at a time when digital media is rapidly reshaping how people consume information. The Green Newspaper proved that print media can be both innovative and eco-conscious, paving the way for a more sustainable future.Imagine a world where every newspaper, flyer, or magazine could bloom into something beautiful instead of becoming waste. The Green Newspaper was more than just a publication—it was a seed for change, showing that even the smallest innovations can have a big impact on the planet.

11 Mar 2025

Positive Reads

Grains of Tomorrow: Millet-Utopia 2025 Sparks Innovation in Youth

The University of Hyderabad (UoH) recently hosted Millet-Utopia 2025, turning its campus into a vibrant hub of innovation and excitement. This inter-school competition provided a dynamic platform to educate young minds about the transformative potential of millets in tackling global issues like food security, nutrition, and environmental sustainability. With over 1,358 students from 50 schools participating, the event became a lively celebration of creativity and sustainability.Celebrating Millets: The Theme That United ManyThemed ‘Millets for Food, Nutrition, Energy, and Environment,’ Millet-Utopia 2025 highlighted the versatile role of millets as climate-resilient crops essential for a sustainable future. Students from classes 8 to 10, accompanied by 168 dedicated teachers, arrived from across Hyderabad and beyond to participate in this grand event.The inaugural ceremony was graced by Prof. Appa Rao Podile, former Vice-Chancellor of UoH and Senior Professor of the Department of Plant Sciences. Sharing personal anecdotes from his childhood, Prof. Podile spoke passionately about his journey with millets as a staple diet and a research focus. Prof. S. Rajagopal, Head of the Department, welcomed the attendees and emphasized how millets could play a pivotal role in combating food insecurity and promoting eco-friendly agricultural practices.Competitions That Inspired Creativity and LearningMillet-Utopia 2025 provided an engaging platform for students to showcase their talents and knowledge through six exciting competitions: quiz, debate, drawing, skit, writing, and elocution. Each activity was thoughtfully designed to spark curiosity and innovation, testing participants on their understanding of millets and their potential in sustainable development.Source: Google ImagesA Culinary Delight: Millet-Based RefreshmentsStaying true to the event’s theme, the refreshments and lunch served during Millet-Utopia 2025 were exclusively millet-based. This culinary experience showcased the versatility of millets. It also reinforced the importance of incorporating these nutrient-rich grains into everyday diets.The event concluded with a grand prize distribution ceremony, where the exceptional efforts of participants were celebrated. Prof. B.J. Rao, Vice-Chancellor of UoH, served as the Chief Guest, presenting prizes to the winners.“The enthusiasm and creativity displayed by the students are truly commendable,” said Prof. Rao. “Their passion for learning and contributing to a sustainable future gives hope for addressing global challenges with innovative solutions.”Millets: The Grains of the FutureMillet-Utopia 2025 has firmly established itself as a unique platform for raising awareness about millets and their critical role in sustainable agriculture. The overwhelming response this year reflects the growing recognition of millets as essential for combating food insecurity and climate change.Carrying forward the legacy of the International Year of Millets in 2023, this event has become a powerful medium for engaging the youth in meaningful conversations about sustainability. By fostering innovation and pride in millets, Millet-Utopia has instilled a sense of responsibility toward building a better, greener tomorrow.Through creativity, collaboration, and awareness, the participants and organizers sent a strong message—that millets are not just grains of the past but the cornerstone of a sustainable future.

7 Jan 2025

Positive Reads

Throwing Away Fruit Peels? A Bengaluru Vendor Found a Better (and Profitable) Idea!

Bengaluru’s bustling streets are filled with vibrant fruit juice stalls, but one vendor in Bellandur is taking his business—and the environment—seriously. Known locally as "Mosambi Babu," this enterprising fruit juice seller has found an innovative way to turn discarded orange and sweet lime peels into a product even more valuable than the refreshing drinks he serves.In a world where sustainability is the buzzword, Babu has mastered the art of converting waste into wealth. By repurposing fruit peels into an all-natural, eco-friendly cleaning liquid, he is not only reducing waste but also contributing to a cleaner, greener community.The Humble BeginningsIt all started with a casual conversation. Babu, who runs his stall in front of Shobha Quartz in Bellandur, used to discard the fruit peels left after squeezing out the juice. Then one day, a customer casually remarked that these peels shouldn't be wasted. The customer shared an unusual yet intriguing idea: to mix the fruit peels with water and jaggery to create a natural floor cleaner.That comment sparked Babu's curiosity. He began researching the various uses for fruit peels, learning about their cleaning properties and how they could be turned into a chemical-free, multi-purpose cleaner. As Babu delved deeper, he realized he had stumbled upon a gold mine of eco-friendly opportunities.Today, Babu uses the peels of oranges and sweet limes to produce a versatile, chemical-free cleaning liquid. This product can be used for cleaning floors, kitchens, bathrooms, and even water tanks. The natural ingredients in the peels, combined with jaggery, work together to disinfect surfaces while leaving behind a pleasant citrus fragrance. The liquid effectively removes dirt, stains, and bacteria, making it an excellent alternative to commercial cleaners, which are often filled with harmful chemicals.Source: Google ImagesBut that’s not all. The solution also has cosmetic benefits. Babu discovered that the liquid could be used as a face wash, perfect for treating tanned skin thanks to the vitamins and antioxidants present in the fruit peels. Even pet owners can use this natural product as a safe body wash for their animals. What was once considered waste is now a valuable multi-purpose product that is not only environmentally friendly but also chemical-free and versatile.What started as a simple suggestion from a customer has blossomed into a profitable side business for Babu. Along with selling fresh fruit juice to his loyal customers, he now offers bottles of his homemade, eco-friendly cleaner. This extra income stream has not only boosted his revenue but also earned him a reputation as a forward-thinking, environmentally conscious entrepreneur.Many have embraced his eco-friendly cleaner, and some are even inspired to try similar ideas at home, making small changes that collectively contribute to environmental protection.

24 Sep 2024

Positive Reads

The River That Refused to Die: How a Women-Led Initiative Brought the Kham Back to Life!

For decades, the Kham River in Chhatrapati Sambhajinagar (formerly Aurangabad) symbolized the challenges of rapid urbanization. The once-pristine seasonal river became a dumping ground for waste, and its banks were overrun with pollution. But thanks to a women-led environmental consulting firm, EcoSattva, this river is now restored to its former glory. Through the Kham River Restoration Initiative, EcoSattva has reversed decades of environmental degradation. The initiative has brought the river back to life while ensuring that the surrounding communities thrive.Understanding the ProblemThe Kham River's degradation was a complex issue, demanding an equally comprehensive solution. In 2020, EcoSattva began its mission by conducting thorough research to understand the ecological, social, and infrastructural challenges surrounding the river. Their findings shaped a multi-faceted approach involving deep ecological restoration, waste management, and community engagement.The firm collaborated with a wide array of stakeholders—scientists, city planners, local communities, and non-governmental organizations. Together, they identified priority areas that needed attention and laid the groundwork for a holistic restoration project that would not only clean up the river but also rebuild the community’s relationship with this critical waterway.Ecological RestorationAt the heart of the Kham River Restoration Initiative is the rehabilitation of the river’s riparian zone—the lush, natural buffer along the riverbanks. EcoSattva's team employed various restoration techniques, such as dredging, desilting, and pitching, to stabilize the river’s edges and prevent further erosion. Native species were reintroduced to the area, helping to restore the ecosystem and provide a natural flood barrier during the monsoon season. These efforts not only protect the river but also support the livelihoods of downstream fishing communities, who depend on the river's health for their economic survival.One of the most significant contributors to the Kham River’s degradation was unchecked waste disposal. EcoSattva tackled this head-on through an innovative waste management strategy. Garbage Vulnerable Points, locations with a high density of waste, were targeted. Many of these areas were transformed into pocket parks—green spaces where the community could gather and reconnect with their environment.EcoSattva also launched the Unnati Program, an ambitious initiative aimed at improving sanitation across 42 municipal wards. The program focused on capacity building for sanitation staff, empowering them with the skills and tools necessary for efficient solid waste management. Women waste pickers, known as Safai Saathis, were employed and trained to work systematically on waste collection and segregation. This not only improved the city's waste management systems but also provided economic opportunities for marginalized women.Unnati Waste Management Services (Source: Google Images)The EcoPark: A Symbol of RenewalOne of the most visible outcomes of the Kham River Restoration Initiative is the creation of the EcoPark. Spanning 5 kilometers along the river, this park features rejuvenated freshwater ponds and wetlands that were once contaminated by decades of waste. The EcoPark now serves as a hub for environmental education and community engagement, complete with walking paths and an amphitheater for events.The park’s ponds and wetlands not only act as natural water filtration systems but also support a thriving ecosystem of birds, insects, and aquatic life. The space has become a vital asset for the city, offering residents a place to relax, learn, and connect with nature.EcoSattva understood from the beginning that the success of the Kham River restoration hinged on the involvement of local communities. The firm launched a robust social inclusion campaign to engage citizens at every level. Educational programs were introduced in schools to teach children about the importance of rivers and ecosystems. Cultural events, such as traditional dance performances and locally commissioned art, were organized to bring people together and foster a renewed sense of pride in the Kham River.Public awareness campaigns were also crucial in dispelling myths about seasonal rivers like the Kham. Many had come to view the river as a liability, especially during the dry season when it appeared barren. EcoSattva's work has been pivotal in emphasizing its importance as a living, breathing entity that sustains the city.Today, as we celebrate World Rivers Day 2024, the inspiring transformation of the Kham River serves as a powerful reminder of the vital role rivers play in our ecosystems and communities. This initiative highlights the impact of dedicated grassroots efforts. On this global occasion, let us celebrate the remarkable revival of the Kham River and commit ourselves to protecting and preserving all rivers to ensure that they continue to nourish both nature and the communities that rely on them for generations to come.

20 Sep 2024

Positive Reads

How ‘Green Commandos’ Are Turning Forests into Sustainable Food Havens

In the lush forests of Sonapur, Assam, a revolution is quietly taking root, led by an unlikely army. In a region where most young people dream of joining the Army or security forces, a unique initiative is inspiring them to take up a different kind of service—farming. Samir Bordoloi, a visionary agriculturalist, launched the "Green Commandos" program with an innovative twist: instead of weapons, his commandos are armed with seeds, yams, and a deep respect for the land.A New Kind of CommandosSamir Bordoloi's Green Commandos program is a fresh take on what it means to serve the community. By adopting the discipline, pride, and structure typically associated with military life, this program makes farming an attractive and respectable profession. The participants, donned in uniforms, are not just farmers—they're part of an elite force dedicated to restoring the land and reviving traditional agricultural practices.Bordoloi’s approach is simple. “I tell them to drop these yams wherever they please. They attract animals like wild boars. Then come the leopards. We planted banana trees and bamboo, and in came the elephants,” he explains. These actions are not just about planting seeds; they’re about nurturing an ecosystem that invites wildlife back into the forests, creating a balanced and thriving environment.The Farm Learning Centre Bordoloi’s Farm Learning Centre and Food Forest is situated in the Rupnagar forest, just a short drive from Assam’s capital Guwahati, lies. This is the base camp for the Green Commandos, where the magic happens. Over the past eight years, this center has been drawing the young people across the Northeast back to the land and the joys of farming—a profession that, as Bordoloi says, is often overlooked.The idea for the center came about when Bordoloi was approached by a group of Bodo farmers in 2016. They had land in Sonapur that was under threat from land mafias and sought Bordoloi’s help. Instead of clearing the forest for conventional farming, Bordoloi envisioned a diverse food forest that would support various native plants and animals. The result is a multi-layered ecosystem that now boasts over 5,000 species of local plants.Making farming cool again (Source: Google Images)Farming with PurposeBordoloi’s journey began long before the Farm Learning Centre was established. After completing his degree in Agricultural and Extension Education from Assam Agricultural University in 1997, he realized that organic farming was his true calling. Preferring hands-on experience over theoretical knowledge, Bordoloi traveled across the Northeast, learning and understanding the unique agricultural practices of the region. His mission became clear: empower farmers to become stakeholders in their own “seeds to feed” cycle, focusing on native crops and sustainable farming.The Farm Learning Centre is the embodiment of this mission. Farmers here cultivate everything from king chillies to pumpkins, roselle, and squash, all without the use of pesticides or insecticides. The center operates on a zero-cost model, utilizing natural compost, and recycling resources to maintain the health of the ecosystem.The Green Commandos program officially began in 2017, with a rigorous three-week “army-style” training. Participants start with camping and physical exercises to build discipline and resilience. Then, they’re sent into the forest, equipped with yams and ‘seed bombs’—mud balls packed with seeds. The joy of seeing these seeds sprout and grow in the forest is a powerful motivator for the young commandos.To date, Bordoloi has trained over 2,000 Green Commandos, and the impact of his work is spreading.Last year, he guided four Green Hub-Royal Enfield Responsible Tourism fellows, teaching them sustainable practices and responsible tourism, demonstrating the far-reaching impact of his vision.The Green Commandos are more than just farmers; they are guardians of the land and pioneers of a sustainable future.

27 Aug 2024

Positive Reads

What Makes 'Grow The Funguy’s' Mushroom Kits So Special?

In recent years, the trend of urban farming has surged, with more people seeking sustainable and convenient ways to grow their own food. Among the various innovations in this field, mushroom cultivation stands out for its simplicity, nutritional benefits, and low environmental impact. Recognizing this potential, Adam Shamsudeen and Raeesa Manaal founded Grow The Funguy in 2022, an agri-tech startup dedicated to providing high-quality materials for home mushroom cultivation.Founders with a VisionAdam Shamsudeen and Raeesa Manaal embarked on their entrepreneurial journey with a shared passion for sustainable agriculture and a commitment to making it accessible to all. Their combined expertise in agriculture and technology enabled them to develop a startup that not only addresses the growing demand for home-grown produce but also contributes to environmental sustainability. Their mission was simple yet profound: to empower individuals to cultivate mushrooms at home using the best quality materials and innovative techniques.Grow The Funguy ExperienceGrow The Funguy offers a range of premium mushroom cultivation kits designed to make the process easy and enjoyable for everyone, from beginners to seasoned gardeners. Each kit includes everything needed to start growing mushrooms at home, such as spore syringes, growth substrates, and detailed instructions. These kits are tailored to suit various skill levels, ensuring that anyone can successfully cultivate mushrooms.Sustainable and Eco-Friendly PracticesOne of the core values of Grow The Funguy is sustainability. The startup emphasizes eco-friendly practices by using organic and locally sourced materials in their kits. This approach not only ensures the health and safety of the consumers but also minimizes the environmental footprint of mushroom cultivation. By promoting home-grown mushrooms, Grow The Funguy helps reduce the carbon emissions associated with commercial farming and transportation. Health and Nutritional Benefits Mushrooms are known for their numerous health benefits, being rich in vitamins, minerals, and antioxidants. They are a valuable addition to any diet, providing essential nutrients while being low in calories. Grow The Funguy’s kits make it easier for individuals to incorporate fresh, nutritious mushrooms into their meals, enhancing their overall well-being. Grow The Funguy is not just another gardening startup; it is a trailblazer in the agri-tech sector. By integrating advanced technology with traditional farming methods, the company has created an efficient process for home mushroom cultivation. This innovation has drawn attention of both gardening enthusiasts and tech-savvy consumers. Beyond selling products, Grow The Funguy is dedicated to educating the public about the benefits and techniques of mushroom cultivation. The startup offers workshops, webinars, and online resources to help individuals learn about growing mushrooms and the importance of sustainable farming practices. This educational outreach fosters a community of informed and passionate home growers who are empowered to make a positive impact on the environment. As Grow The Funguy continues to expand, Adam and Raeesa remain committed to their mission of making home mushroom cultivation accessible and sustainable. The startup plans to introduce new products and services, including advanced cultivation technologies and partnerships with local farmers. Grow The Funguy is more than a startup; it's a game-changer in the agri-tech world and a symbol of sustainable living. Through its innovative solutions and commitment to excellence, this company is set to redefine home mushroom cultivation and spark a new movement of urban farming enthusiasts.

8 Aug 2024

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Harnessing the Utility of the Wind ~ Making It Look Easy

People often call them windmills out of habit, but wind turbines create electricity from wind power. An Englishman has made things more complex by building both—a windmill based on a 12th-century model that also works as a wind turbine. He thinks it can supply power to his entire house from his garden. Gareth Ross Buddell built this structure in his home garden in Swindon. He plans to test how well it works on a windy hillside next. He says that in the past, you could have seen more than 10,000 of these structures across the UK. Wind power comes from the wind. People have used this energy source for ages, and now it stands as the top renewable energy option in terms of setup and output. Scholars call wind power "eolic energy," a name that traces back to Aeolus, the wind keeper in Greek myths. (Source: Google Images) Unlocking the Methodology Via His Statements Made ~ "They'd look amazing," he said to the SWNS news outlet pointing to the slope. "You could use them to get water to the farms up top, or for heat, or run a line to the school for free power." To make sure his designs matched historic ones, Gareth bought over 1,700 survey sketches of the Bourn Windmill in Cambridgeshire, figured out the sizes, and then built a quarter-scale model in his yard. Gareth used his training as a classic boat maker from Falmouth Marine School, which helps in his day job fixing furniture. The windmill is green oak and can turn to face the wind. He made the sails himself from a curtain he got at a secondhand shop. The mill's generator makes 100 amps at 12 volts when it spins at its best speed. While the mill now stands "pretty" on the main road of his hometown Bishopsville, there's not enough wind to turn the sails so he plans to take the portable mill to higher ground to check how well it works. Gareth claims the structure qualifies as "an agricultural building on farmland," leading him to believe it doesn't need planning permission. "I've had no complaints," he stated. "The comments have all been positive." Unlike wind turbines with risky blades that spin, these sails move. Gareth plans to send the design to King Charles to get the eco-minded monarch's thoughts. Besides the Advantages we Cant Overlook the Challenges ~ Wind farms often sit in far-off spots ~ A few setup problems needs to be addressed to get power from these farms to cities where people need it. To cut costs for growing land-based wind power, the country's power lines could be upgraded. This would link windy areas to where people live. Turbines make noise and change how things look ~ Wind farms affect the environment less than regular power plants. Yet, people worry about both. They're concerned about the noise from turbine blades and how wind farms change the look of the land. Wind farms have an impact on nearby wildlife ~While wind projects rank lower than other energy developments when it comes to wildlife effects, study needs to be done on ways to cut down on wind-wildlife encounters. New tech smart placement of wind farms, and ongoing nature studies are helping to lessen how much wind turbines affect wildlife. Wind energy offers many advantages, which explains why it's one of the fastest-growing energy sources in the world. To further expand wind energy’s capabilities and community benefits, researchers are working to address technical and socio-economic challenges in support of a decarbonized electricity future.

26 Jul 2024

Positive Reads

The Dawn of a Solar Revolution: Saule Technologies’ Breakthrough with Printable Solar Cells!

Get ready for a solar revolution! Perovskite photovoltaic (PV) technology is set to redefine the solar energy landscape with its cutting-edge potential. Named after their unique crystal structure, perovskites is a game-changing material for high-performance, cost-effective solar cells. Leading this exciting wave of innovation is Saule Technologies, a Polish startup that's dedicated to producing perovskite solar cells on thin, flexible substrates at low temperatures. This innovative approach promises to deliver green, unlimited power that can significantly improve our lives. Saule Technologies has made remarkable strides in the solar industry, thanks to the pioneering work of Olga Malinkiewicz, the company’s co-founder and CTO. Malinkiewicz discovered and patented a method for printing perovskite on flexible foils, setting the stage for a new era in solar technology. With an international team of scientists and engineers, Saule Technologies has developed a unique architecture and manufacturing process for perovskite solar cells, allowing for versatile and broad applications. The cells can be customized in various shapes and colors, making them suitable for a wide range of applications. The simplicity of their manufacturing process, which is based on printing, ensures eco-friendly processing and easy scaling. Additionally, the use of economical ingredients keeps costs low while maintaining high performance and straightforward infrastructure. Inkjet Printed Pervskite Solar Cells (Source:Google Images) Transforming Industries Saule Technologies aims to integrate perovskite solar cells with existing products to enhance their functionality and efficiency. Since 2014, the company has been working on applying ink-jet printing techniques to fabricate free-form perovskite solar modules. This customization allows the shapes and areas covered by each layer to be tailored to specific requirements, making these modules ideal for the construction industry due to their stability and water resistance. Global Collaborations and Support Saule Technologies has established extensive research and development collaborations with leading international universities in the UK, Israel, Germany, Italy, and Spain. These partnerships have been instrumental in advancing perovskite applications in solar energy harvesting and optoelectronics. With the backing of a Japanese investor, support from the Polish National Centre for Research and Development, and several research grants totaling over EUR 20 million, Saule Technologies is on track to create a large-scale, prototype production line. Early-Stage Product Launches Despite being a relatively young company, Saule Technologies has already achieved significant milestones. The company’s low-temperature method for manufacturing flexible photovoltaic perovskite cells has received international recognition, positioning Saule Technologies as a leader in the field. Their research and development efforts continue to yield promising results, with many early-stage product launches demonstrating the practicality and potential of their technology. Saule Technologies' commitment to sustainability and innovation is paving the way for a greener future, where solar energy is more accessible, efficient, and integrated into our everyday lives. As they continue to develop and commercialize this technology, Saule Technologies is set to play a crucial role in shaping the future of renewable energy.

26 Jul 2024

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Recyclable Clothing: Getting Consumers To Think About Their Purchases!

Materials engineers at the University of Delaware have developed a chemical recycling process to distinguish synthetic fibers like nylon from natural fibers like cotton, offering a potentially ground-breaking approach to clothes recycling. Approximately 10% of the garbage that ends up in landfills worldwide is from the fashion and textile sectors, most of it is not recyclable. Textiles made of nylon, polyester, and spandex release microplastics into the environment regularly, and most municipal recycling facilities lack the machinery necessary to deal with them. There are ways to recycle these clothing, at least in their entirety; however, the fibers cannot be recycled when mixed with wool or cotton. Paving Towards Sustainable Advancement ~ Process Of Recycling! By eliminating pollution, cutting waste, and preserving resources, recycling is essential to ensuring environmental sustainability. Examining recycling's future is more pertinent and fascinating than ever as society grows more conscious of the need for sustainable practices. Technological developments have made recycling operations much more effective and efficient. Automation in sorting and sophisticated recycling technology are examples of innovations that have improved recycling rates and decreased contamination. New recycling techniques that can handle complicated and mixed materials, such as chemical recycling, have also been made possible by these breakthroughs. Recycled Clothing Will Be The New Trend In Coming Years~ (Source: Google Images) “We need a better way to recycle modern garments that are complex because we are never going to stop buying clothes,” Erha Andini, a chemical engineer at the University of Delaware, told MIT’s Tech Review. “We are looking to create a closed-loop system for textile recycling.” Andini is the lead author of a study on a process she’s pioneering, which is out today in Science Advances, that uses a solvent to break the chemical bonds in polyester and nylon and cause the artificial threads to fall away from the natural ones. This allows for ideal recycling conditions for returning both threads to this closed-loop system. This altogether simple microwave energy to activate the solvent makes the process cheaper and more efficient regarding energy consumption. Obstacles Remain ~ Some of the recycled artificial fibers are too deteriorated for additional usage, which results in a substantial loss of value for the process when the recycled product is sold again. The solvent is notably expensive despite the low energy usage, which is the second problem. Andani isn't simply a chemical engineer, though; she is focused on commercializing the approach after receiving a fellowship for entrepreneurship. “Hopefully, once we can get pure components from each part, we can transform them back into yarn and make clothes again,” she says. “It’ll be a matter of having the capital or not, but we’re working on it and excited for it.”

11 Jul 2024

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How PM Narendra Modi’s PET Bottle Jacket Gave a Boost to Sustainable Fashion

Shree Renga Polymers, a Karur-based garment company, has often been in news due to its dedication to environmental responsibility and innovation. Recently, at the Tamil Nadu Global Investors Meet 2024 in Chennai, the company announced plans to invest ₹100 crore in a state-of-the-art PET bottle recycling facility. Prime Minister Narendra Modi's Endorsement: A Milestone for Sustainable Fashion Shree Renga Polymers gained prominence when Prime Minister Narendra Modi wore a jacket made from recycled PET bottles presented by them at key international events like sessions in the Indian Parliament and the G7 Summit in Japan. This not only showcased the company's leadership in sustainable fashion but also garnered widespread acclaim for its innovative blend of eco-consciousness and style. Source: Google Images EcoLine: A Success Story Shree Renga launched their brand EcoLine in 2020, which has become a significant success story. It shows their commitment to incorporating recycled materials into mainstream fashion. The brand resonates strongly with environmentally conscious consumers worldwide. Transforming Waste into Value: The Greenfield Recycling Facility The upcoming greenfield recycling facility is set to be established at Thennilai and Manavasi in Karur. The facility promises to leverage cutting-edge technology to transform waste PET bottles into high-value products such as fibers, yarns, and garments. This expansion is projected to increase the company’s production capacity of Recycled Polyester Staple Fibre (rPSF) by sixfold, reaching an impressive 130 tonnes per day. According to Senthil Sankar, Managing Partner of Shree Renga Polymers, this strategic investment aims not only to meet growing market demand but also to solidify their position as pioneers in sustainable textile manufacturing. The decision to expand comes at a time when global awareness of environmental issues is at an all-time high. Consumers increasingly favor brands that prioritize eco-friendly practices. By integrating PET bottle recycling into their production process, Shree Renga Polymers not only reduces waste but also promotes circular economy principles, where materials are reused and repurposed rather than discarded. Sankar emphasized their aim to demonstrate that sustainable fashion can be accessible and affordable. With nearly 90% of their products priced under $10 and requiring just six PET bottles to create a T-shirt, they are proving that eco-conscious choices need not come at a premium. The expansion project is expected to create approximately 500 new jobs in the region, further contributing to the local economy. This will also reinforce Tamil Nadu’s position as a hub for sustainable industrial growth. The journey towards a greener, more sustainable world begins with innovative initiatives like Shree Renga Polymers’ PET bottle recycling facility.

28 Jun 2024

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Microgrids: Energizing India's Green Airports Revolution

India's aviation industry is positioned for a bright future as the country's passenger flow is predicted to grow at a rate of 7% per year. According to projections, India's domestic aviation passenger count is predicted to increase from 153 million in 2023 to 300 million yearly by 2030. Airports must fight the urgent concerns of climate change while simultaneously streamlining operations, minimizing downtime, and providing seamless experiences, even though the growing number benefits our nation as a whole. However, airports' susceptibility to power outages continues to be a serious risk that could cause delays and irritate customers. Airports all around the world are investing more in microgrid technology as a potent strategic response to these problems, giving them access to a continuous, confined, and independent power source. While the majority of airports aim to reach net zero emissions by 2030 and the worldwide plan of carbon neutrality by 2024, green airport project projects have the potential to significantly speed up India's transition to a decarbonized future. Microgrids: Providing sustainable aviation power ~ Are Microgrids Future Of Airports? (Source: Google Images) Resilience and sustainability in the aviation sector can be greatly enhanced by microgrids. Airports may become hubs for green energy thanks to these state-of-the-art solutions, which open the door to a more energy- and environmentally-conscious future. Microgrids are electrical systems that function similarly to an embedded grid and provide the surrounding area with a fraction of the electricity needed to operate an airport. Their ability to function both independently and in conjunction with the main grid gives them two advantages. They can provide energy even in the event of a grid breakdown or extreme weather. However, microgrids offer far more advantages than merely keeping the lights on. Airports may lower their carbon footprint and utility expenses dramatically by using renewable energy sources like solar and wind. Because microgrid configurations are inherently flexible, airports may make the most of local resources—especially in places like India that receive an abundance of sunlight. Through the utilization of solar energy, microgrids provide robust infrastructure solutions customized to the specific requirements of each location, promoting sustainable energy generation and storage options in line with local emissions reduction regulations. New 'Microgrid' At Pittsburgh International Airport Is A Big, Green Infrastructure Success ~ (Source: Google Images) Therefore, microgrids have the potential to be the cornerstone in the transformation of airports towards sustainability, providing a glimmer of hope in the face of climate hardship. These innovative and strategically deployed localized energy solutions not only strengthen airports against power outages but also create a foundation for a more environmentally conscious and resilient aviation industry that is ready to take off toward a more sustainable and brighter future.

23 May 2024

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How Agricultural Studies Are Changing to Reflect Sustainability and Climate Change

Inclusivity At Best ~ One of the most important aspects of agricultural studies is the inclusion of climate change consequences and remedies in agricultural curricula. To assist students in comprehending how temperature fluctuations, extreme weather events, and changing weather patterns affect agriculture, universities and colleges are introducing climate science into their curricula. With more than 50% of the workforce employed in the country, agriculture is the foundation of the Indian economy. Climate change, which has an impact on crop yields, water availability, and overall agricultural production, presents the industry with substantial problems. As a result, educational establishments are updating their agricultural curricula to incorporate sustainability and climate change adaptation. The goal of this change is to provide upcoming agronomists and farmers with the information and abilities needed to lessen these effects and advance sustainable agricultural methods. Overdrive of Carbon Cycle Presists In India Due to Heavy Load On Resources At Hand ~ (Source: Googe Images) One of the most important aspects of agricultural studies is the inclusion of climate change consequences and remedies in agricultural curricula. These include classes on data analysis, forecasting, and climate modeling, which help students anticipate and adapt to changes in the climate. India, facing significant climate challenges, the Government of India has launched several initiatives to combat climate change and promote sustainability. Some key government efforts in this area are: NAPCC addresses climate change through eight national missions focused on sustainable development. Its core missions are solar energy, energy efficiency, sustainable agriculture, water conservation, and the Himalayan ecosystem Pradhan Mantri Krishi Sinchai Yojana's objective is to ensure “More Crop Per Drop” by promoting efficient water management practices National Solar Mission: Encourages solar energy use to reduce fossil fuel dependence and greenhouse gas emissions Green India Mission: Aim to increase forest and tree cover to restore ecosystems and promote biodiversity conservation and ecosystem services National Water Mission: The objective is to increase water use efficiency by 20% and encourage sustainable water management across sectors FAME India Scheme: Promotes electric and hybrid vehicle adoption to cut vehicular emissions. At the core of the new agricultural curricula is sustainability. Students are being taught by institutions about environmentally friendly and long-term productive sustainable farming methods. These methods include using sustainable energy sources, agroforestry, integrated pest management, and organic farming. The necessity of preserving soil health through techniques like crop rotation, minimal tillage, and the application of organic fertilizers is also emphasized in the curriculum. The newest technical developments, such as precision farming, remote sensing, and Geographic Information Systems (GIS), are being included in agricultural curricula in modern times. These technologies support better production forecasting, crop health monitoring, and resource optimization. Students may help create farming systems that are ecologically friendly and productive by studying these techniques. Promoting Sustainable Farming Practices ~ It's Our Sole Custodian to Be More Responsible ~ (Source: Google Images) Soil Health and Water Conservation Soil Degradation: Unsustainable farming practices have led to soil degradation, which is exacerbated by climate change. Teaching soil health management is crucial to ensure long-term agricultural productivity. Water Scarcity: Efficient water use is vital as water resources become scarce. Educating future farmers on water conservation techniques can help mitigate the impacts of drought and ensure sustainable water use. Building Crop Resilience ~ Diversified Cropping Systems: Encouraging crop diversification can enhance resilience to climate change. By introducing students to diverse cropping systems, they can learn to reduce risk and increase agricultural sustainability. Climate-Resilient Varieties: Developing and adopting climate-resilient crop varieties can safeguard against extreme weather and changing growing conditions. Leveraging Technology and Innovation Advanced Farming Technologies ~ Precision Agriculture: Precision farming technologies, such as GPS and satellite imagery, help optimize resource use and improve crop management. Educating students on these technologies can lead to more efficient and sustainable farming practices. Remote Sensing and GIS: These technologies provide critical data on crop health, soil conditions, and climate patterns, enabling more informed decision-making in agriculture. Digital Agriculture ~ Data-Driven Insights: Big data and analytics can transform agricultural practices by providing insights into weather patterns, soil health, and crop performance. Training students to harness these tools can significantly improve agricultural outcomes. Policy Frameworks and Implementation ~ Agricultural Policies: Understanding the impact of agricultural policies on climate adaptation and sustainability is crucial. Educating students on policy frameworks can help them navigate and influence these policies effectively. Advocacy Skills: Future agricultural professionals must be equipped to advocate for sustainable practices within their communities and at higher policy levels. This includes skills in public speaking, community organizing, and policy analysis. “I’ve starred in a lot of science fiction movies and, let me tell you something, climate change is not science fiction. This is a battle in the real world, it is impacting us right now.” ~ Arnold Schwarzenegger, Actor & Former Governor of California

23 May 2024

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Unearthing the Future of Smart Agriculture: Powering IoT Sensors Through Soil!

In the vast expanse of agricultural landscapes, the Internet of Things (IoT) holds immense promise for revolutionizing farming practices. Yet, amidst this potential lies a significant challenge: how do we supply power to the myriad of IoT sensors scattered across the fields? Traditional power sources are often impractical or insufficient for remote, expansive agricultural environments. However, researchers at Tennessee Technological University in Cookeville have unearthed a groundbreaking solution: transmitting electrical power directly through the soil. The Power Predicament Power constitutes a formidable hurdle in the realm of smart agriculture. Even the most energy-efficient IoT devices need power to track and relay crucial data, from GPS coordinates to soil conditions and pest activity. Various solutions have been proposed, ranging from long-life batteries to solar panels and wind generators. Yet, each comes with its own set of limitations. A Novel Approach: Through-the-Soil Power Transmission Enter the innovative concept of Through-the-Soil (TTS) power transmission. Researchers at Tennessee Technological University have demonstrated the feasibility of this approach by successfully powering remote sensors and long-range LoRa radios deployed across a two-acre test plot over multiple growing seasons. How It Works The TTS system comprises three key components: a power transmitter, one or more power receivers, and multiple sensor modules. The transmitter consists of a surface electrode and a bottom electrode extending deep into the soil. Receivers, equipped with rods driven into the ground, draw power as needed to energize sensor modules. Engineering Ingenuity Engineering ingenuity lies at the heart of the TTS system. Researchers have meticulously optimized power consumption, reducing the daily requirement to a mere 0.1 kWh—a feat made possible by employing a duty cycle of 1 minute on and 59 minutes off. Furthermore, improvements in transmitter design have significantly enhanced efficiency, paving the way for practical implementation. Harnessing the Electrical Properties of Soil Central to the success of TTS is the understanding of soil's electrical properties. Through years of research, scientists have discovered that agricultural soil, enriched with irrigation and fertilization, exhibits superior electrical conductivity. By leveraging this conductivity and optimizing transmission frequencies, TTS achieves remarkable efficiency even across vast expanses of farmland. Towards Commercialization Tennessee Technological University has filed patents for the technology, signaling a clear path towards commercialization. Collaborating with Terra Watts, Inc., researchers are poised to bring this transformative innovation to the forefront of modern agriculture. The Road Ahead As research progresses, the possibilities for TTS continue to expand. With plans to demonstrate power transfer over larger areas, including a 30-acre test site, and exploring avenues for integrated data transmission, the future of smart agriculture looks increasingly promising. The marriage of technology and agriculture holds immense promise for addressing the challenges of food security, sustainability, and efficiency. Through innovations like Through-the-Soil power transmission, we inch closer to a future where farms are not just fields of crops but interconnected ecosystems of data-driven intelligence.

3 May 2024

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Engineering Students Develop Super-Strength Tiles From Banana Fibre for a Sustainable Future!

The versatile banana plant, known for its innumerable uses beyond its fruit, has once again proven its worth in an innovative application. A group of engineering students has harnessed the strength of banana fibre to create tiles that surpass the durability of traditional ceramic tiles. These eco-friendly tiles, crafted by four students from MVJ College of Engineering, are not only incredibly strong but also waterproof, thanks to a special resin coating. Stronger Than Ceramic The banana fibre tiles have demonstrated a staggering strength of nearly seven times that of ceramic tiles. While ceramic tiles typically withstand pressures of up to 1,300 newtons, the banana fibre tiles can endure a remarkable 7,500 newtons, making them a promising alternative for various construction needs. Furthermore, in flexural tests, these tiles registered an impressive 52.37% megapascals, highlighting their exceptional weight-bearing capacity. Durability and Longevity Amit Kumar, one of the masterminds behind this innovative creation, sheds light on the intricate process involved in manufacturing these revolutionary tiles. The key lies in leveraging the high tensile strength of banana fibre and enhancing it further with the incorporation of a hardener and chemical solutions such as calcium carbonate and sodium hydroxide. These additives not only bolster the resistance and tensile strength of the composite but also contribute to its thickness, ensuring durability and longevity. The Process The meticulous construction of these tiles involves stacking multiple layers of banana fibre sheets at strategic angles—0 degrees, 30 degrees, and 60 degrees—to optimize packing density. Subsequently, a vacuum is applied to facilitate tight packing before the resin coating is meticulously applied. This process, meticulously orchestrated by the students, results in tiles that boast unparalleled strength and resilience. The journey from raw materials to finished product spans approximately two months, encompassing meticulous material selection, fabrication of the composite material, and rigorous testing of mechanical properties. Each step is executed with precision and care, underscoring the students' dedication to delivering a superior product. Amit, along with his fellow teammates—Karthik, Parasanna, and Pruthviraja—emphasizes that their innovative tiles are still undergoing rigorous testing before they can be introduced to the market. Various parameters, including water resistance and overall durability, are meticulously evaluated to ensure that the tiles meet the highest standards of quality and performance. This breakthrough extends beyond its immediate application in tile manufacturing. It underscores the immense potential of sustainable materials, such as banana fibre, in paving the way for a greener future. By repurposing agricultural by-products and reducing reliance on traditional materials, initiatives like this offer a glimpse into a more sustainable and eco-conscious world.

30 Apr 2024

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Roads of Tomorrow: How India's Tire Recycling Efforts are Shaping Sustainable Infrastructure

India's automotive industry has long been a powerhouse, boasting the world's third-largest car market. However, with growth comes challenges, and one pressing concern is the mounting tire waste. As of 2025, manufacturers and importers will be required to recycle all end-of-life tires, prompting calls for the adoption of green technologies to tackle this environmental issue. Krishna Propoorna, a researcher from the India Institute of Technology Tirupati, emphasizes the importance of responsible tire disposal. Dumping tires in landfills poses the risk of pest infestation, while incineration can have detrimental environmental effects. Even burying tires can lead to pollution and ecosystem damage. Despite these challenges, hope shines in the town of Vada, situated 75 kilometers outside Mumbai. Here, one of India's leading tire recyclers has pioneered innovative solutions to tackle tire waste. The tire recycling facility specializes in grinding up used tires to produce a material known as Crumb Rubber Modified Bitumen, used to reinforce asphalt for road construction. While the process of recycling tires into road-building material is energy-intensive, requiring high temperatures for rubber processing, the benefits are substantial. Not only does it significantly reduce carbon dioxide emissions compared to regular asphalt, but it also enhances road durability, making it a sustainable solution for India's infrastructure needs. The use of Crumb Rubber Modified Bitumen represents a significant step forward in India's efforts to combat tire waste while simultaneously promoting eco-friendly road construction practices. By repurposing millions of used tires over the past decade, Vada's tire recycling facility has demonstrated the potential for sustainable innovation in waste management. As India continues to grapple with the challenges of rapid urbanization and industrialization, initiatives like tire recycling offer a glimpse into a greener, more sustainable future. With government support and industry collaboration, the country can pave the way for a circular economy that minimizes waste and maximizes resource efficiency.

26 Apr 2024

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This Unique Food Festival Highlights the Battle Against Food Waste!

In our modern culinary landscape, we are able to satisfy our cravings with a mere tap on a screen. Yet, beneath this convenience lies a colossal environmental challenge — the huge waste footprint left behind by our indulgent food habits, dwarfing the waste generated by most industries. Enter Namma Oota (Our Food), a two-day food festival that was hosted by Science Gallery Bengaluru over a weekend, poised as a symbol of hope in the fight against food waste. This event invited us to shed our habit of using disposables and envision a more sustainable future for our food and our planet. At Namma Oota, Bengaluru's brightest sustainable food startups took center stage, showcasing innovative dishes crafted from unconventional sources like seeds, grains, and pulses that are typically discarded after processing. These startups not only offered delicious food solutions but also sparked a conversation about the larger implications of our food choices. Gayatri Manu, Senior Programme Associate at Science Gallery Bengaluru and coordinator of Namma Oota, emphasized the profound connection between food, culture, and emotion. She highlighted the festival's mission to use food as a lens to promote energy-efficient kitchen practices. Source: Google Images Chef and nutrition coach Nayantara Bagla echoed these sentiments, pointing out the shift towards a "click-to-eat" culture among today's young adults. Many lack essential cooking skills or struggle with storing and reusing leftovers, highlighting a critical need for culinary education and empowerment. Bagla challenged our perceptions of "junk food," emphasizing the importance of mindful ingredient selection to minimize waste. She encouraged us to consider the entirety of ingredients we purchase and how they can be utilized fully in cooking. For Nayantara, cooking is more than a daily chore; it's an expression of values and conscious decision-making. Stepping into the kitchen, she believes, reveals much about personal choices and their impact on sustainability. The festival was not merely a platform for culinary exploration but also an educational hub. Interactive sessions included workshops on growing mushrooms in urban settings and crafting probiotic beverages like Kombucha, empowering attendees with hands-on skills to reduce food waste. Source: Google Images Namma Oota transcended the realm of a traditional food festival, offering a holistic experience that combined gastronomy with environmental consciousness. It underscored the urgent need to rethink our food consumption patterns and embrace sustainable practices that minimize waste. It served as catalyst for change, inspiring individuals to become warriors against waste and advocate for a healthier, more sustainable future.

11 Apr 2024

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India Aims to Triple Nuclear Power Generation Capacity by 2030: AEC Chief

India has set an ambitious target to triple its nuclear power generation capacity by 2030, according to the Chairman of the Atomic Energy Commission (AEC), Ajit Kumar Mohanty. This move is part of India's commitment to energy security and sustainable development. With around 7.5 GW of nuclear power currently in operation, India aims to significantly increase its share of nuclear energy in the country's electricity mix by 2047, coinciding with India's 100th year of independence. This article delves into India's plans for expanding its nuclear power program and highlights the milestones achieved so far. Expanding Nuclear Power Capacity for Energy Security and Sustainable Development: Chairman Mohanty emphasized the importance of nuclear energy in achieving India's twin goals of energy security and sustainable development. Recognizing the need for a diverse energy mix, India has taken significant steps to increase its nuclear power capacity. The recent addition of two indigenously designed 700 MW pressurized heavy water reactors at the Kakrapar Atomic Power Project in Gujarat is a testament to India's commitment to nuclear energy expansion. Furthermore, there are nine more reactors under construction, and the government has approved the establishment of 10 additional reactors in fleet mode. Milestones and Technological Advancements: India's nuclear power program has achieved several significant milestones. Notably, the country reached a historic milestone with the "core loading" at its first indigenous fast breeder reactor (500 MWe), marking the entry into the vital second stage of the three-stage nuclear power program. This achievement showcases India's scientific and engineering capabilities. Additionally, India is exploring the development of small modular reactors, further enhancing its technological prowess in the nuclear energy sector. International Cooperation and Civil Nuclear Partnerships: India is committed to full international civil nuclear cooperation to meet its development needs. The AEC chief highlighted India's engagement with foreign companies in discussions to expand the nuclear energy program. This collaboration allows India to leverage global expertise and resources for the growth of its nuclear power sector. By fostering international partnerships, India aims to enhance its nuclear capabilities and contribute to global efforts in mitigating climate change and achieving sustainable development goals. Challenges and Roadmap to Achieve the Target: While India's ambition to triple its nuclear power generation capacity is commendable, it also faces certain challenges. These challenges include ensuring the safety and security of nuclear facilities, addressing public concerns, and managing waste disposal. However, India's roadmap for achieving its target includes the construction of new reactors, research and development in advanced nuclear technologies, and strengthening regulatory frameworks. The government's focus on indigenous design and construction of reactors will further drive the country's nuclear energy expansion. Benefits of Nuclear Power: Nuclear power offers several advantages, including low carbon emissions, energy security, and base-load power generation. As a clean energy source, nuclear power plays a crucial role in reducing greenhouse gas emissions and combating climate change. It also provides a stable and reliable source of electricity, contributing to India's energy security. With nuclear power's ability to generate electricity continuously, it helps meet the growing energy demands of a developing nation like India.

28 Mar 2024

Positive Reads

Weaving Tradition, Building Futures: How Hari Dharti is Changing Lives in Anegundi

In the tranquil village of Anegundi, Karnataka, nestled amidst the picturesque landscape near the historic site of Hampi, a remarkable transformation is underway. Here, amidst the towering trees and the gentle rustle of leaves, lies the Common Facility Centre of Hari Dharti Rural Development Society. At first glance, it may seem like any other rural workshop, but a closer look reveals the vibrant spirit of creativity and empowerment that permeates every corner. As you approach the entrance, your senses are greeted by the earthy aroma of cow dung, carefully smeared on the ground and adorned with intricate rangolis and vibrant marigold flowers. Inside, the air is alive with the rhythmic hum of conversation as women of all ages, their hands deftly weaving, create an array of eco-friendly products from ropes made of banana crop waste. Among them is Sofiya Begum, a 23-year-old resident of Anegundi, whose journey into the world of weaving began at a young age. She mentioned that she had dropped out of school in the seventh standard when she was 13, and had been trained to weave and earn a living. Sofiya's story was not unique in Anegundi, where tradition and entrepreneurship had long been intertwined. Anegundi, meaning the elephant pit in Kannada, holds a special place in the annals of history as the original capital of the Vijayanagara Empire. Dating back to the 14th century and earlier, this ancient village has witnessed the rise and fall of kingdoms, its rich heritage immortalized in the pages of the Ramayana epic. Today, Anegundi is home to 399 members of Hari Dharti Rural Development Society, a collective of artisans and entrepreneurs from Anegundi and surrounding villages in the Kishkinda region. Led by The Kishkinda Trust, this initiative was born out of a desire to create a society of small businesses that would empower women and preserve the pristine environment. G Nandini, the craft-coordinator at The Kishkinda Trust, beamed with pride as she shared the success story of the banana fibre craft industry in Anegundi. She explained that the area around Anegundi was known for its banana plantations, and the bark of the banana tree that was usually discarded was gathered by the makers of the rope. She further elaborated that about 80 women of Hari Dharti made the finest quality of hand-twisted rope in the country today, which was greatly sought after. Shama Pawar, the founder of The Kishkinda Trust, highlighted that Hari Dharti aimed at more than just financial independence. She emphasized the significance of nurturing entrepreneurship at the grassroots level and enabling women to own and operate their businesses independently. She stated that the ultimate goal of Hari Dharti was to enhance the capacity of entrepreneurs and small businesses at the grassroots level, with a focus on empowering women not only economically but also socially and culturally. As you wander through the bustling workshops and training sessions of Hari Dharti, it is clear that this initiative is not just about preserving tradition but also fostering innovation. Heritage structures have been repurposed into business incubators, and traditional crafts have been infused with new life. But perhaps the most remarkable aspect of Hari Dharti is its ripple effect on the community. As Pawar reflects on the transformation she has witnessed over the years, she is filled with hope for the future. "When I first came here in 1997, there were rarely any women walking outdoors by themselves," she says. "Now we find them, walking tall, head held high, valuable members not just of their families, but also of the village, the district, and ultimately the nation." In Anegundi, the journey towards empowerment is far from over, but with each basket woven and each entrepreneurial dream realized, the women of Hari Dharti are writing a new chapter in the history of their village.

7 Mar 2024

Positive Reads

Women Lead Sustainable Transformation in Mumbai's Pali Hill Neighborhood for Over 2 Decades!

In the bustling city of Mumbai lies Pali Hill, a group of eight determined women set out on a mission to redefine their neighborhood. The Pali Hill Residents' Association (PHRA) was born out of a shared vision for a cleaner, greener, and safer community. What fueled their passion and inspired this transformative journey? These women were deeply concerned about the environmental degradation and lack of sustainable practices in their area. Witnessing the mounting garbage crisis and the deteriorating state of their neighborhood, they decided to take action. Motivated by their love for the community and a drive for positive change, the PHRA embarked on a journey that would span over two decades. Overcoming Challenges and Achieving Milestones The journey of the PHRA was not without hurdles. Initially they met with skepticism and resistance. Yet,the women of PHRA tirelessly engaged with residents, civic officials, and law enforcement. Their persistence paid off as they successfully implemented door-to-door garbage collection and waste segregation programs. This initiative resulted in a remarkable reduction in daily waste reaching dumping grounds—from 2.2 tons to 800 kg—a feat worth celebrating. However, their commitment to sustainability didn't halt at waste management. The association established an innovative biogas plant, an exemplary move that converted wet waste into valuable energy. The success of this plant not only powered street lights but also generated electricity worth Rs 8-10 lakh annually. The PHRA handed over the plant's operations to the Brihanmumbai Municipal Corporation (BMC) in 2021, marking a significant milestone. Additionally, the PHRA focused on enhancing security measures, maintaining cleanliness through flower bed upkeep, and preventing tree cutting and road diggings—actions that contributed to a holistic approach to community sustainability. Recognition and Beyond The exceptional efforts of the PHRA did not go unnoticed. Various esteemed organizations, including the Ministry of Environment Forest and Climate Change and the Ministry of Housing & Urban Affairs, recognized and applauded their remarkable achievements. Their story serves as an inspiration and a testament to the power of collective action in driving positive change. The PHRA’s story highlights the capacity for change within communities and acts as a guiding light for individuals dedicated to building a more sustainable and improved world.

10 Jan 2024

Positive Reads

Architects Embark on an Innovative Approach to Construction Using Traditional Indian Methods

Dhruvang Hingmire and Priyanka Gunjikar, a couple of architects based in Pune, have embarked on an innovative approach to construction by using India's traditional methods. Their firm, 'Building in Mud,' focuses on creating cement-free, eco-friendly homes that remain cool even in hot weather due to the use of natural materials and lime plaster. Unlike conventional architects, Hingmire and Gunjikar personally build homes and employ local labor and construction techniques. Their approach involves utilizing all-natural materials available at the construction site, completely forgoing the use of cement. Instead, they rely on lime plaster as a binding agent, allowing the houses to maintain their sturdiness and coolness. The decision to use lime plaster instead of cement is driven by environmental concerns and the desire for a rustic aesthetic. Cement obstructs the natural breathability of the walls, causing them to heat up significantly. Lime, on the other hand, possesses better thermal insulation properties and is recyclable. Hingmire's inspiration for this unconventional path in architecture came during a college trip to Satara, where he encountered an elderly woman living in a dilapidated house. Determined to make a difference and build homes, he and Priyanka conduct thorough assessments of project locations, studying the available materials, technology, and surrounding area. With a core structure completion time of around four months and an additional four to five months for finishing the interiors, Hingmire and Gunjikar are successfully creating sustainable homes that blend traditional methods and environmental consciousness. Their unique approach to construction showcases the possibilities of eco-friendly architecture and highlights the potential for a more sustainable future in the housing industry.

6 Jan 2024

Positive Reads

MS Swaminathan: The Pioneering Architect of India's Green Revolution

In the annals of India's agricultural history, one name stands out as the visionary behind the nation's remarkable transformation in the field—MS Swaminathan. Often referred to as the "father of India's Green Revolution," Swaminathan's tireless efforts and scientific innovations have played a pivotal role in ensuring food security for millions and revolutionizing farming practices for sustainable growth. Born on August 7, 1925, in Kumbakonam, Tamil Nadu, Swaminathan's journey as a scientist and agricultural leader began with his pursuit of a doctorate in genetics from the University of Cambridge. However, it was his return to India and his work at the Indian Agricultural Research Institute (IARI) in the 1960s that would leave an indelible mark on the country's agricultural landscape. The Green Revolution, a period of remarkable agricultural growth that began in the mid-1960s, was Swaminathan's brainchild. Faced with the challenge of feeding a rapidly growing population, he championed the use of high-yielding varieties of seeds, along with improved irrigation and modern farming techniques, to boost crop production. His research and advocacy efforts focused on wheat and rice, two staple crops crucial for India's food security. Swaminathan's groundbreaking work in developing and promoting high-yielding varieties such as the "Miracle Rice" and "Miracle Wheat" not only increased crop yields but also helped alleviate poverty and hunger. Farmers who adopted these improved varieties experienced significant improvements in their livelihoods, leading to a transformative impact on rural communities across the country. However, Swaminathan's contributions extended beyond crop varieties. He recognized the importance of integrated farming systems, where agriculture is combined with animal husbandry, fisheries, and forestry to create sustainable and holistic farming practices. His emphasis on agroecological approaches, organic farming, and conservation of biodiversity further solidified his reputation as a champion of sustainable agriculture. Swaminathan's philosophy was rooted in the idea of "evergreen revolution," which aimed to ensure that agriculture not only meets the present needs but also sustains future generations. He advocated for the empowerment of small-scale farmers, women, and marginalized communities, emphasizing the need for equitable access to resources, knowledge, and technology. Throughout his career, Swaminathan had held several key positions, including serving as the Director-General of the Indian Council of Agricultural Research (ICAR) and Chairman of the National Commission on Farmers. His expertise and influence extended beyond India's borders, as he had played an instrumental role in shaping global agricultural policies and fostering international collaborations. Recognized with numerous accolades and honors, Swaminathan's contributions had earned him the moniker "Father of the Green Revolution in India." His work had not only transformed India's agricultural landscape but has also inspired similar initiatives in other developing countries facing food security challenges. Today, as India grapples with new agricultural and environmental challenges, Swaminathan's vision remains as relevant as ever. His emphasis on sustainable farming practices, climate-resilient crop varieties, and farmer-centric policies continues to guide agricultural research and development efforts in the country. As we reflect on the achievements of MS Swaminathan, it becomes evident that his legacy extends far beyond scientific breakthroughs. His unwavering commitment to the welfare of farmers, food security, and sustainable development has left an indelible imprint on India's agricultural narrative. The lessons learned from his pioneering work will continue to shape the future of Indian agriculture, ensuring a prosperous and sustainable future for generations to come.

4 Oct 2023

Positive Reads

Solar-Powered Mini Tractor Sparks Agricultural Revolution in Karnataka, Paving the Way for Sustainable Farming

In a bid to overcome labor shortages and embrace sustainable farming practices, farmers in Karnataka are turning to innovative solutions such as solar-powered mini tractors. Channabasappa, a progressive farmer from Siddavvanadurga village, has emerged as a pioneer in this endeavor, successfully cultivating various crops using the solar-powered tractor. By substituting traditional bull-driven tilling methods with the solar tractor, Channabasappa has not only saved significant costs but also reduced reliance on fossil fuels. The mini tractor, which can operate for eight hours on a full charge, is lightweight, compact, and adaptable to any type of crop. The solar tractor project received financial support from the SELCO Foundation, which covered the majority of the cost amounting to Rs 2.09 lakh. Channabasappa contributed Rs 65,000 towards the equipment expenses. The success of this initiative has garnered attention from the public, with the solar-powered tractor becoming a symbol of sustainable and labor-efficient farming practices. Speaking about his decision to embrace solar energy in agriculture, Channabasappa emphasized the need for the agricultural sector to progress in line with the rest of the world. He highlighted solar energy as a viable alternative to fossil fuels for mechanizing farming operations. The adoption of solar-powered mini tractors not only addresses labor challenges but also promotes eco-friendly farming practices, contributing to a more sustainable and resilient agricultural sector in Karnataka. With the success of Channabasappa's venture inspiring other farmers, it is evident that such innovative solutions have the potential to transform the future of farming in the region.

22 Sep 2023

Positive Reads

From Leaves to Feasts: How Papla Rewrites the Eco-Friendly Dining Experience!

Tired of the same old party scene with plastic or thermocol plates? Let's introduce you to an eco-friendly and health-conscious alternative: Areca plates, the brainchild of Devakumar Narayanan and his wife Saranya. These plates are made from the sturdy sheaths of Areca (betel nut) tree leaves, reviving a tradition that dates back to ancient India. In a world where environmental concerns are growing, Papla, their innovative company, stands out. Areca leaves, along with banana, sal, and banyan leaves, were once used to craft plates and bowls in India. Papla brings this heritage back to life with a modern twist, producing plates, bowls, spoons, and even wedding invites from these biodegradable materials. What sets Papla apart is its commitment to local communities and sustainability. The leaves are sourced from plantations in Kasargod and neighboring Karnataka, benefiting local farmers economically. The benefits of Areca plates are astounding. They're natural, chemical-free, and sturdy enough to handle any meal. Plus, they're microwave-safe and won't alter the taste of your food. Best of all, no trees are harmed in their production. These plates are not just an eco-conscious choice; they're a durable, leak-proof, and affordable option. Papla's dedication is evident, and their production capacity is set to soar from 2000 to 10,000 pieces per day. The pandemic didn't slow them down; they embraced creativity, upcycling everything from coconut shells to shoes. In a world where our actions directly impact the environment, choosing Areca plates from Papla isn't just about dining; it's about making a statement for a greener, healthier tomorrow.

17 Aug 2023

Positive Reads

Rainforest Rescue: How Artificial Intelligence is Bolstering Efforts to Preserve the Amazon

Artificial intelligence (AI) is being used to conserve the Amazon rainforest by detecting and tracking threats at a level as small as a single tree. Previously, it might take months or even years before an illegal logging operation or an incursion by cattle farmers was spotted. Now, these can be picked up before the first whine of the chainsaw. In the Brazilian state of Acre, indigenous forest agents from the Shanenawa people are using drones and GPS monitoring in collaboration with a sophisticated AI tool. Developed by Microsoft and Brazilian non-profit Imazon, it helps predict where incursions look likely to occur, allowing local people to nip them in the bud. Companies are utilizing AI tools to drill down through a huge range of data – from satellites, radar, on-the-ground monitoring, and more besides – to spot where an individual farmer on a remote plot of land in Borneo, might be starting to clear forest for palm, allowing time for prompt intervention. This kind of detailed observation is now being used by companies under pressure from activists, consumers and, increasingly, investors and governments, to prove that their supply chains are ‘deforestation-free’. AI is helping to conserve the planet’s last remaining wild places and improve human health. It can even anticipate the outbreak of wildfires, allowing intervention before they explode out of control. It is important, however, to bear in mind that the unrestrained use of artificial intelligence can bring damage to the planet. Therefore, there is an urgent need for greater transparency and democratic control, for robust ethical guidelines to govern its use.

28 Jul 2023

Positive Reads

Sustainable Eating Redefined: Embracing Meat and Dairy to Save the Planet - A New Eco-Friendly Diet

The World Wildlife Fund’s (WWF) new report, Eating for Net Zero, suggests that a healthy, sustainable diet could reduce global greenhouse gas emissions by 36 per cent and biodiversity loss by 20 per cent compared to the average UK diet. The report suggests small shifts in British eating habits could result in huge wins for our health, wallets and the planet without giving up meat and dairy. The plan includes 69 per cent less meat, 25 per cent less dairy, and 32 per cent less eggs, but 83 per cent more ‘lower-footprint seafood’ such as mussels and sardines, a 50 per cent boost in beans and pulses, and 45 per cent more fruit and veg. Currently, 30 per cent of global greenhouse gas emissions come from food production. Over-reliance on meat and intensive farming practices are taking a heavy toll on soil health and biodiversity. However, the WWF says that we can eat our way towards a healthier planet with a few simple dietary changes. Besides the gains to planetary health, mass adoption of the recommendations would ease the burden on the NHS, which currently spends £6bn on diet-related illness and obesity, while also enabling the shift to nature-positive farming. The report suggests that achieving a healthy, sustainable diet is possible without everyone having to go vegetarian or vegan. It starts with a rethink of government dietary guidelines, combined with committed example-setting through public procurement of quality, sustainable foods for schools, hospitals, care homes and other public institutions.

28 Jul 2023

Positive Reads

From Windmills to Solar Power: India's First Village to Become a Beacon of Green Energy

In a remarkable display of innovation and forward-thinking, the village panchayat of Odanthurai set a shining example of sustainable living. Taking the lead in renewable energy adoption, they constructed their very own 350kW windmill, becoming the first village in the country to do so under the remunerative enterprises scheme. This ambitious project, with an investment of Rs 1.7 crore, proved to be a resounding success. Located near Udumalpet in Tamil Nadu, the windmill has been exceeding expectations, generating an impressive 8 lakh units of electricity annually. To put this into perspective, the power requirement for Odanthurai stands at approximately 4.5 lakh units. With such surplus power at hand, the panchayat has taken the proactive step of selling the excess energy to the state grid. Under the visionary leadership of former panchayat president, R Shanmugam, the decision to opt for a windmill under the remunerative enterprises scheme was a groundbreaking move. While other panchayats pursued revenue-generating ventures like constructing shopping complexes, Odanthurai prioritized sustainable energy solutions. This remarkable achievement has not only secured an uninterrupted power supply for the village, but it has also propelled them toward self-sufficiency. A testament to their commitment, Odanthurai now boasts 65 solar streetlights and a 9 kW biomass gasifier, enabling them to pump drinking water and meet additional energy needs. The success story of Odanthurai village panchayat has captured the attention of neighboring communities and serves as a model worth emulating. As the importance of power in driving development activities cannot be overstated, the need to harness renewable energy resources has become paramount. Odanthurai's pioneering efforts stand as a shining beacon, inspiring communities across the nation to explore sustainable energy solutions and pave the way for a greener future.

28 Jun 2023

Positive Reads

Majestic Marvel in the Desert: This Girl's School Redefines Architectural Brilliance

In the enchanting Thar Desert, the Rajkumari Ratnavati Girl's School stands as an amazing creation, seamlessly blending with its arid surroundings. Designed by Diana Kellogg Architects, this awe-inspiring structure symbolizes a beacon of knowledge and education in the remote Kanori community near Jaisalmer. At the heart of this architectural masterpiece lies a sanctuary for young girls to pursue their dreams. In a province like Rajasthan, where the literacy rate barely reaches 32%, this school aims to empower young girls and their mothers, providing them with a brighter future while promoting sustainability. The visionary behind this exclusive initiative is Michael Daube, the founder of CITTA, who recognized the importance of granting the girls of rural Jaisalmer their fundamental right to education. Collaborating with the iconic architect Diana Kellogg, based in the United States, Daube embarked on this challenging project, overseeing its inception and completion. Crafted to withstand the extreme desert temperatures, the school incorporates innovative technologies that automatically regulate overheating, enabling it to endure scorching temperatures of up to 55 degrees Celsius, while keeping the premises cool. Kellogg conceived a stunning oval arcade which symbolizes the universal emblem of femininity, representing an infinity sign giving birth to an egg-like form. Covering an area of almost 9,000 square feet, the school features a curved design crafted by local craftsmen, who happen to be the fathers of the girls themselves. The entire structure, along with its architectural elements, has been carved from locally sourced yellow sandstone. With a focus on sustainability, rainwater harvesting techniques were implemented, and a rooftop solar canopy provides electricity for the building, further enhancing its sustainability. The fort-like structure of the school amidst the barren desert encompasses three impressive elliptical elements. The massive outer wall forms the backbone of the building, while an inner wall surrounds the classrooms and other areas, enclosing a central courtyard. Perforated sandstone walls protect the school premises from the scorching sun and desert dust, creating a shaded and clean courtyard where the girls can play even during the hot summer months. The interior of the classrooms exude warmth, with beige wooden doors, chocolate brown boards, and furniture that perfectly complements the overall design. Recessed circular spaces within the walls serve as artistic architectural elements, doubling as seating areas and leisure nooks for the girls. To add a touch of elegance to the school uniforms, renowned designer Sabyasachi Mukherjee drew inspiration from the intricate and enigmatic patterns of Ajrakh woodblock prints. The Rajkumari Ratnavati Girl's School represents a promising future for underprivileged girls and women in rural Jaisalmer. It serves as an architectural splendor in rural India, inspiring future projects aimed at empowering communities through education.

26 Jun 2023

Positive Reads

Earth Day 2023: What Can We Do to Save Our Planet?

After a few days of scorching heat in Bengaluru, which is quite unusual for the city popular for its cool and pleasant weather, I suddenly was distracted from my work by a whiff of cool scented breeze- it was the fragrance of wet soil. My joy knew no bounds as I rushed out and took in the fresh cool scented breeze. It was going to rain! As I waited in excitement I thought about my loved ones in different states who had been complaining about the unbearable heat this year. It is pretty obvious why we need to reconsider our interactions and our relationship with Mother Earth. Last month, the IPCC released a report saying that humans are causing the Earth's climate to worsen which will lead to more extreme weather like heat waves, floods, droughts, and storms. Well, most of us have already been affected by these catastrophic effects of climate change.The clock is ticking, and if we don't act fast, we'll be facing a climate catastrophe that's beyond repair. In 1970, Earth Day was created to educate people about environmental issues. Now, it has become a global celebration that in some places, lasts an entire week.This year, Earth Day falls on Saturday, April 22 and the theme is “Invest in Our Planet”. More than a billion people celebrate Earth Day every year to raise awareness about environmental issues and protect the planet from problems like pollution and deforestation. The Earth is heating up at an alarming rate. At 1.1°C of global warming, we still have time to turn things around. By halving greenhouse gas emissions by 2030 and prioritizing sustainable development we can make a real difference. The next ten years are critical, and it's up to us to take action. Let's rally together to protect and restore our forests, rivers and reduce our dependence on fossil fuels. It's inspiring to see so many people and organizations already taking steps towards this goal, but we can't stop there. Together, we can make a difference and secure a brighter future for ourselves and generations to come.

21 Apr 2023

Positive Reads

Rivers Must Flow: Bold Action Needed on World Water Day

March 22nd marks a pivotal day for our planet: World Water Day. It's a time when people from all corners of the globe come together to raise awareness about the importance of freshwater and advocate for sustainable management of our precious water resources. It's a day when the future of our rivers hangs in the balance. For years, our rivers have been under severe threat from overexploitation, pollution, and climate change. These vital waterways are the lifeblood of our planet, providing essential resources for our daily lives, from drinking water to irrigation. But, unless we take immediate action, our rivers will continue to face an uncertain future. One of the most effective ways to protect our rivers is through planting trees to promote healthy river ecosystems. Trees are vital for the health of our rivers. They help to reduce soil erosion, which can cause sediment to build up in rivers. Trees also provide shade, which helps to regulate water temperatures and reduce the risk of harmful algal blooms. Furthermore, trees help to improve the water-holding capacity of the soil, reducing the risk of flooding and erosion. Planting trees along riverbanks and in riparian areas is an effective way to protect our rivers. Riparian areas are the transitional zones between land and water, and they are some of the most ecologically diverse habitats in the world. Planting trees in these areas helps to stabilize the soil, reduce erosion, and provide a buffer against pollution and runoff. Furthermore, reducing the amount of pollution entering our rivers is critical for their protection. Reducing the use of harmful chemicals such as pesticides and fertilizers, and properly disposing of waste can help to improve water quality. On this World Water Day, we must all come together and recognize the importance of conserving water to save our rivers. It's time to take bold and decisive action to safeguard these precious waterways for future generations. Let's take a stand and make a difference by promoting sustainable water management practices and embracing innovative solutions that protect our rivers from harm. Because, in the end, the fate of our rivers is the fate of our planet.

22 Mar 2023

Positive Reads

This Amazing Japanese Technique Helps One To Get Wood Without Cutting a Tree!

The Japanese technique of Daisugi is an eco-friendly wood production method through which wood is produced without cutting down trees entirely. The term ‘Daisugi’ roughly translates to ‘Platform Cedar’ where the trunk of the tree remains intact while the shoots are pruned to sprout new trees in its place. Daisugi is a shining example of sustainable forestry and this method has been in practice in Kyoto, Japan for around 700 years. The plants are grown on cedar trees as giant bonsai. The pruning of shoots gives rise to new trees which grow straight and in a uniform manner that’s suitable for construction purposes. This process is more cost-effective than the standard way of entirely felling trees as there is no delay in growing a plant again and becoming a tree. Daisugi type wood is highly sought after in the market because it is more flexible and durable than other forms of wood. If applied properly, the method can stop deforestation and provide the perfectly round, straight timber known as taruki, which is used for the roofs of Japanese teahouses. Around Japan, there are also smaller, decorative daisugi, although keeping them up can be costly and time-consuming. Daisugi seems to have become a part of Japanese culture as it is reflected in their paintings and other art forms.

1 Dec 2022

Positive Reads

Six Environment-Friendly Business That Renders More Than Just Profit

While industries all over the world are trying to reduce their carbon footprint to mitigate the growing adverse impacts of global warming, even small businesses are doing their bit by adopting eco-friendly measures. The urgency to protect and conserve the environment has also led to the inception of many new business enterprises that benefit from people’s awareness about using eco-friendly products and has given rise to business opportunities that use the ‘reduce, reuse, recycle’ motto that proves to be helpful to the environment. Here are some sustainable business ventures that you can benefit from: Start an organic store As more and more people are eager to junk products containing chemicals, the popularity of organic products is on the increase. Customers are even willing to shell out more money in return for healthy and organic food items or natural cosmetics. There are many organic grocery chains doing good business in many cities across the country, but they never seem to be enough. Therefore, opening an organic product store seems to be a very good business opportunity in present times. Remodeling Furniture This business involves reusing and designing discarded furniture or materials in such a way that the end product is of better quality and attracts higher value than the original. Any person having a flair for style and design can start this lucrative business. All you need to do is acquire old furniture and refurbish it into something modern and chic. You may also require the services of skilled carpenters and designers. Opening a store for used books A large number of trees are cut all over the world to manufacture paper. As the forest cover in our country continues to deplete, it has become imperative to save trees. One important step to save trees is to use paper prudently because paper is made from wood pulp derived from trees. Along these lines, you can open a book store to sell old books. Such stores are popular in many places as people prefer to buy old books at a discounted rate rather than spend more money on buying new books. Besides that, it is also sustainable to use old books than buying new ones. Upcycling and reusing electronic items When an electronic item like mobile phones, computers, televisions, laptops or tablets is damaged, most people tend to discard them and buy new ones. However, sometimes the issue with these items might be as simple as broken wires or dirty circuit boards, etc. which can be easily repaired and reused. Here you can find a business opportunity. All you have to do is hire a skilled expert to repair these machines and then you can sell them online or through agents. Complete disclosure and money-back guarantee will help you gain trustworthiness from your customers and ensures and maintains your reputation in this field. Selling eco-friendly toys Nowadays, parents are wary of buying toys due to the presence of chemicals in the colors and toxins in the materials used in toys. They become hazardous as children tend to take the toys to their mouths and may bite or lick them. You can start a business for selling toys made from natural and eco-friendly products like wood, bamboo or recycled plastic. These are not only safe and durable but also environmentally ethical and setting up such a toystore is likely to be successful. These business ideas if implemented will, apart from the profit, give you a sense of great satisfaction as your work will be always in tune with nature.

27 Sep 2019

Positive Reads

Star Citizens

‘Richest Farmer of India’ Title Goes to Nituben Patel at MFOI Awards 2024, Heralding a New Age of Women in Agriculture

Nituben Patel, a visionary farmer from Rajkot district, Gujarat, has been crowned the ‘Richest Farmer of India’ at the Millionaire Farmer of India (MFOI) Awards 2024. Organized by Krishi Jagran and the Indian Council of Agricultural Research (ICAR), the event celebrated innovators in agriculture from across the country.Patel’s achievement was lauded by Union Minister Nitin Gadkari, Mahindra’s Ujjwal Mukherjee, Krishi Jagran’s M.C. Dominic, and other dignitaries at the IARI Grounds in New Delhi. Her recognition serves as a shining example of how women are not just contributors but pioneers in transforming the agricultural landscape of India.Nituben’s Journey to the TopBorn in a small village in Rajkot, Nituben’s life is an inspiring story of resilience, innovation, and passion for sustainability. As the founder of the Sajeevan Foundation, she has spearheaded several impactful initiatives that blend tradition with forward-thinking practices.One of her flagship projects, Plastic-Free Rajkot, aims to reduce single-use plastic by distributing 10,000 cotton bags annually. This helped to instill eco-consciousness among local communities. Nituben also organizes tree plantation drives every year, planting over 1,000 trees with active student participation to foster environmental values in the younger generation.Through her ‘Rushi Krushi’ initiative, Nituben has educated over 10,000 farmers across India about organic farming, advocating for pesticide-free, natural agricultural methods. Her tireless work is helping farmers adopt sustainable practices that improve yields and safeguard the environment.Under Nituben’s leadership, the Sajeevan Foundation has achieved remarkable milestones, redefining the agricultural sector in Gujarat and beyond.Source: Google ImagesFarm-to-Plate RevolutionShe has introduced a Farm-to-Plate model in Rajkot, creating a seamless connection between organic farmers and consumers. This model ensures fair pricing for farmers while delivering fresh, organic produce to customers, setting a benchmark for agricultural entrepreneurship.Boosting Farmer CollaborationsNituben’s foundation has registered 84 Farmer Producer Organizations (FPOs) within just 45 days, fostering a collaborative ecosystem for organic farmers. Her work with the Government of Gujarat to implement the Internal Cluster System (ICS) has enhanced traceability and significantly lowered production costs for farmers, making organic farming more accessible. The Millionaire Farmer Awards: A Celebration of Agricultural InnovationThe MFOI Awards 2024 brought together over 1,000 participants, including policymakers, industry leaders, research scholars, and progressive farmers, to honor excellence in agriculture. From a staggering 22,000 nominations, 400 exceptional individuals were recognized, with 1,000 more awards to be presented at state-level events.Nituben Patel’s crowning as the ‘Richest Farmer of India’ sends a powerful message that gender and background are no barriers to success in agriculture. Her groundbreaking work has positioned Gujarat as a hub for natural farming and inspired countless farmers to follow her lead.So, the next time you see a thriving green field, remember the story of Nituben Patel—the woman who dared to dream big and changed the face of Indian agriculture.Nituben Patel, Richest Farmer of India, Millionaire Farmer of India Awards, sustainable agriculture, women in farming, organic farming, Sajeevan Foundation, plastic-free initiatives, natural farming, farm-to-plate model, Gujarat agriculture

6 Dec 2024

Star Citizens

How ‘The Nest Man of India’ Is Inspiring Generations To Protect Nature

In a world where cities often overshadow the natural environment, one man has taken a stand to ensure that our feathered friends have a safe place to call home. Rakesh Khatri, affectionately known as the "Nest Man of India," has made it his mission to protect and preserve the bird population, particularly sparrows, which have faced a significant decline in recent years. Through his innovative use of sustainable materials, Khatri has crafted thousands of birdhouses. He has earned national and international recognition for his efforts.From Filmmaker to Environmental ChampionBefore dedicating himself to environmental conservation, Rakesh Khatri was a documentary filmmaker. However, in 2008, he quit his filmmaking career to focus entirely on the dwindling sparrow population in urban areas. With a determination to make a difference, Khatri embarked on a series of experiments, eventually developing a birdhouse design using bamboo, cloth, jute, and cotton—materials that not only mimic natural habitats but also boast an adoption rate of over 85%.Eco Roots FoundationKhatri soon recognized the need for a structured approach to his conservation efforts. This led him to establish the Eco Roots Foundation, an NGO headquartered in Delhi but with a nationwide reach. The foundation's mission goes beyond just bird conservation; it encompasses a broader vision of environmental and ecological preservation, rural development, and community well-being. Under Khatri's leadership, Eco Roots Foundation has launched numerous initiatives focused on sparrow conservation, water conservation, and e-waste management, among other critical environmental issues.One of the core objectives of Eco Roots Foundation is to engage with younger generations. Khatri believes that by educating and involving school and college students, as well as corporate employees, in environmental conservation, the foundation can create a lasting impact. This approach has led to the foundation's involvement in innovative projects supported by various corporate and institutional partners.Source:Google ImagesAchievements and RecognitionRakesh Khatri's dedication to environmental conservation has not gone unnoticed. He has been honored with several prestigious awards, including the National Science Award 2020. His work has also been featured twice in the Limca Book of World Records—once for conducting climate change theatre workshops across 24 cities in 17 states, engaging over 112,000 children, and another for a similar initiative focused on water conservation involving 94,000 girls.Moreover, in 2012, Khatri and his team were recognized for creating over 120,000 handmade jute nests during workshops with students, a feat that earned them the International Green Apple Award. The foundation's efforts have also been acknowledged by the Earth Day Network and the International Union for Conservation of Nature (IUCN). In 2019, Khatri's work even found its way into the ICSE Board English Course Book.As the driving force behind Eco Roots Foundation, Rakesh Khatri continues to lead with a vision that extends far beyond bird conservation. His foundation's programs are designed to raise awareness and inspire action on environmental, ecological, and biodiversity conservation. Additionally, the foundation actively promotes afforestation, women empowerment, rural development, and sustainable livelihood practices.As the "Nest Man of India," Khatri's legacy will continue to soar, much like the sparrows he has tirelessly worked to protect.

21 Aug 2024

Star Citizens

How Craste is Turning Waste into Wealth for a Sustainable Future!

During his postgraduate studies in chemical engineering at the Imperial College in London, Shubham Singh was struck by a disheartening news report: Delhi had become one of the most polluted cities in the world. This information sparked Singh’s determination to explore the root causes of this environmental crisis, leading him to identify crop burning as a major contributor. Singh noted that crop burning is a significant problem in India, particularly in the northern regions. He cited the Ministry of New and Renewable Energy, which reported that the country generates an average of 500 million tonnes (MT) of crop waste annually, compared to the global plastic waste generation of 300 MT each year. With a research background in sustainable materials, Singh saw crop waste as a crucial opportunity and became dedicated to the idea of utilizing it. The Inception of Craste In 2017, after winning a grant from the Biotechnology Industry Research Assistance Council (BIRAC), Singh returned to Pune with a clear mission. By 2018, he and his sister, Himansha Singh, had founded Craste, a company dedicated to transforming agricultural waste into valuable products. Craste utilizes waste from rice, millet, sugarcane, and barley to produce boards for furniture, construction, and sustainable packaging materials as alternatives to plastic. The company's first manufacturing hub in Morena, near Gwalior, has already made a significant market impact. Singh noted that they are ramping up and expect to generate good revenue this fiscal year. Transforming Challenges into Opportunities Singh explained that at Craste, their vision is to convert an environmental challenge into a socio-economic opportunity. He mentioned that they provide high-quality sustainable packaging products and eco-friendly particle boards crafted from crop waste. According to him, for each particle-board panel measuring 8ft x 4ft and 18mm thickness, they anticipate reducing 30kg of CO2 emissions. Support for Craste’s innovative approach has poured in from various organizations, including the Pune International Centre and Swissnex. The company is expanding its footprint, planning to establish 10 small factories across India and set up an office in Bengaluru. Source: Google Images Roots of Social Commitment Shubham Singh’s dedication to societal improvement began early. At 19, he founded Gramiksha, a non-profit organization focused on educating underprivileged rural children. “That motivated him to work towards society, especially in rural communities. Within two years, Gramiksha was operating in six cities. I realized that there was no point cribbing on social media about the country’s problems. It is better to go out and be a solution provider,” Singh reflects. Understanding the Farmer’s Plight Singh’s journey with Craste included hours of research at the Venture Centre in Pune, trying to understand why farmers resorted to burning crop stubble. He mentioned that farmers have very limited time, only 15 to 20 days, to handle the stubble. According to him, burning is the most cost-effective and quickest method for them, as the fire spreads naturally and avoids labor costs. He added that using machinery to clear the stubble would incur hourly labor and rental expenses. Recognizing the inefficiencies in the biofuel industry, Singh aimed to create high-value products that would offer farmers better margins without exorbitant costs. Today, Craste’s manufacturing process has garnered interest from countries with large agrarian societies, such as Thailand, Vietnam, Malaysia, and the Philippines. Source: Google images Craste’s commitment to innovation and sustainability has been recognized widely. The company was selected as a finalist for the prestigious Sustainability Awards 2023 in the Renewable Materials category. Celebrating their achievements, Craste recently announced their first commercial packaging product—a 6-beer crate pack made entirely from barley straw, designed for Corona India. This packaging is not only sustainable but also completely biodegradable. Looking ahead, Craste envisions creating affordable, high-value products that transform agricultural waste into a socio-economic opportunity. Singh’s journey from a concerned student in London to a pioneering entrepreneur in India serves as an inspiring example of how environmental challenges can be transformed into impactful solutions. crop waste, sustainable packaging, eco-friendly, Shubham Singh, Craste, agricultural innovation

18 Jul 2024

Star Citizens

Meet the "Green Champion" Crafting a Zero Waste Legacy on Instagram!

'Zerowasteadda', Pankti Pandey, an Ahmedabad-based proponent of sustainable living, posts green living advice on Instagram. After reading an article about managing landfills during her pregnancy, she adopted a minimalist and zero-waste lifestyle. She now works as a composting educator and encourages workshops and waste audits. Pankti Pandey, an Instagram user from Ahmedabad, describes herself as a "zero waste practitioner" and "slow fashion advocate" and has amassed 255K followers. She produces content that offers straightforward do-it-yourself methods and hacks so that individuals may make sustainable decisions in their day-to-day lives, mostly based on lessons she has learned from her personal experience. What Made Her Click? "I had some free time during the lockdown to browse Facebook, Instagram, and other social media sites." The majority of the shared content encouraged consumption. People continued to promote the consumerism mentality even throughout the pandemic. All of this encouraged her to post her internet habits and sustainability tips. As she started, people began to enjoy her content and ask for more advice. She believed that this platform's power could be exploited to spread awareness of sustainability. Auditing her house and monitoring her behaviors was how she started her trip. Pankti has always prioritized reducing and reusing; recycling was never an option. She discovered that kitchen waste, empty shampoo cleaning bottle bottles, and grocery bags produced the most waste. On Her Pursuit to Promote Sustainable Living ~ ( Source: Google Images) Here’s how Pankti handled the situation ~ Groceries were now bought in containers instead of plastic bags. In case of no other option, she used to buy them in bulk quantities to avoid the consumption of multiple bags. The kitchen waste was composted, which turned into fertilizer for her garden. Pankti also began community composting in her society. She made her natural cleaners, and personal care products to avoid any waste of empty bottles. The Influencer Journey ~ “Sustainability is more than a mere passion; it is our profound responsibility” ( Via A One on One Interview with Femina) You will find influencers that motivate you to buy stuff and try them in today’s time. Pankti is the type of influencer who tells you to reduce your consumption and reuse whatever you can. Her Instagram handle is filled with tons of DIYs that will help you make your life more sustainable and eco-friendly. Pankti began sharing about sustainability on Instagram during the pandemic and here’s what she has to say about this new beginning, In an exclusive conversation with Femina, she unveils her zero-waste secrets. According to her, the definition of sustainability is very simple. It entails adopting a mindset where we prioritize the planet – a coexistence that goes beyond human interests, encompassing the well-being of our environment and its diverse species. Adding to this notion, she strongly believes that the ethos of resource-consciousness has always been an integral part of our Indian society. However, her journey down this path only began when she came across an article on landfills, particularly its creation and management. She realized that conscious living was merely the beginning, a more profound shift towards adopting a low-waste lifestyle was imperative. A Camera's POV in Her Recent Workshops ~ (Source: Google Images) Introspecting yourself goes a long way in initiating a lifestyle change, and that’s exactly what she did. She began with a waste audit of her household to assess the amount of waste generated and how it could be reduced. Later she delved into composting through trial and error, which paved the way for her current role as a composting educator, conducting sessions and workshops. Initially, it was difficult as she was often met with remarks like "Can the actions of a single individual truly have an impact?” Her intention, however, was clear: to chronicle her journey devoid of any preachiness and that is how her page 'Zero Waste Adda' came into being. If her experiences could, in turn, ignite inspiration within others, that would be an added source of fulfillment. Three tips for individuals aspiring to adopt a sustainable lifestyle ~ People need to understand that sustainability is not just about living a plastic-free lifestyle or about composting. It is related to a lot of different parameters : Incorporate local foods like millet into your diet. Opt for local/native clothing, particularly handloom, which reduces carbon footprint and supports the economy. Be very conscious of your waste, both in terms of proper segregation and disposal. Takeaway ~ A Tip For Beginners In The Sustainability Journey: There Is Always A Judicial Way To Consume Resources ~ ( Source: Google Images) Here, there's no one-size-fits-all solution. Pankti is adamant that each person's path toward sustainability is unique and influenced by a variety of circumstances, including their lifestyle, work history, place of residence, and many others. The aim should be to find ways to cut waste and your carbon impact while assessing your lifestyle. Soon, Pankti will be observed holding a professional position in the field of sustainability. Regarding sustainability, she wants to be the voice for change. Her goal is to preserve our world for future generations by doing everything within her power. “We don’t have to engage in grand, heroic actions to participate in change. Small acts, when multiplied by millions of people, can transform the world.” - Howard Zinn

3 Jun 2024

Star Citizens

Road to Royalty: Village Woman Rickshaw Driver Honored in London!

In a heartwarming story of triumph and inspiration, Arti, a young rickshaw driver from a small village in Bahraich district, Uttar Pradesh, recently had an unforgettable experience. She met King Charles III at Buckingham Palace after receiving the esteemed Amal Clooney Women's Empowerment Award in London. This award, presented at the Prince's Trust Awards, recognizes young women who have made significant contributions to their communities despite challenging circumstances. Arti was honored for her role in the Pink E-rickshaw initiative, a government program aimed at providing safe and sustainable transportation for women. This initiative not only offers a practical solution for mobility but also symbolizes a movement towards women's empowerment and independence. Reflecting on her journey, Arti mentioned that she took pride in being able to inspire other girls who faced similar challenges. She explained that her newfound independence had allowed her to see the world in a different light and that she was now able to fulfill not only her dreams but also those of her daughter. During her first visit to London, Arti bought a cake and a pair of shoes for her five-year-old daughter, marking the occasion with small but significant gifts. Meeting King Charles III was the highlight of Arti's visit. She described the experience as "unbelievably amazing," noting how the King warmly greeted her with a namaste and listened attentively as she spoke about her love for driving her e-rickshaw. Unlike traditional rickshaws that run on polluting diesel or petrol, Arti's e-rickshaw is charged at home, making it an eco-friendly option that aligns with global sustainability goals. Source: Google Images The Prince's Trust International, founded by King Charles when he was the Prince of Wales, has been instrumental in supporting young people across 20 countries through various programs in employment, education, and enterprise. With the transition to the King's Trust International, the organization continues to champion youth empowerment worldwide. The women's empowerment award, named after the renowned human rights barrister Amal Clooney, celebrates the achievements of young women like Arti who have succeeded against the odds and made a lasting impact on their communities. Amal Clooney praised Arti's pioneering efforts, highlighting that Arti, the winner of this year's award, served as an inspiring example of how breaking barriers in a male-dominated field could enhance the safety of women in her community. Clooney observed that Arti was committed to building a world where her daughter would not encounter the same challenges she had faced, and that she was already effecting change through her actions. For the reception at Buckingham Palace, Arti arrived in a pink rickshaw, showcasing it not only as a sustainable mode of transport but also as a symbol of empowerment and progress. The sight of the pink rickshaw at such a prestigious venue highlighted the transformative potential of this initiative. In July 2023, Project Lehar, a collaborative effort between Prince's Trust International and the Aga Khan Foundation (AKF), introduced Arti to the Pink E-rickshaw scheme. This innovative program, supported by the Bahraich district administration, provides pink e-rickshaws to women drivers with a subsidy, aiming to increase employment opportunities for vulnerable women, including widows and single mothers. The scheme also focuses on improving women's access to safe transport, thereby enhancing their mobility and independence. Arti's journey from a small village in Uttar Pradesh to the grandeur of Buckingham Palace demonstrates the power of determination and the impact of supportive initiatives. Her story inspires many young women to break free from societal constraints and make a meaningful difference in their communities. As Arti continues to inspire others, her legacy of empowerment and resilience will undoubtedly pave the way for future generations of women leaders.

27 May 2024

Star Citizens

Footwears Thinking Green~ Through Dalal's Innovation

How many of us purchased attractive shoes to throw them away when we discovered they weren't comfortable? Shoes contribute to environmental issues because they are non-biodegradable and wind up in landfills and the ocean. First cousins Parth (31) and Karishma Dalal (39), both from Surat, decided to take action after overhearing a casual comment about children throwing away shoes after only a few years. After nearly two years of research, the two launched "Reroute," a company in 2023 that uses waste plastic bottles and sugarcane residue as raw materials to make sustainable shoes. Reroute shoes are comfortable, and fashionable, and have gained popularity since their launch. The pair launched their business with a startup capital of Rs 10 lakh. They mostly operate on Instagram and are popular among Gen Z due to their brand's design. A Perfect Ubringing ~ Karishma and Parth Dalal (Source: Instagram Photos) Being the only male in the family, Parth was the cherished golden child of the first cousins who grew up in a big joint family in Surat. "I grew up in a house full of people, and it was an amazing time," he remembers. Since our family has been in business for several generations, we were raised in an environment that values entrepreneurship. Karishma, who had always had an interest in arts and crafts, studied fashion design while Parth studied medicine. To complete his master's degree in pharmaceutical science at Long Island University, Parth traveled to the US in 2016. Additionally, he worked with Johnson & Johnson, where he gained a variety of abilities, including an understanding of sourcing and supply networks. The cousins were raised in a socially conscious household that consistently disapproved of trash. "My father was very socially conscious, and he always helped out others, be it the plague or floods," Parth continues. He always found it annoying when trash clogged beaches, and he talked about recycling waste to help the environment. Leading The Way in Innovation ~ Beauty and Comfort At Its Best! (Source: Google Images) The Indian footwear market is fiercely competitive, with every retailer from Chandni Chowk to Chor Bazaar employing leather or synthetic rubber to keep prices down. This meant that innovation was desperately needed. These materials are difficult to break down when thrown out and require a lot of water for processing. "We invested in R and D," Karishma continues. For months, members of our own family used our items and provided feedback. The development team's basic concept was this: would we purchase these goods if we saw them on the shelf? Following extensive beta testing, the product was released.It required roughly eleven recycled plastic bottles to make each pair of shoes, which were light, breezy, and comfy. At Rs 2999, the young couple received a nice reception from celebs such as Dia Mirza, who encouraged them. Early on, the founders created a good ripple effect by swiftly realizing and connecting with their target group, which consisted of software engineers and doctors who wore shoes all day and recommended the items. "We want to be completely carbon neutral," Parth says. We are moving in an entirely organic path, and our footwear is unique in the Indian footwear market. An Unorthodox Notion ~ After visiting a plastic processing plant and having numerous conversations about waste and shoes, the young entrepreneurs decided to build their own environmentally beneficial products. This was sometime around COVID. Following two years of study, they developed a solution that was both readily available and environmentally friendly. Parth discovered slag from sugarcane, one of the most important crops in India, and collaborated with a Brazilian resin supplier to create the first sugarcane EVA (ethylene vinyl acetate) copolymer. Currently, their focus is on expanding their markets, both in India and abroad. The co-founder states, “My top priority is expanding to the US as the sustainability market is better established there. In India, we aim to increase our outreach as we are the only ones who are using a carbon-negative outsole.” Takeaway ~ Why To Use Sustainable or Eco-friendly Shoes ~ Reduces the amount of waste and carbon footprint Because they utilize less plastic, shoes made of sustainable materials dramatically reduce pollution in our environment. Leather, glass beads, suedette, thread, and other materials are just a few of the materials that make up circular fashion. Ecological footwear can be created with upcycled sandals made from waste materials like denim, jute, cotton, and brocade. These sandals require little to no chemical treatment and have a tiny carbon impact. Supports local businesses It is often noticed eco-friendly product attracts consumers to buy sustainable footwear, which in turn creates a market for the manufacture, use, and distribution of such goods. It encourages all small enterprises to recycle materials and cut back on CO2 emissions to ensure sustainability. Small and local businesses are often concerned about the environment, which is why they look for more environmentally friendly ways to produce their goods. Health Benefits Wearing sustainable shoes is good for the environment and your health. Many sandals and flats are made to be supportive and comfortable, which helps shield feet from common issues like blisters and corns. Breathable fabrics are usually used in these shoes to keep your feet dry and cool. In a nutshell, investing in environmentally friendly footwear has several advantages that can protect the environment and the economy. You may feel good for choosing sandals that are made using ethical and thoughtful materials. Additionally, you are making a decision that will have a big impact on your neighborhood and the environment.

22 May 2024

Star Citizens

Qudrat: Reviving Tradition with Sustainable Tableware

In today's world, where plastic pollution has become an ever-increasing concern, the need for sustainable alternatives has never been more critical. Enter Qudrat, an indigenous brand revolutionizing the way we approach tableware by reintroducing traditional crockery in a modern, eco-friendly avatar. Gone are the days when we used to dine on banana leaves and clay utensils; Qudrat is bringing back these age-old practices in a contemporary context. Founded by brothers Rishabh Suri and Rohan Suri, Qudrat is on a mission to combat plastic waste and promote a sustainable lifestyle. The journey of Qudrat began with a shared passion for hiking, where the founders encountered plastic waste littering even the most remote trails. This disheartening sight fueled their determination to find a better alternative to plastic tableware, leading to the inception of Qudrat. At the heart of Qudrat's products lies a commitment to sustainability. By utilizing agricultural waste, such as rice straw, rice bran, and rice husk, Qudrat transforms residues into a range of environmentally friendly and biodegradable tableware, including disposable plates, bowls, straws, and edible spoons. Source: Google images One of the key ingredients in Qudrat's manufacturing process is rice straw, a byproduct of rice production industry. By repurposing this agricultural waste, Qudrat not only reduces environmental pollution but also addresses the issue of crop burning, a major contributor to air pollution in India. Operating with a low carbon footprint, Qudrat's manufacturing facility in Trivandrum employs a closed-loop system that recycles waste without generating additional pollution. Furthermore, Qudrat's products are manufactured without the use of any chemicals, ensuring they are safe for both consumers and the environment. Not only are their products eco-friendly and biodegradable, but they also serve as edible treats for animals. If accidentally disposed of in land or water, Qudrat's tableware can safely be consumed by animals, thanks to their natural ingredients. Behind Qudrat's success are its founders, Rishabh and Rohan Suri, who bring a wealth of passion and expertise to the table. Rishabh, a surfing enthusiast and entrepreneur, is driven by a deep-seated belief in the power of sustainability. Meanwhile, Rohan, a marine engineer with a love for nature, is dedicated to creating impactful solutions for environmental challenges. Qudrat represents more than just a brand; it embodies a commitment to preserving tradition, promoting sustainability, and leading by example in the fight against plastic pollution. With innovative products and a steadfast dedication to environmental conservation, Qudrat is paving the way for a greener, more sustainable future.

2 Apr 2024

Star Citizens

Zerocircle Has a Unique Way of Combating Plastic Pollution- With Seaweed!

In an era where convenience often outweighs environmental consciousness, the planet faces an ever-growing threat: plastic pollution. The dangers of plastic have become increasingly evident, with its persistence in our oceans, landfills, and even our bodies. Yet, amidst this crisis, there are individuals like Neha Jain who refuse to stand idly by. Neha Jain, a visionary driven by her passion for environmental sustainability, embarked on a remarkable journey to combat the menace of plastic pollution. Her story is not just about awareness but about action, driven by her education, career, and unwavering commitment to making a difference. With a degree from Christ College in Bengaluru, Neha Jain entered the corporate world, initially pursuing a career that seemed distant from her true calling. However, it was during her tenure in a multinational corporation that she witnessed firsthand the devastating impact of plastic on the environment. Mountains of plastic waste, choking water bodies, and the alarming decline of marine life ignited a fire within her. Driven by a newfound purpose, Neha Jain decided to take matters into her own hands. Leaving behind the comfort of her corporate job, she ventured into the realm of sustainability, determined to be a catalyst for change. Her journey was not without challenges, but her unwavering resolve fueled her ambition to seek innovative solutions to the plastic crisis. One of Neha's groundbreaking initiatives was her exploration into alternative materials that could replace traditional plastic. Amidst her research, she stumbled upon the transformative potential of seaweed. Unlike conventional plastics derived from fossil fuels, seaweed-based plastics offer a sustainable and biodegradable alternative. Seaweed, a renewable resource abundant in our oceans, has garnered attention for its versatility and eco-friendly properties. Neha Jain recognized the immense potential of seaweed as a viable solution to the plastic crisis. Through meticulous experimentation and collaboration with experts in the field, she pioneered the development of seaweed-based plastics, offering hope in the fight against plastic pollution. She established a startup and currently leads Zerocircle, a company that specializes in creating biodegradable packaging from seaweed. Zerocircle recently made headlines for winning the prestigious Tom Ford Plastic Innovation Prize. Her efforts did not go unnoticed. Neha Jain's groundbreaking work in sustainability earned her recognition and awards. However, for Neha, the true reward lay in knowing that her work was making a tangible difference in safeguarding the planet for future generations. The journey from corporate executive to sustainability advocate was not merely a career transition for Neha Jain; it was a profound personal transformation. It showcases the power of passion and purpose in driving meaningful change. As Neha continues to champion the cause of environmental sustainability, her story serves as an inspiration to countless individuals around the world. It reminds us that each one of us has the power to effect change, no matter how daunting the challenge may seem. Neha’s journey inspires us to forge a path towards a more sustainable future—one where plastic pollution is but a distant memory, and the health of our planet is preserved for generations to come.

1 Mar 2024

Star Citizens

Weaving Goodness: From the Humble Grass Springs Forth a Thriving 2 Crore Business!

In the bustling streets of Kolkata, where tradition meets innovation, Kadam Haat breathes new life into the ancient craft of basketry. With its monumental growth, Kadam Haat established by Payal Nath, a visionary entrepreneur, stands at the forefront of India's fibrecraft revolution. Payal Nath's journey into the world of motivating and uplifting basketry artisans began with her "inspirational upbringing." She says she was brought up in an environment that valued open-mindedness, adaptability, and a belief in boundless possibilities. In 2006, Payal established the Kadam Foundation, a pioneering initiative that has trained over 10,000 artisans to create eco-friendly products using natural fibers. Then in 2009, she founded Kadam Haat, dedicated to helping artisans market their hand-woven creations. The year 2022 marked a significant milestone for Kadam Haat as it rebranded itself as Kadam Haat Basketry Barn Private Limited (KHBBPL) post-Covid. With annual revenues of nearly Rs 2 crore in its first year, KHBBPL is set to achieve remarkable growth, targeting Rs 5 crore in revenues for 2023-24. Kadam Haat's unique approach lies in the revival of ancient crafts like pottery and basketry, with a special focus on empowering the artisans who often find themselves among the most economically challenged. The brand envisions becoming India's first fibrecraft brand with global recognition, and Payal Nath dreams of showcasing the potential of grass as a raw material and a source of livelihood worldwide. The essence of Kadam Haat lies in its commitment to sustainability. Operating without a factory, artisans hand-weave products from natural fibers at their homes, utilizing grasses that grow wild across India. The result is 100% compostable products created with minimal water usage. Waste from grass and bamboo shavings serves as fuel for boiling dyes, demonstrating a commitment to minimizing environmental impact. Kadam Haat's product range includes roti boxes, jewellery boxes, bowls, trays, bread and fruit baskets, mats, storage organizers, laundry baskets, wall art, and planters. However, the flagship product, contributing 45% of the revenue, remains the vibrant hand-woven bags. Ankit Ruparel, the business head, notes that the average price of a bag is Rs 1,100, attracting customers primarily from Delhi-NCR, Mumbai, and Bengaluru. It also plans to expand the product line to include items for men and explore corporate gifting options. Kadam Haat aims to cater to the the eco-conscious, new-age consumer. Kadam Haat has successfully positioned itself in the market through online platforms like Amazon, Okhai, and Pepperfry, with plans to add Myntra and Nykaa to the list. Regular participation in exhibitions and collaboration with Purple Turtle in Bengaluru has further extended the brand's reach. In the pursuit of a sustainable future, Kadam Haat's commitment goes beyond tangible products. By supporting eight of the 17 Sustainable Development Goals (SDGs), including poverty alleviation, gender equality, and responsible consumption, the brand weaves a narrative of positive impact and social responsibility. Payal Nath has been honored among the Women Transforming India by NITI Aayog and is recognized as an Iconic World Leader by the World Economic Forum. As she continues to lead the charge, Kadam Haat exemplifies the transformative power of entrepreneurship with a purpose. The brand's tagline, 'weaving goodness,' encapsulates not only the tangible products but also the ethos of uplifting artisans and fostering sustainability in every aspect of life. In the hands of Kadam Haat, traditional basketry becomes a powerful medium for weaving a better, more sustainable future.

18 Jan 2024

Star Citizens

The Rise of Sahakarana Kitchens and Their Impact on Society

In a groundbreaking initiative, collective kitchens are gaining momentum in Kerala, bringing communities together and transforming the way food is prepared. The concept, first introduced by a working couple in Ponnani, has now spread to various regions, including Chevarambalam, Kozhikode. These collective kitchens, known as "sahakarana kitchens," aim to address the time constraints faced by busy individuals and families. By centralizing cooking activities in designated locations, office-going couples can save valuable time and focus on their professional commitments. Moreover, the sahakarana kitchens provide a steady source of income for local individuals, predominantly women, who are responsible for cooking and delivering homely meals to the participating families. The menu, prepared under the direct supervision of the families, offers a variety of traditional dishes for breakfast and lunch, ensuring a wholesome culinary experience. The benefits of collective kitchens extend beyond time and cost savings. By sharing resources and responsibilities, these kitchens significantly reduce organic and inorganic waste generated by households. In fact, the Chevarambalam kitchen has implemented a vermi-composting unit, further promoting sustainability. The concept of collective kitchens holds promise for an aging society, providing the elderly with not only nutritious meals but also fostering social connections. With its health benefits, careful ingredient selection, and removal of menu-planning burdens, sahakarana kitchens offer a holistic approach to food preparation. As the movement gains traction in various regions, collective kitchens are poised to revolutionize the way communities cook and eat. With their potential to unite people, empower local individuals, and promote sustainable living, collective kitchens may soon become a common sight across Kerala and beyond.

8 Dec 2023

Star Citizens

Sustainable Artistry: Bavithran's Inspiring Mission to Transform Palm Leaves into Eco-Friendly Toys and Gifts

Bavithran, an 18-year-old college student from Puducherry, has taken the initiative to craft eco-friendly toys and decorative pieces from palm leaves. Starting his journey at the age of 11, Bavithran has spent the last seven years perfecting his unique artistry, aiming to promote sustainable choices and reduce plastic toy consumption. Under the guidance of his school teacher, V Umapathi, Bavithran discovered the world of sustainable toys through workshops. Bavithran's exceptional talent and interesting designs caught the attention of the Puducherry government, earning him the prestigious Kalaimamani title in April 2023. What began as a passion project for Bavithran quickly evolved into a thriving business. Alongside his dedicated team, he works tirelessly to transform palm fronds into captivating sculptures, ranging from animals to whimsical characters. Their focus is not profit-driven, but rather on raising awareness about the need to replace plastic toys. Many of their creations are donated to children. The process starts with collecting raw materials and soaking palm fronds in water to make fiber twisting easier. Meticulous knitting and the use of threads or glue bring the pieces together. Affordability and accessibility are at the core of Bavithran's art, as he wants everyone to experience the joy of owning something handmade. In addition to crafting toys, Bavithran and his team fulfill bulk orders for personalized gifts and conduct workshops, live demonstrations, and interactive events. Over 100 schools have invited them to instill a sense of responsibility towards the environment in children. Bavithran's inspiring journey and commitment to sustainable living have not only made him an advocate for eco-friendly toys but also a source of inspiration for others. Through his craft, he aims to create a lasting impact on the world by inspiring the younger generation to make sustainable choices.

2 Dec 2023

Star Citizens

This Amazing New Initiative Promotes Plastic-Free Community Feasts!

In an effort to combat the growing plastic waste problem, the village of Kurumunda in Nuapada district has introduced a unique initiative called the 'Bartan Bank.' This bank aims to promote plastic-free community feasts by providing utensils free of cost. The 'Bartan Bank,' spearheaded by sarpanch Saroj Devi, is a community-led project that aims to reduce the use of single-use plastics during social and religious celebrations. The gram panchayat allocated Rs 75,000 from the village funds to create a depot of utensils, including large cooking vessels, steel plates, bowls, glasses, and spoons. During the wedding season and other festivities, villagers can now borrow these utensils from the 'Bartan Bank' instead of relying on disposable plastic plates and cutlery. The initiative not only eliminates the need for purchasing plastic items but also addresses the challenges associated with plastic waste disposal and the risk of animals ingesting it. To ensure transparency, the procurement process involved active participation from villagers and gram panchayat officials. The success of the 'Bartan Bank' in Kurumunda has encouraged plans for its replication throughout the Bhaleswar panchayat, which comprises nine villages. Village elders, with the assistance of youth, will oversee the management of these banks. This sustainable initiative is a significant step towards promoting eco-friendly practices and reducing plastic pollution in Kurumunda. By embracing the concept of a 'Bartan Bank,' the village aims to set an example for other communities and inspire them to adopt similar measures.

28 Nov 2023

Star Citizens

Revolutionizing Sustainability: World's First Coconut Leaf Straws

Dr. Saji Varghese is a professor at Christ University in Bangalore, but what led him to establish a startup in Bangalore? His passion for the environment sparked an extraordinary journey that could combat plastic pollution while at the same time uplifting the lives of rural women. The innovative venture pioneers the creation of the world's first straws made from dried coconut leaves, heralding a breakthrough in the battle against plastic pollution and rural unemployment. Fallen coconut leaves are collected from various parts of India. Rural women are employed to carefully extract the midribs, clean the leaves, and initiate the processing stages. These leaves undergo a blend of manual and automated procedures, culminating in the production of eco-friendly straws. Dr Varghese has incorporated chemical free methods to harness the natural properties of coconut fronds.The leaves surface gets coated with wax when pressurized with steam. The resulting straws boast a nine-month shelf life and can sustain in drinks for up to six hours. This makes them one of the best alternatives to plastic straws.Notably, a single coconut frond yields approximately 600 straws, ranging from 3 to 13 millimeters in diameter. In a conversation with The New Indian Express, Dr. Varghese elaborated on the production process and revealed global interest in these eco-straws. Samples were dispatched to ten countries and the response was very encouraging as they received orders for millions of straws. Available in two variants—a regular-use straw and a smaller version incorporating the midrib for easy piercing of tetra packs—these eco-conscious alternatives present a cost-effective solution produced on a significant scale, marking a significant step towards sustainable living.

21 Nov 2023

Star Citizens

Farmer Transforms Straw Disposal into Lucrative Business

A young farmer from Punjab's Malerkotla district has successfully turned the disposal of straw into a profitable business, setting an inspiring example for agricultural communities. Gurpreet Singh Kuthala, a 26-year-old farmer, has found a way to sell paddy straw, which is typically considered a liability by most farmers, and earn substantial income while contributing to environmental sustainability. Kuthala's innovative approach involves selling straw bales to a biogas plant that produces sustainable energy and fertilizer. Last year alone, he earned around Rs 16 lakh by selling 12,000 quintals of paddy straw bales. This year, his goal is to sell 28,000 quintals and generate over Rs 1 crore in revenue, showcasing the immense potential of his business. To facilitate his venture, Kuthala took advantage of a 50% subsidy provided by the Punjab government to purchase ex-situ machines, a straw rake, and a baler. With the help of his friend Sukhwinder Singh, he has acquired four additional machines to supply 18,000-quintal paddy straw bales to the biogas plant. In addition to his partnership with the biogas plant, Kuthala plans to store around 20,000 quintal bales from his own land and other villages. He intends to supply them to paper mills and bio-CNG plants during the offseason, further expanding his business reach and ensuring sustainable utilization of agricultural waste. Kuthala's success has garnered attention and recognition from Punjab Agriculture and Farmers Welfare Minister Gurmeet Singh Khudian, who encourages other farmers to follow suit and actively participate in the state government's anti-crop residue burning campaign. By transforming straw disposal into a profitable enterprise, Gurpreet Singh Kuthala has not only improved his own financial prospects but also demonstrated a sustainable solution to a prevalent agricultural challenge. His story serves as an inspiration for farmers across the nation to explore innovative avenues for waste management and create profitable businesses while safeguarding the environment.

22 Oct 2023

Star Citizens

Farmers in Idukki's High-Range Tap Wild Tamarind for Food Security

In a remarkable display of resourcefulness, farmers in Idukki's high-range region have found a unique way to put food on their tables by tapping into the abundance of wild tamarind trees. This indigenous variety of tamarind, known for its higher sour content and larger size, has become a valuable asset for the local community. The village of Pulikathadam, located nearly 10km from Moolamattom town, in Kerala, has been blessed with naturally growing tamarind trees that have been providing a bountiful harvest for generations. These trees, some of which are over a century old, have become an integral part of the village's identity. Raveendran T S, an early settler and farmer, shared his experience of arriving in Pulikathadam in 1964 and discovering the abundance of Malabar tamarind trees. These trees had grown naturally over time from fallen seeds, requiring no cultivation. Today, Raveendran harvests around 600kg of tamarind annually from his 250 trees. The farmers in this region have turned the wild tamarind into a source of income by smoke-drying the harvested fruits and selling them to local traders from Moolamattom. The tamarind is then distributed outside the district and even sold to pharmaceutical companies for medicinal preparations. The resilient nature of dried tamarind allows farmers to store it for years, providing a safety net during times of financial strain or when prices soar. The prices of tamarind have seen a rise this year, reaching up to 180/kg compared to 160-170/kg last year. The wild tamarind trees of Pulikathadam not only contribute to the farmers' livelihoods but also serve as a testament to the region's rich biodiversity. With their sustainable agricultural practices, these farmers are ensuring food security while preserving the natural resources of their community.

22 Oct 2023

Star Citizens

Tech Professional Transforms into Organic Farmer, Promotes Affordable Organic Produce

In a remarkable transition, a 40-year-old tech professional has embarked on an organic journey, transforming himself into an organic farmer and advocate for affordable organic produce. NT Prasanth Kumar, hailing from Madurai, now runs an eight-acre integrated vegetable farm near Ulaganeri village along the Madurai-Chennai NH. Driven by his passion for the environment, Prasanth's journey as an environmentalist began in 2010 when he initiated tree planting drives as part of the "Maram Madurai" team. Their efforts aimed to improve green cover and create awareness about native tree species and their ecological significance. Maintaining the trees they planted became a joint effort with student volunteers. The pivotal question that changed Prasanth's path was the affordability of organic produce. Challenging the common belief that organic food is more expensive, he sought to prove otherwise. With the guidance of environmentalist Pamayan and the support of organic farmers, Prasanth established his own organic farm. Within just a year, Prasanth has successfully cultivated over 30 varieties of vegetables and some fruits using G Nammalvar's organic farming methods. His farm attracts 100-200 daily visitors who purchase the produce at affordable prices, allowing Prasanth to earn an average monthly income of Rs 80,000 to Rs 1 lakh. Prasanth's dedication to organic farming goes beyond his farm's success. He provides internships to students, imparting knowledge about organic farming practices and preparing them for a chemical-free future. The initiative has garnered interest from many young individuals who frequently visit the farm. Excitingly, the renowned Pothys group has offered assistance, providing land for cultivation purposes. Prasanth plans to establish a retail outlet for organic produce in Madurai, further expanding access to affordable and sustainable food options.

9 Oct 2023

Star Citizens

Tribal Self-Help Groups in Nirmal District Empower Community by Producing Mahua Oil

In a significant step towards community empowerment, tribal self-help groups (SHGs) in Nirmal District,Telangana, have taken the initiative to produce Mahua oil. This endeavor not only contributes to their sustainable livelihood but also showcases their entrepreneurial spirit and commitment to preserving traditional practices. Residing in the remote areas of the district, particularly in the hilly regions, the tribals collect seeds from the Madhuca Indica plant during the summer season. These seeds play a vital role in their livelihood, with a portion being sold to the Girijan Cooperative Corporation (GCC) while the rest are stored for personal use. The SHGs have established a production unit in collaboration with the Integrated Tribal Development Agency (ITDA) Utnoor and District Rural Development Agency (DRDA). The process of preparing 2 ½ liters of Mahua oil from 10 kg of seeds is labor-intensive, but the SHGs are determined to make it a success. Currently, they double filter the oil using a cloth, and plans are underway to acquire a filtering machine to enhance the production process. With an aim to promote the oil as an ayurvedic medicine for joint pains, the SHGs are strategizing their marketing efforts, focusing on online platforms. They plan to sell the oil at Rs 800 per liter, ensuring that the product undergoes rigorous laboratory testing before dispatch. Additionally, the SHGs are exploring collaboration with private companies for nationwide and potentially worldwide marketing of Mahua oil. This collaboration, along with the support received from ITDA and the district administration, has led to the establishment of the Sri Hanuman Joint Liability Group, which aims to expand the reach and impact of this community-driven enterprise.

6 Oct 2023

Star Citizens

Cultivating Prosperity: Modern Techniques Transform Farming in Bihar

Aryan Kumar, a Geography graduate from Bihar, has employed innovative methods to cultivate capsicums, coriander, and mushrooms, demonstrating a remarkable shift in traditional farming practices. At the age of 22, he has not only found success but also increased his profits substantially through cash crop farming. Breaking away from conventional farming, Aryan underwent a week-long course facilitated by Bihar government’s agricultural technology agency. He enthusiastically embraced the learnings from this course and applied them to his cash crop farming techniques. The results have been impressive, showcasing higher yields, efficient water usage, and lowered risks compared to traditional farming methods. His primary crops include coriander, mushrooms, and capsicum, bringing in an annual income ranging from 10 to 12 lakhs. Aryan's success can be attributed to his adoption of modern techniques such as drip irrigation and the strategic use of sprinklers, optimizing water usage while nurturing the crops' root zones. Additionally, he has implemented the use of fiber netting to manage sunlight exposure based on each crop's specific needs. Presently, Aryan Kumar proudly owns a newly constructed one-storey house in Karmava Village, showcasing the fruits of his hard work. Moreover, he has established a Farmer Producer Organisation (FPO) that operates efficiently through WhatsApp groups. In times of challenging supply chain issues, the FPO offers vital support, fostering a spirit of camaraderie, knowledge sharing, and motivation among its members.

25 Sep 2023

Star Citizens

Kochi Architect Vinu Daniel Recognized in TIME Magazine's '100 Next' List of Emerging Leaders

Kochi-based architect Vinu Daniel has been honored by TIME magazine, securing a place in their prestigious '100 Next - The World's Rising Stars' list. Known for his commitment to sustainable architecture, Daniel's firm, Wallmakers, strives to create environmentally responsive spaces that blend innovation and functionality. TIME curator Paola Antonelli highlighted Daniel's emphasis on local wisdom and material culture as crucial elements in promoting responsible practices towards the environment. Daniel's philosophy revolves around the idea of reducing environmental impact in every project, advocating for the reduction of resources like cement and the preservation of trees. Growing up in Dubai, Daniel relocated to his ancestral home in Kerala at the age of 17 to pursue his studies in architecture at the College of Engineering Trivandrum. It was during this time that he encountered renowned sustainable architect Laurie Baker, a transformative encounter that shaped his career. After completing his degree in 2005, Daniel collaborated with the Auroville Earth Institute for the United Nations Development Programme, where he contributed to post-tsunami construction efforts. In 2007, he established Wallmakers, a firm dedicated to sustainable building practices. The name "Wallmakers" was chosen for its humble beginnings, as the inaugural project involved constructing a compound wall. Daniel's approach to architecture aligns with Mahatma Gandhi's vision of using locally-sourced materials within a five-kilometer radius. His studio showcases the beauty of craftsmanship and teamwork, where mud bricks are transformed into stunning architectural elements, and remnants of previous structures find new life. The inclusion of Vinu Daniel in the TIME100 list underscores his significant influence in the field of sustainable architecture and offers a glimpse into the future of leadership. Joining him from India on the esteemed list are cricketer Harmanpreet Kaur and tuberculosis survivor Nandita Venkatesan

22 Sep 2023

Star Citizens

Governor's Low-Cost Initiative Empowers Tribals with Leaf-based Products, Boosts Livelihoods

In a groundbreaking initiative, Governor Dr Tamilisai Soundararajan has spearheaded a low-cost project that is transforming the lives of tribal communities in Hyderabad. By harnessing the potential of natural resources, such as leaves from Butea monosperma and Bauhinia vahlii trees, the project aims to uplift the livelihoods of tribal groups. Under the guidance of the National Institute of Rural Development and Panchayati Raj (NIRDPR), approximately 28 tribal youth have been trained in the art of crafting plates, bowls, and indentations for idlis using these eco-friendly leaves. The initiative has already shown promising results, with the products offering a sustainable alternative to paper or plastic plates. RD Raju, a resource person for the project, highlighted the benefits of these leaf-based products. Food stored in these plates remains fresh for up to 18 hours, while idlis prepared in the leaf indentations stay fresh for an impressive 32 hours. Although slightly more expensive than conventional alternatives, these eco-friendly products contribute towards a healthier environment. To support the tribal communities, Governor Soundararajan has pledged machinery and working capital amounting to Rs 2 lakh per village, facilitating the establishment of manufacturing units. The project not only generates additional income for the tribals but also reduces their reliance on government schemes like the National Rural Employment Guarantee Scheme (NREGS). This innovative initiative holds the promise of transforming the lives of tribal communities by offering them a sustainable path to prosperity. By leveraging their traditional knowledge and embracing eco-friendly practices, these tribals are not only improving their livelihoods but also contributing to a greener and more sustainable future for all.

15 Sep 2023

Star Citizens

How an Indian Scientist Turned Plastic Trash into Eco-friendly Streets

Plastic, notorious for its slow degradation, has choked our environment, filling dumping grounds beyond capacity. In a resounding response to this crisis, an Indian scientist has pioneered a groundbreaking technique, crafting streets out of recycled plastic, a marvel that not only enhances road quality but also tackles the mounting waste issue. R Vasudevan recognized plastic as a potential solution—transforming it from a problem to a resource. By ingeniously blending traditional road tar with plastic, he concocted a polymerized mix that not only fosters durability but also repurposes plastic waste that would otherwise be discarded or burnt. His innovation hinges on a meticulous balance, incorporating a mere fraction of plastic waste—1/10th, to be precise—for every kilo of stone and 50 grams of bitumen used. This not only trims bitumen usage but also reinforces roads, augmenting their strength twofold compared to conventional tar roads. The infusion of plastic simultaneously elevates aggregate impact value, rendering the roads more robust and less susceptible to the erosive effects of water. This eco-friendly transformation has been embraced throughout the nation - from panchayats to the National Highways Authority of India (NHAI). The NHAI, in particular, has committed to integrating plastic waste into highway construction, especially along urban fringes, fostering a network of environmentally conscious roads. The impact of Vasudevan's ingenuity has already spanned over 100,000 kilometers of plastic-infused roads in India, a number that continues to swell. And it's not confined to Indian borders. Globally, his techniques are inspiring counterparts in various nations, with Indonesian cities like Bali, Surabaya, and others adopting plastic-asphalt mixes to reshape their streets. In recognition of his innovative strides and contributions to society, Rajagopalan Vasudevan was bestowed the Padma Shri award in 2018. His journey epitomizes how creative thinking can turn a scourge into a solution, paving the way for a more sustainable, waste-conscious world.

31 Aug 2023

Star Citizens

From Waste to Fashion: The Sneaker Revolution Taking on Plastic Pollution!

In 2017, the spark of an idea ignited in the mind of Ashay Bhave, a 24-year-old student then immersed in his business administration studies. An endeavor began to brew - one that would see plastic bottles and bags transformed into trendy, ethical sneakers, making a bold stand against the rampant plastic pollution plaguing the planet. With a resolute gaze on the daunting issue of 100 billion plastic bags inflicting fatal harm upon 100,000 marine creatures annually, Ashay's mission evolved. For two relentless years, he did research and his experiments finally led to the creation of a fabric from plastic waste that mimicked the texture of leather. Ashay’s amazing idea was reflected on his website - a shoe that not only looked like its leather counterpart but functioned just as well. And thus, in 2021, the curtain rose on Thaely - aptly named after the Hindi term for "plastic bag." The journey involved purchasing plastic waste from recycling facilities, carefully cleansing and sanitizing the material, then shaping it into sheets that were fused together under heat and pressure. Thaely's shoes comprises recycled plastic bottles and 10 repurposed bags, a symbol of transformation from waste to fashion. A tally of 48,000 discarded bottles and 50,000 carry bags has been given new life through this initiative. In a remarkable twist, Thaely extends a discount to customers who trade in their well-worn sneakers for fresh pairs - a virtuous cycle, indeed. With a horizon that stretches beyond India's borders, Ashay's gaze is set on Dubai, Europe, America, and Australia. The mission is global - to lace the world in conscientious, eco-conscious footwear that whispers tales of change and evolution with every step taken.

21 Aug 2023

Star Citizens

Breaking Through the Fashion Industry: How Maisha Lifestyle Founders Made Their Mark

In the world of fashion, the market is often dominated by big brands and high-end designers. It can be challenging for small businesses to make their mark, but that is exactly what the founders of Maisha Lifestyle did. This homegrown company based in Ahmedabad, Gujarat, has become a go-to choice for many women in India looking for stylish and affordable handbags made from eco-friendly materials. And their hard work and creativity paid off when they appeared on Shark Tank India. Maisha Lifestyle was founded by Esha Shah, Nayan Shah, and Neel Vora. Esha is the creative head of the company, handling the design and social media aspects, while Nayan is the Head of Operations, bringing his engineering and marketing degrees to the table. Neel is a marketing expert, with an MBA degree and experience in the banking industry. Together, they have created a brand that combines style, sustainability, and affordability. When Maisha Lifestyle appeared on Shark Tank India, they were seeking a ₹75 lakh investment for a 3% stake in their company. They faced tough questions from the sharks, who pointed out that the handbag market was highly competitive and difficult to scale. However, Amit Jain saw the potential in their brand and offered them a deal. He invested ₹10 lakhs for a 1% equity stake and provided a loan of ₹65 lakhs at 18% interest. The founders of Maisha Lifestyle were thrilled with the outcome, calling it the most precious day in their journey. They also expressed gratitude to Amit for believing in their brand. What sets Maisha Lifestyle apart from other handbag brands is its commitment to using eco-friendly materials and supporting local artisans. Their bags are handcrafted and handmade by artisans using the finest weaves of cotton and jute. They also use minimal vegan leather instead of animal leather. This commitment to sustainability and ethical practices has resonated with consumers, including celebrities like Sara Ali Khan, Kamya Jani, and Soha Ali Khan. In addition to its success with handbags, Maisha Lifestyle is also exploring opportunities in the footwear category. With their eye for design and commitment to sustainability, it's clear that Maisha Lifestyle is a brand to watch. The founders of Maisha Lifestyle have proven that with hard work, creativity, and a commitment to sustainability, small businesses can succeed in the competitive world of fashion.

28 Mar 2023

Star Citizens

From Trash to Treasure: The Revolutionary Startup Turning Coconut Waste into Plastic Alternatives

Ardra Nair, a 29-year-old entrepreneur from Kerala, is on a mission to reduce plastic pollution and promote sustainability. She founded Greenamor Ventures in 2021, a company that manufactures plastic-like biopolymers using coir waste. Coir waste, which is a byproduct of coconut farming, is abundant in Kerala. It is usually burned or left to decompose, which can release harmful gases and contribute to air pollution. Ardra saw an opportunity to turn this waste into something useful and eco-friendly. The dream took shape when she was pursuing her master’s in Engineering in Kerala. Greenamor Ventures uses patented technology to extract cellulose from coir waste and turn it into a biopolymer that can be used to make packaging materials. This biopolymer is biodegradable and compostable, meaning it can break down naturally without harming the environment. The plastic-like biopolymer made by Greenamor Ventures is a game-changer in the packaging industry. It can be used to make a wide range of products, from bags and containers to cutlery and straws. It is a sustainable alternative to traditional plastic, which can take hundreds of years to decompose and is a major contributor to plastic pollution. Greenamor Ventures is a shining example of how entrepreneurship and innovation can be used to tackle some of the biggest challenges facing our planet. Ardra Nair's commitment to sustainability and her passion for creating a better future for all is truly inspiring.

9 Mar 2023

Star Citizens

Crafting a Better Future: The Impact of One Woman’s Vision to Promote the Beauty of Handicrafts

As we celebrate International Women's Day, the world is buzzing with energy and excitement! It's a day to honor the incredible accomplishments and acknowledge the stories of remarkable women who have overcome all odds to make a difference in the world. Today, we bring you the story of Ashwini Joglekar, a Mumbai based social entrepreneur who left a promising career as a software product manager to pursue her passion for empowering craftsmen. It takes immense courage to leave behind a stable job and pursue a passion that is close to one's heart. But Ashwini was determined to make a difference in the lives of skilled artisans who were struggling to make ends meet. Her encounters with craftsmen during her travels gave her a new purpose in life, and she started her venture, Craftribute, in March 2016. Ashwini's belief that handicrafts are not just expensive pieces of art meant for the rich but can be used in everyday life is truly inspiring. Her endeavor to create markets for handicrafts through awareness, appreciation, and respect for human genius is commendable. Craftribute's focus on making handicrafts accessible through responsible gifting choices has also made it easier for people to appreciate the talent and hard work that goes into making these unique pieces of art. Today, Craftribute is working with over 20 master artisans from 10 states of India and connecting them with around 100 craftsmen who specialize in 15 different craft techniques. Ashwini's commitment to making handicrafts sustainable has helped these artisans to pass on their traditions to the next generation with pride and joy. Speaking to The Brighter World, Ashwini stated that people can make a difference in the lives of these immensely talented artisans by owning at least one handicraft item in their everyday life. Working with these talented artisans who practice their craft as a prayer has been the real achievement for Ashwini. Her dedication to empowering these skilled craftsmen is a testament to her passion and commitment to making a difference in the world. On this Women's Day, let us celebrate Ashwini's inspiring journey and the impact she is making in the lives of those who need it the most. Her courage, determination, and compassion serve as a shining example for all of us to follow. Know more about Craftribute: https://craftribute.com/about/

8 Mar 2023

Star Citizens

The Eco-Friendly Shoe Revolution: Meet the Entrepreneur Turning Plastic Waste into Fashionable Footwear

Ashay Bhave, a 24-year-old entrepreneur, has created a new sustainable shoe brand called "Thaely," which is quickly gaining popularity among environmentally conscious consumers. What sets Thaely apart from other shoe brands is that their products are made from a unique leather-like fabric that Bhave developed using recycled plastic bags, bottles, and rubber. Bhave's inspiration for starting Thaely came from a desire to create a sustainable and ethical alternative to traditional leather sneakers. The aim of the exercise was to find a solution to the problem of the 100 billion plastic bags used each year that use 12 million barrels of oil and kill 100,000 marine animals annually. Bhave knew that he could make a difference by creating a new material that would be eco-friendly and also provide the same quality and durability as leather. Bhave spent two years researching and experimenting with different materials before finally creating a leather-like fabric that met his high standards. He approached a local shoe repairer in India to handcraft each pair of shoes using his innovative material, ensuring that they were both sustainable and high-quality. In today's time, the brand recycles 10 plastic bags and 15 plastic bottles to make one pair of shoes. They’ve recycled more than 50,000 plastic carry bags and 48,000 discarded plastic bottles to date. Thaely's products are not only environmentally friendly but also stylish. The sneakers have already attracted a loyal following, with customers praising the brand's commitment to sustainability and social responsibility.

6 Mar 2023

Star Citizens

Meet Sandeep Kannan: His Hydroponic Setup Grows Organic Vegetables

Sandeep Kannan, a 23-year-old resident of Andhra Pradesh, has found success in the world of hydroponics. His setup, which grows organic vegetables, has been earning him a whopping Rs 54000 per month. Hydroponics is a method of growing plants using mineral nutrient solutions in water, without soil. It allows for year-round crop production and requires less water and pesticides compared to traditional farming methods. Sandeep's hydroponic setup includes a greenhouse, tanks for nutrient solutions, and grow beds where the plants are grown. He grows a variety of vegetables such as lettuce, spinach, and tomatoes, which he sells to local supermarkets and restaurants. Sandeep's business has been thriving, thanks to the high demand for fresh, organic produce. He credits his success to his dedication and hard work, as well as the support of his family and community. Not only is Sandeep's business profitable, it is also environmentally friendly. Hydroponics uses less water and pesticides and produces less waste compared to traditional farming methods. Sandeep is a shining example of how innovative farming techniques can lead to successful business ventures and a more sustainable future. His hydroponic setup is proof that it is possible to grow healthy, organic produce without damaging the environment.

28 Dec 2022

Star Citizens

The Whys and Hows

What better substance than soap itself to package soap in? The notion behind 'SOAPBOTTLE'

What better substance than soap itself to package soap in? During her master's program, designer Jonna Breitenhuber had the idea for SOAPBOTTLE. Fundamentally, it's a straightforward fix for a really significant issue. Billions of plastic soap dispensers, shampoo bottles, and conditioner tubes end up in landfills or the ocean each year. When Breitenhuber was searching for a suitable material to replace plastic containers, she had an epiphany. Simply put the liquid soap into a solid soap packaging! The stylish, zero-waste ‘SOAPBOTTLE’ product gives you additional soap in addition to doing away with those annoying throwaway plastic bottles! Inside, each 'SOAPBOTTLE' holds 100ml of liquid body wash and has a sleek, rectangular shape.Pouring Into Ease And Eco~Friendly Living ~ (Source: Google Images) You can pour the liquid soap out of the 'SOAPBOTTLE' in the same manner as you would milk from a carton by simply shaving the designated corner off. The bottle itself can be used as a soap bar after the liquid runs out and can be reused until it finally dissolves into thin air, producing no plastic waste at all. The only thing remaining is the metal clip, which is reusable and fastens onto the soap bottle to enable opening and closing while in use.Every ‘SOAPBOTTLE’ has only natural components; in fact, the label is entirely recyclable and composed of recycled paper. The "bottle" itself has a hole in the middle so you can hang it on a wall in your bathroom or another location by stringing a ribbon through it. Alternatively, you might use the 'SOAPBOTTLE' as a loofah by docking it on a sponge. The ‘SOAPBOTTLE’ is currently available in three distinct colors and a standard 100ml size: Ever Green (Herbal), Light Blue (Gentle), and Spicy Orange (Earthy + Citrusy). However, Breitenhuber hopes to expand the line to include additional sizes, fragrances, and even formulas such as shampoo and conditioner.The Fall of Sustainable Design ~ (Source: Google Images) The empty bottle can be used as hand soap after the SOAPBOTTLE's liquid content is used up and eventually “washes away.” Without sacrificing sustainability, the 'SOAPBOTTLE' reinvents commonplace objects and elevates your personal hygiene experience to a new, pleasurable, and meaningful level. A gentle and replenishing body cleanser composed of natural components comes in 100 ml bottles. Even now, materials used to make packaging, like plastic, take more than 400 years to break down. The team has revolutionized the notion of packaging-free cosmetics by transforming the product into packaging and creating a sustainable ‘SOAPBOTTLE’ for liquid care products.In contrast to another packaging, the ‘SOAPBOTTLE’ is composed of a soap formula that may be used exclusively as hand soap and gradually "washes away" along with the wastewater. Ultimately, trash may be totally avoided because it breaks down in the sewage plant in a few of days. A package that works with the product's ecological footprint~ (Source: Google Images) Packaging: They use oils, caustic soda, and organic substances to create the soap for their packaging. The substance and any used water wash away together as the container is utilized. Within a few days, it fully decomposes in the sewage plant, leaving no waste behind. Everything is designed to break down naturally and efficiently.Metal closure: The closure is stamped and bent into the desired shape. It is made of stainless steel. Fortunately, it is also reusable! Just clip the last bit of metal onto the subsequent ‘SOAPBOTTLE’. Because it is composed entirely of metal, recycling it after it is no longer needed is simple. Paper label: Eco-friendly colors are printed on recycled paper, which is used to make the label. It is recyclable once more.'Making the future is the best method to forecast it.' - Peter Drucker This is one of our favorite quotations about sustainability from management consultant, author, and educator Peter Drucker. This saying is very powerful because it can be used to so many different aspects of your life. Take "the bull by the horns" and be the change you wish to see in the world. We live by this idea of building the future; it is a guiding philosophy that directs our daily actions and choices.

1 Oct 2024

The Whys and Hows

Sand Batteries: The Next Big Wave of Renewable Energy ?

Researchers and engineers are always looking for new and creative ways to store energy to find sustainable energy solutions. One such exciting invention is the sand battery, a system that effectively stores and distributes energy by utilizing the power of plentiful materials. We'll dive into the intriguing realm of sand batteries in this post, looking at their possible uses, workings, and implications for a more environmentally friendly future. The Science Behind Sand Batteries Sand-derived silicon is a crucial component of sand batteries, commonly referred to as silicon-based batteries. Among its many benefits for energy storage applications are silicon's outstanding electrochemical characteristics, low cost, and high abundance. The anode material in a sand battery is silicon, which takes the place of graphite, which is often utilized in lithium-ion batteries. Lithium ions go from the cathode to the anode during charging, where they are retained in the silicon structure. Sand batteries may be more effective and potent than graphite since silicon has a higher energy density due to its capacity to absorb a large number of lithium ions. Finnish researchers have installed the world's first fully working "sand battery" which can store green power for months at a time. The developers say this could solve the problem of year-round supply, a major issue for green energy. Using low-grade sand, the device is charged up with heat made from cheap electricity from solar or wind. 'Sand' and concrete 'silos' with refractory insulation are very inexpensive materials that can lead to low-cost energy storage. (Source: Google Images) Obstacles and Novelties ~ Although silicon brings unique obstacles, it also holds considerable promise for energy storage. The propensity of silicon to expand and contract during the charging and discharging cycles is a major obstacle that shortens battery lifespan and causes material degradation. Engineers and researchers have been putting a lot of effort into coming up with creative solutions to these problems. Several strategies are being investigated to improve the efficiency and longevity of sand batteries, including nanostructuring silicon particles, adding silicon to composite materials, and investigating sophisticated electrode designs. Applications of Sand Batteries ~ Sand batteries offer a wide range of potential applications across different sectors ~ Could They Be A Real Game Changer? (Source: Google Images) Storage of Renewable Energy: Storing energy produced by renewable energy sources like solar and wind power is one of the most exciting uses for sand batteries. By holding excess energy during times of low demand and releasing it when needed, sand batteries could assist overcome the intermittent nature of renewable energy sources. This would increase grid stability and reliability. Sand batteries have the potential to significantly alter the automobile sector, particularly with regard to electric vehicles (EVs). Sand batteries have the potential to boost the adoption of electric vehicles and lessen reliance on fossil fuels by providing a higher energy density and faster charging periods than traditional lithium-ion batteries. Portable Electronics: By enabling more durable and effective gadgets, sand batteries have the potential to completely transform the consumer electronics industry. The increased energy density of sand batteries has the potential to boost performance and prolong battery life in a variety of devices, including laptops and smartphones, thus improving consumer convenience. Off-Grid Power Systems: In isolated or off-the-grid locations with limited access to conventional power sources, sand batteries have the potential to be a dependable energy storage option. Sand batteries provide a viable and affordable substitute for diesel generators and other fossil fuel-based technologies, whether they are being used to power small-scale solar projects or as backup power systems for telecommunications infrastructure. Trusting The Process For a Better Future ~ (Source: Google Images) The Path to a Sustainable Future ~ A viable path forward for the development of sustainable energy storage technologies is through sand batteries. Through the utilization of plentiful resources such as silicon and sand, these batteries present a sustainable and eco-friendly substitute for traditional energy storage methods. Scalability, cost-effectiveness, and manufacturing scalability are some of the remaining issues with sand batteries that must be resolved as research and development activities move forward. We can hasten the development and implementation of sand batteries by working together with scientists, engineers, politicians, and industry partners, opening the door to a more sustainable, greener, and cleaner future. The feasibility of sand as an energy storage solution is being demonstrated by the testing and application of sand battery technology in several projects throughout the world. It also highlights the technology's potential for scalability and integration with present energy infrastructures. Even with the promise, difficulties still exist. Considerable research and development work is needed before sand battery technology can be developed and implemented on a wide basis. Therefore, to remove obstacles and promote the innovation required for the broad adoption of this potentially revolutionary battery technology, both public and private investments are essential.

7 Jun 2024

The Whys and Hows

Inspiring Urban Biodiversity: How Can You Grow an 'Urban Jungle' on Your Terrace?

Aman Sharma, a 19-year-old from Delhi started Cuckoo About Nature Club — a birding club for youth. He grows over 500 plants in his terrace garden, which invite birds, butterflies and bees. Aman claims he couldn't visit his favorite jungles and wildlife spots during the pandemic-induced curfew in 2020. So he decided to transform his 1,500-square-foot terrace into a little forest. When most of his friends spent their holidays in foreign countries, Aman Sharma recalls how different his school vacations were. His parents used to take him to bird sanctuaries and national parks across the country. Aman offers advice on how to create an urban jungle: Make certain that you have enough room and water. Check if your patio can withstand the weight of plants. Plant the appropriate host plants in your yard to attract butterflies. These are plants where butterflies lay eggs, which hatch into caterpillars, which finally develop into butterflies. As host plants, you may grow powder puff, milkweed, lemon tree, and curry leaf saplings. Grow fruiting plants such as guavas and pomegranates to attract birds. Grow a lot of blooming plants or trees to attract bees as well as butterflies. Birding community by youth for youth Aman started bird-watching from his house balcony at the age of 13. “I would wake up early every day to spend some time on my balcony watching the birds in the neighborhood. It was a life-changing experience,” recalls Aman, who is currently pursuing environmental studies in the US. Residing in a metropolitan city like Delhi didn’t stop him from pursuing his interests in birdi watching and wildlife photography. To attract more birds and butterflies near his house, he set up a terrace garden, which he calls his ‘urban jungle’, with over 500 plants. “I have spotted over 100 species of birds from my terrace,” claims the 19-year-old.During the 2020 pandemic-induced lockdown period, Aman says that he couldn’t travel to his favorite jungles and wildlife destinations. So, he decided to turn his 1,500 sq ft terrace into a tiny jungle. This realization was a turning point in Aman’s life, who started going out for bird walks in the city. Eventually, these walks led him to realize that children of his age are missing out on a great opportunity to understand urban wildlife. Through his birding club and terrace garden, Aman not only brings nature closer to urban dwellers but also inspires young minds to embrace and understand urban wildlife, creating a thriving ecosystem within the cityscape.

3 Dec 2023

The Whys and Hows

Creating Water from Air: How SOURCE's Hydropanels Redefine Clean Water Access Everywhere

SOURCE, a firm located in the United States is creating waves in the renewable energy field. Dr. Cody Friesen, a materials scientist, founded the organization, which has invented the world's first renewable drinking water system, which can provide clean, safe, drinkable water "completely off-grid, anywhere in the world." If producing water from the sun and air seems too wonderful to be true, the firm has previously shown its worth by executing projects in 52 countries across the world. Hydropanels are creating renewable water from a sustainable and infinite supply of the atmosphere in the heart of New Delhi. SOURCE Hydropanel water starts clean and stays pure throughout the process, defying the odds of air quality. The patented, one-of-a-kind Hydropanel from SOURCE is "a sustainable water technology that uses the power of the sun to extract an endless volume of clean, reliable drinking water from the air." The collected water is mineralized to obtain the optimum balance of composition and flavor, guaranteeing that everyone has easy access to high-quality drinking water. A Hydropanel is similar to a solar panel. Just as solar panels create energy, hydropanels create water, in that it provides clean and safe drinking water without the requirement for power or a water supply. The hydropanels may be erected in practically any area.It empowers businesses to thrive as sustainable leaders for future generations, inspiring by action - by implementing innovative renewable water solutions and conserving natural resources. Adopting Cutting-Edge Technology to Pave the Way for Long-Term Transformation: While water production might vary based on your location's weather, SOURCE technology is designed to generate water in a variety of situations, including low to medium sun and humidity. SOURCE is now targeting both conscientious business practices and conscious customers by offering water access in some of the world's most dry regions. All while implementing alternate alternatives to eliminate the requirement for water transportation. These Hydropanels provide a stable and economical source of clean drinking water for job sites of any size, even in remote locations. Workers may easily obtain a continuous and self-replenishing source of fresh drinking water by installing an array of Hydropanels on-site. This removes the need for costly and time-consuming potable water transportation.Luxury hotels, eco-resorts, restaurants, and business venues/offices can help achieve their sustainability goals by providing guests and employees with an option that avoids plastic and depletion of the water table by actively helping to 'create' more water for the region. It’s such exciting news to share with people all across the world!

2 Dec 2023

The Whys and Hows

Global Inspirations

This Pathbreaking Factory Achieves Carbon Neutrality by Running Completely on Solar Power

Zurich-headquartered Multinational tech firm ABB has set up a CO2-neutral factory in the town of Luedenscheid, Germany. On a sunny day, it works totally on solar power thus eliminating their carbon footprint and setting an example in sustainable development. ABB claims that its factory which employs around 800 people to manufacture electrical equipment such as power sockets and switchers, generates all its energy needs via solar power. The Solar Photovoltaic System The facility has installed a huge solar photovoltaic system over its car park. It is slated to produce 1100 megawatt-hours of power each year that could easily meet the annual requirements of 340 homes. Speaking to CNBC’s “Sustainable Energy”, the president of ABB’s electrification business Tarak Mehta said that on a sunny day, the location need not be connected to the grid. It generates approximately 14% more energy than it needs, so surplus power is fed back to the grid. A battery system with a capacity of 275-kilowatt hours provides energy storage. Reducing Carbon Footprint Mehta stated that this factory will demonstrate how even though it consumes a lot of energy, it can yet be sustainable and carbon neutral. ABB claims that technology at the site will help to save around 630 tonnes of carbon dioxide each year. While greenhouse gases like carbon dioxide are threatening our environment with global warming, it is good news that people all over the world are trying hard to reduce or eliminate their carbon footprint.

20 Sep 2019

Global Inspirations

First Car With Solar Roof Charging System Launched

Hyundai Motor has made use of groundbreaking eco-friendly technology in making the New Sonata Hybrid which is the first commercial car with a solar roof charging system. The technology involves the installation of solar panels on the roof of the car which will provide vehicles with additional electrical power in addition to increasing fuel efficiency and driving range. The solar roof charging system on the debut car supports the vehicle’s electric power source, increasing fuel efficiency and controlling CO2 emissions. The Solar Roof System The technology involves the installation of silicon solar panels on the car roof. When solar energy activates the solar panel’s surface, the panel uses photons of light from the sun to create electron-hole pairs in silicon cells, which generate solar electricity. A controller converts the electricity thus generated into a standard voltage which is then stored in the battery. Efficiency The battery gets charged 30 to 60% per day even while driving. With a daily charging of 6 hours, the drivers’ travel distance can increase by an extra 1,300 kilometers (800 miles) annually. Along with efficiency, Hyundai Motor also took into account the design of the car while developing the solar charging system. Hyundai is expected to roll out the technology to all other vehicles across its range in the coming years. Image Source: Good News Network

25 Aug 2019

Global Inspirations