Umpqua Energy

Umpqua Energy developing clean-burning engines intended to replace conventional engines in various vehicle types.

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

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

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

Process developed by Iowa Powder Atomization Technologies to produce titanium powder while significantly reducing power consumption in industrial applications.

Iowa

United States

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

Umpqua Energy developing clean-burning engines intended to replace conventional engines in various vehicle types.

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

Powder produced through atomization technology with applications in artificial limbs, biomedical implants, and industrial uses.

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.