Pacific Northwest National Laboratory

Research

Energy Research and Development

Energy research and development

Natural enzymes that inspired the development of the iron catalyst. These enzymes are capable of splitting hydrogen molecules and extracting electrons and protons.

Crucial components for storing hydrogen, either as compressed gas or supercooled liquid, which are necessary for powering hydrogen-based vessels.

Process of capturing carbon dioxide emissions and storing them to prevent release into the atmosphere. The research proposes using methane hydrates as a storage medium.

United States

California

Oregon

PNNL research project to develop an iron-based catalyst with pendant amines as a platinum-free alternative for hydrogen fuel cell applications.

A research initiative at Pacific Northwest National Laboratory to develop a catalyst based on hydrogenase enzyme structure for hydrogen fuel cells, aimed at replacing expensive platinum-based catalysts.

Research project conducted by PNNL to develop and validate a computer model demonstrating CO2 capture through methane hydrate displacement. The study quantifies molecular-level interactions between gases and water to show that methane can be efficiently replaced with CO2 in gas hydrate structures.

A new catalyst featuring an iron center and nitrogen-containing molecular chains (pendant amines) designed to extract electrons from hydrogen molecules for use in fuel cells, offering a platinum-free alternative.