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How Smart Home Devices Can Help You Celebrate Earth Day Every Day?
By incorporating smart home devices into your daily life, you can make a positive impact on the environment and celebrate Earth Day every day.
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94% Plastic Recycled In 4 Hours: Scientists Unveil Breakthrough Method Powered By Air Moisture
Scientists have developed a groundbreaking method to break down plastic waste using moisture from the air.
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New Farm Fertilizer Could Remove CO2 from Air, Improve Soil Quality
Researchers have identified a method to accelerate carbon mineralisation using calcium silicates in farm fertilizers. The process could sequester billions of tons of CO2 while benefiting soil health. Unlike traditional magnesium silicates, calcium silicates react faster with CO2, making the approach more efficient. Scientists are exploring ways to ...
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UAE Government Partners Shiba Inu to Bring Web3 Technology to Public Sector Services
Shiba Inu announced the development on February 4, saying that its decentralised ShibOS operating system can help the UAE government with solutions around sustainable energy, green infrastructure solutions, decentralised finance, smart governance, and AI automation.
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A New Method Improves Kesterite Solar Cells, Making Them More Efficient
Researchers at the University of New South Wales have set a new efficiency record for kesterite-based solar cells, achieving 11.4 percent power conversion efficiency using hydrogen annealing. This method enhances carrier collection by redistributing sodium and oxygen, reducing defects, and improving charge transport. The findings, published in Natu...
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Exicom Integrates The Power Of Renewable Energy And Advanced EV Charging, Debuts Powerful Solutions At Bharat Mobility 2025
Exicom launches Harmony Boost, an advance EV charging solution. It makes it debut at the Bharat Mobility Global Expo 2025 and aims for better sustainability standards.
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New Dual-Reactor Tech Turns CO2 Into Protein for Food and Sustainability
A team of engineers in China has developed an innovative dual-reactor system that converts carbon dioxide into a high-protein product suitable for human and animal consumption. The two-stage process uses microbial electrosynthesis to turn CO2 into acetate, which is then used by bacteria to produce single-cell protein. This system promises a more su...
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Carbon Nanotube Fibers Can Be Fully Recycled Without Losing Properties, Claims New Study
A recent breakthrough in material science has shown that carbon nanotube (CNT) fibers can now be fully recycled without any loss of their mechanical, electrical, or thermal properties. This innovation could revolutionize industries like aerospace, automotive, and electronics, providing a sustainable alternative to traditional materials such as meta...
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Crystal-Based Cooling Technology Could Offer Sustainable Solution for Fridges and Air Conditioners
A new crystal-based cooling technology could significantly reduce the environmental impact of refrigerators and air conditioners. The unique plastic crystals absorb heat under pressure, providing a climate-friendly alternative to traditional refrigerants. However, challenges remain, such as the extreme pressures required for operation. Experts expr...
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Recyclable Stretchable Plastic Developed with 3D Printing for Multiple Uses
Princeton University researchers have developed a new 3D printed plastic material that is stretchable, flexible, and recyclable. Using thermoplastic elastomers and thermal annealing, the material can be tailored to different mechanical properties, making it suitable for applications in soft robotics, medical devices, prosthetics, and more. The cost...
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Virginia Tech Mathematicians Use Algebraic Geometry to Reduce Data Centre Energy Use
Researchers at Virginia Tech have applied algebraic geometry to improve energy efficiency in data centres. By using advanced polynomials and error-correcting codes, they have developed a new method for data storage and retrieval that reduces the need for excessive data replication and energy-intensive searching. This approach helps address the grow...
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UNSW Develops Miniature Sensor to Detect Nitrogen Dioxide with High Sensitivity
A team from UNSW Sydney has created a miniature, highly sensitive gas sensor that can detect nitrogen dioxide (NOâ‚‚) in real-time without needing external power. This sensor, using innovative 2D-printing technology, addresses common issues in gas detection, such as size and energy consumption. Its sensitivity to NOâ‚‚, combined with its ability to...
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KAIST Researchers Increase Lithium Metal Battery Lifespan by 750 Percent with Water-Based Solution
KAIST researchers have developed a groundbreaking method to extend the lifespan of lithium metal batteries by 750%. By using an eco-friendly protective layer made of hollow nanofibres, the team was able to significantly enhance the performance of lithium anodes. This process, which uses guar gum and water, not only improves battery life but also re...
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Ancient Log Discovery in Canada Shows How Wood Burial Could Be Key to Affordable Carbon Storage
A 3,775-year-old log, found by climate scientist Ning Zeng's team in Canada, has shown the potential of buried wood for long-term carbon storage. When covered by clay, the log retained most of its carbon, hinting at a cost-effective, natural solution for lowering atmospheric CO2 levels. Researchers suggest this low-cost strategy could lock away car...
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Tata Passenger Electric Mobility Partners with RSA to Promote Solar-Powered EV Charging Solution
The partnership between TPEM and RSA aims to boost both electric mobility and solar adoption in Rajasthan. This will be vital in the State’s commitment to sustainability and reduction of carbon emissions
-
How Smart Home Devices Can Help You Celebrate Earth Day Every Day?
By incorporating smart home devices into your daily life, you can make a positive impact on the environment and celebrate Earth Day every day.
-
94% Plastic Recycled In 4 Hours: Scientists Unveil Breakthrough Method Powered By Air Moisture
Scientists have developed a groundbreaking method to break down plastic waste using moisture from the air.
-
New Farm Fertilizer Could Remove CO2 from Air, Improve Soil Quality
Researchers have identified a method to accelerate carbon mineralisation using calcium silicates in farm fertilizers. The process could sequester billions of tons of CO2 while benefiting soil health. Unlike traditional magnesium silicates, calcium silicates react faster with CO2, making the approach more efficient. Scientists are exploring ways to ...
-
UAE Government Partners Shiba Inu to Bring Web3 Technology to Public Sector Services
Shiba Inu announced the development on February 4, saying that its decentralised ShibOS operating system can help the UAE government with solutions around sustainable energy, green infrastructure solutions, decentralised finance, smart governance, and AI automation.
-
A New Method Improves Kesterite Solar Cells, Making Them More Efficient
Researchers at the University of New South Wales have set a new efficiency record for kesterite-based solar cells, achieving 11.4 percent power conversion efficiency using hydrogen annealing. This method enhances carrier collection by redistributing sodium and oxygen, reducing defects, and improving charge transport. The findings, published in Natu...
-
Exicom Integrates The Power Of Renewable Energy And Advanced EV Charging, Debuts Powerful Solutions At Bharat Mobility 2025
Exicom launches Harmony Boost, an advance EV charging solution. It makes it debut at the Bharat Mobility Global Expo 2025 and aims for better sustainability standards.
-
New Dual-Reactor Tech Turns CO2 Into Protein for Food and Sustainability
A team of engineers in China has developed an innovative dual-reactor system that converts carbon dioxide into a high-protein product suitable for human and animal consumption. The two-stage process uses microbial electrosynthesis to turn CO2 into acetate, which is then used by bacteria to produce single-cell protein. This system promises a more su...
-
Carbon Nanotube Fibers Can Be Fully Recycled Without Losing Properties, Claims New Study
A recent breakthrough in material science has shown that carbon nanotube (CNT) fibers can now be fully recycled without any loss of their mechanical, electrical, or thermal properties. This innovation could revolutionize industries like aerospace, automotive, and electronics, providing a sustainable alternative to traditional materials such as meta...
-
Crystal-Based Cooling Technology Could Offer Sustainable Solution for Fridges and Air Conditioners
A new crystal-based cooling technology could significantly reduce the environmental impact of refrigerators and air conditioners. The unique plastic crystals absorb heat under pressure, providing a climate-friendly alternative to traditional refrigerants. However, challenges remain, such as the extreme pressures required for operation. Experts expr...
-
Recyclable Stretchable Plastic Developed with 3D Printing for Multiple Uses
Princeton University researchers have developed a new 3D printed plastic material that is stretchable, flexible, and recyclable. Using thermoplastic elastomers and thermal annealing, the material can be tailored to different mechanical properties, making it suitable for applications in soft robotics, medical devices, prosthetics, and more. The cost...
-
Virginia Tech Mathematicians Use Algebraic Geometry to Reduce Data Centre Energy Use
Researchers at Virginia Tech have applied algebraic geometry to improve energy efficiency in data centres. By using advanced polynomials and error-correcting codes, they have developed a new method for data storage and retrieval that reduces the need for excessive data replication and energy-intensive searching. This approach helps address the grow...
-
UNSW Develops Miniature Sensor to Detect Nitrogen Dioxide with High Sensitivity
A team from UNSW Sydney has created a miniature, highly sensitive gas sensor that can detect nitrogen dioxide (NOâ‚‚) in real-time without needing external power. This sensor, using innovative 2D-printing technology, addresses common issues in gas detection, such as size and energy consumption. Its sensitivity to NOâ‚‚, combined with its ability to...
-
KAIST Researchers Increase Lithium Metal Battery Lifespan by 750 Percent with Water-Based Solution
KAIST researchers have developed a groundbreaking method to extend the lifespan of lithium metal batteries by 750%. By using an eco-friendly protective layer made of hollow nanofibres, the team was able to significantly enhance the performance of lithium anodes. This process, which uses guar gum and water, not only improves battery life but also re...
-
Ancient Log Discovery in Canada Shows How Wood Burial Could Be Key to Affordable Carbon Storage
A 3,775-year-old log, found by climate scientist Ning Zeng's team in Canada, has shown the potential of buried wood for long-term carbon storage. When covered by clay, the log retained most of its carbon, hinting at a cost-effective, natural solution for lowering atmospheric CO2 levels. Researchers suggest this low-cost strategy could lock away car...
-
Tata Passenger Electric Mobility Partners with RSA to Promote Solar-Powered EV Charging Solution
The partnership between TPEM and RSA aims to boost both electric mobility and solar adoption in Rajasthan. This will be vital in the State’s commitment to sustainability and reduction of carbon emissions
