More efficient fuel cells

Longer Lasting and More Efficient Molten Carbonate Fuel Cells due to Improvements in Ceramic Materials and their Production Process

Emergy indicators of the industrial production and pilot-plant operation of Molten Carbonate Fuel Cells (MCFC) are presented, as a continuation of ongoing research on Hydrogen-based technologies. MCFCs are very likely to shortly reach the commercialization phase, as a result of the recent intense efforts in the development of innovative ceramic components (anode, cathode and matrix), as well as...

Much More Than Enriched Myocardial Fuel

As in many other medical specialties, cardiac surgery is exploring its boundaries. The patient population scheduled for cardiac surgery is aging, and the surgical procedures are becoming more complex, leading to significant comorbidity. In addition, the myocardium is often poorly functioning; cardiac remodeling resulting from myocardial ischemic events or longstanding volume and/or pressure ove...

More Efficient Solar Cells via Multi Exciton Generation

Fuel Processors for PEM Fuel Cells

Objectives • Demonstrate high performance desulfurizer, catalyst, micro-reactor and microcombustor/ microvaporizer concepts that will enable production of compact fuel processors for proton exchange membrane (PEM) fuel cells • Design, fabricate and evaluate a 1-kWe fuel-flexible fuel processor during the first 36 months (one of the fuels capable of being reformed will be EPA Phase II reformulat...

stronger, more efficient governments in the region

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