Archives: Fuel Cells

In the year 2015 General Motors has stated that it plans to rollout several thousand fuel cell vehicles to showrooms in several different countries. Today, GM is taking a step in that direction. General Motors is now working on their next generation of fuel cell based upon the current HydroGen4 model. GM hopes to produce • Read More »

Nanotechnology has already helped provide many breakthroughs in all areas of science, technology and engineering. Scientists in the UK and Iran are now using nanotechnology to aid in creating cheaper and more durable fuel cells for cars and production of hydrogen. According to Nanowerk, “…Ulster scientists have found a cheaper solution that could help bring • Read More »

There have many potty jokes over the years about powering a car or home’s fuel cells with poop or urine. In fact in June 2009 I wrote this blog post about a car potentially powered by urine. Now, instead of number one, researchers in Michigan want to go number 2 when it comes to hydrogen • Read More »

Zinc Air, Incorporated out of Montana has licensed the rights for a zinc air fuel cell developed by a retired chemist at the Lawrence Livermore National Laboratory (LLNL). The good news for hydrogen hybrid vehicle makers it that zinc is seen as a replacement for expensive platinum in fuel cells and not so environmentally friendly • Read More »

Today I would like to talk about how hydrogen fuel cells are going organic. Specifically I would like to talk about how some hydrogen fuel cells use organic human waste for power and another H2 fuel cell simulates a human organ. I’ve talked about pee-power for hydrogen fuel cells before. The scientists at Heriot-Watt University • Read More »

I’m always glad to see articles about hydrogen fuel cells that exceed expectations. The critics of hydrogen fuel cells say that they cost too much and are not durable enough. First, the cost concerns are being addressed by researchers at Cornell University. Second, the durability concerns are being proven to of no concern at all • Read More »

In September 2008, I had talked about how South Africa had started pushing their native mined platinum for fuel cells. South Africa currently produces roughly 80-percent of the world’s platinum resources. A month ago I had talked about how South Africa had dropped the ball in regard to introducing the world to hydrogen fuel cells • Read More »

I was reading an article about Singapore and China developing a hydrogen fuel cell hybrid bus to be used at the 2010 Youth Olympic Games that will take place this coming August. Then it suddenly occurred to me, where are all of the hydrogen cars, vehicles and buses at the 2010 FIFA World Cup games? • Read More »

UTC Power fuel cells inside of three AC Transit buses in the Oakland, California area have logged over 255,000 miles each and counting. One PureMotion Model 120 UTC Power fuel cell exceeded 6,000 hours of operation and another one exceeded 7,000 hours. These numbers far exceed the minimum 5,000 hour durability that the U. S. • Read More »

ACAL Energy is attempting to do what few others have managed which is to eliminate the expensive platinum used on the cathode of its hydrogen fuel cell. Instead the ACAL FlowCath uses a durable liquid chemical cathode in its hydrogen FC. This reduces the platinum content by 80-percent overall in the fuel cell. Besides this • Read More »