Department of Energy laboratories

Energy policy and research

Education and Research

Titanium powder production

Research and education in energy science and engineering

A nanosensor that uses plasmonic optical phenomena to detect hydrogen gas by changing color in response to hydrogen concentration changes.

A modified titanium dioxide photocatalyst with hydrogen doping and oxygen vacancies that enables visible light absorption for water splitting.

Technological advances in nanotechnology are making the production of hydrogen fuel cells more viable.

Sweden

California

Iowa

Iowa Powder Atomization Technologies testing new atomization technology to reduce industrial power consumption.

Vorbeck Materials experimenting with nanotechnology to create more efficient lithium-ion batteries and improve hydrogen fuel cell performance.

Development of a plasmonic optical nanosensor encapsulated in plastic for rapid hydrogen gas detection in automotive and industrial applications.

Electronic components made from graphene used in nanotechnology applications for battery and fuel cell efficiency.

Hydrogen-based engines designed to replace conventional engines in various vehicle types.

A plasmonic optical nanosensor encapsulated in plastic that detects hydrogen gas by changing color. Capable of detecting 0.1% hydrogen in air in less than a second and designed for use in hydrogen-powered vehicles and industrial applications.