This collaboration between four RASEI Fellows shows how electricity can be used to impart ‘superoxide powers’ to oxygen gas molecules from air, enabling the ...

A new study published in Advanced Materials Interfaces presents an innovative method for repurposing post-consumer thermoplastic waste into cost-effective, high-performance energy harvesters. Image ...

Jolts of electricity can convert discarded plastic into hydrogen gas and graphene, potentially offering a way to manage a growing waste problem while also producing an environmentally-friendly fuel ...

Scientists are exploring innovative avenues to pursue renewable energy sources amid climate change concerns. As sustainability becomes increasingly prevalent, repurposing waste into new products gains ...

This illustration shows how a newly developed floatable nanocomposite system produces hydrogen gas by using sunlight to break down everyday plastic waste. The sponge-like material floats on water and ...

The new method converts mixed waste plastics into high-yield hydrogen gas and valuable graphene. Current hydrogen production, mostly 'gray' hydrogen, generates significant CO2 emissions; this new ...

Bengaluru: If Bengaluru’s residents strictly segregate wet and dry waste at the source, electricity generated from this waste could power as many as one lakh homes, according to Karigowda, Chief ...