Ohio State Fair
Ohio State Fair
The Ohio Department of Development has invited Precision Energy and Technology to demonstrate alternative energy and some of PET’s educational products. On display will be a large solar cell, hydrogen generating electrolyzer, fuel cells, and a toy fuel cell car. Please... [Read more...]
DOE Project
DOE Project
Precision Energy and Technology (PET) has won an award from the DOE for the development of High Volume Metal Injection Bipolar plates. This effort is a collaboration between PET and University of Dayton Research Institute. Read More →
PEM Catalyst
PEM Catalyst
Department of Energy has announced that a STTR award has been granted to the team of Mound Laser and Photonic Center (MLPC), University of Dayton Research Institute (UDRI) and Precision Energy and Technology (PET) on improving the platinum utilization in PEM fuel cells. This... [Read more...]
Low Cost MEA
Low Cost MEA
The DOE / EMTEC Hydrogen Infrastructure Program Grant was awarded to Precision Energy and Technology (PET) for supporting continuous reel to reel, high volume and low costs MEA production for hydrogen generation purposes. This program concentrates on the material selection and... [Read more...]
Educational Fuel Cells
Educational Fuel Cells
The team of Precision Energy and Technology (PET) and Sinclair Community College (SCC) has received an EMTEC Core Grant for the development of educational fuel cells and supporting products. The development centers on a QFD of regional educators in the Ohio. The targeted educational... [Read more...]
Precision Energy and Technology (PET) is developing solutions to solve the world's energy problem. With fossil fuel production currently peaking, now is the time to explore alternate sources of energy. With almost limitless applications, hydrogen has the potential to become a renewable energy source that will have a profound impact on our everyday lives. One area PET is focused on is the manufacturing of membrane electrode assemblies (M.E.A.) and bi-polar plates, the basic units of the fuel cell that combines layers of various materials to generate energy.
PET also works with companies to develop manufacturing processes and equipment for PAFC, SOFC, PEMFC, as well as other types.
We continue to partner with research facilities and universities to improve the performance, cost, and reliability of fuel cell components.
