Fair Recap
August 18, 2008 by petfc
Precision Energy and Technology’s attendance of the 2008 Ohio State Fair was a success. Partnering with the Ohio Department of Development, many citizens of Ohio were able to see first hand how our state is moving forward with alternative energy. With both a fuel cell and solar panel display, we were able to show off not only current options in the market, but also prototypes of our very own fuel cell products. If you missed our displays at the fair view the photos below. Any questions either call or use the online contact form here.
Ohio State Fair
July 20, 2008 by petfc
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 join with us in learning and promoting alternative energy.
DOE Project
April 1, 2008 by petfc
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.
PEM Catalyst
December 22, 2007 by petfc
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 project seeks to reduce the costs associated with platinum catalysts by minimizing the use of the catalyst while increasing its efficiency in the fuel cell membrane electrode assembly (MEA).
Low Cost MEA
November 1, 2007 by petfc
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 improvement in processing and manufacturing of MEA in conjunction with the PET MEA Bonding Machine. This goal of this program is an automated program that provides a flexible sizing of MEA component for commercialization of electrolysis products.