University of Southern California

A research project at USC developing a method to produce hydrogen fuel by recycling greenhouse gases through formic acid dehydrogenation using a newly developed catalyst.

A newly developed catalyst capable of facilitating the dehydrogenation of formic acid to release hydrogen without producing harmful emissions. The catalyst has demonstrated durability through 2.2 million turnovers and continues to function efficiently.

Solar cells made from nanocrystals that are small enough to be used as an ink and painted onto plastic surfaces, transforming them into solar energy systems.

A newly developed catalyst capable of facilitating the dehydrogenation of formic acid to release hydrogen without producing harmful emissions. The catalyst has demonstrated exceptional durability through 2.2 million turnovers.

A method of storing hydrogen by converting it into a more stable solid chemical form.

California

Tennessee

A research project at USC developing a method to produce hydrogen fuel by recycling greenhouse gases through formic acid dehydrogenation using a newly developed catalyst.

Vehicles powered by electricity, considered a viable replacement for traditional cars, especially for those concerned for the environment.

A newly developed catalyst capable of facilitating the dehydrogenation of formic acid to release hydrogen without producing harmful emissions. The catalyst has demonstrated durability through 2.2 million turnovers and continues to function efficiently.

A type of rechargeable battery used in modern electronics and increasingly in renewable energy applications like electric vehicles. The article discusses both conventional and a new generation of these batteries.