Pennsylvania State University

A collaborative research project to develop a new photo-catalyst capable of producing hydrogen from biomass-derived products using solar energy. The catalyst uses titania nanorods to absorb sunlight and accelerate the electrolysis process.

A type of microbial fuel cell that generates electricity by consuming hydrogen gas and treats water, producing clean water as a byproduct.

Fuel cells that use bacteria as catalysts to produce hydrogen gas, which is then used to generate electricity. In this application, the hydrogen also provides buoyancy control.

The process used to produce green hydrogen by splitting water using electricity.

The production of methane gas through the use of microorganisms (methanogens) that consume electricity.

Pennsylvania

Saudi Arabia

A collaborative research project to develop and apply colloidal quantum dots as semiconductors to improve solar energy efficiency and reduce costs.

A collaborative research project to develop a new photo-catalyst capable of producing hydrogen from biomass-derived products using solar energy. The catalyst uses titania nanorods to absorb sunlight and accelerate the electrolysis process.

Nanoparticles that act as semiconductors, capable of capturing light and converting it into electricity. Can be applied to various surfaces to create solar power cells.

A type of microbial fuel cell that generates electricity by consuming hydrogen gas and treats water, producing clean water as a byproduct.

A new photo-catalyst comprised of titania nanorods designed to absorb sunlight and generate electricity to power the electrolysis process for hydrogen production from biomass-derived products.