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SCIENCE & TECHNOLOGY: HYDROGEN PURIFICATION HOWS, WHATS, AND WHYS |
Every Power+Energy Micro-Channel Hydrogen Purifier, Separation System, or bare cell operates on the basic principle of gas diffusion across a semi-permeable membrane. As you will learn by following the links below, the basic principles involved are simple and easy to understand. Don’t be fooled, however: a Power+Energy Micro-Channel Hydrogen Purifier is the result of many years of intensive research and exhaustive testing by the industry's leading physicists and engineers. |
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| Fuel-Processing Technology and Alternative Energy |
With fuel cell technology, the electric car is becoming a viable dream. As a reliable source of ultra-pure hydrogen, Power+Energy is in a unique position to help drive this market in the coming hydrogen economy. Here you can see an animation showing how P+E technology can generate ultra-pure hydrogen from common liquid fuels like gasoline.
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| Basic Principle of Operation |
Here you can learn more about the process behind hydrogen purification via palladium-alloy diffusion, the principle behind every Power+Energy Micro-Channel Hydrogen Purifier.
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| Inside-Feed vs. Outside-Feed Technology |
Power+Energy’s proprietary “inside-feed” technology is the reason P+E Micro-Channel Hydrogen Purifiers are second to none when it comes to reliability and cost efficiency. Compare our hydrogen technology to that used by our competitors, and see for yourself how a P+E Micro-Channel Hydrogen Purifier will save you time and money.
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More About Hydrogen, Hydrogen Technology and Energy... |
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Research Papers
Power+Energy's Research and Development department provides the white papers and presentations below to help you stay abreast of our fuel-processing advancements and hydrogen
purifier technology.
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Experimental Demonstration of Advanced Palladium Membrane Separators for Central High-Purity Hydrogen Production (report by United Technology Research Center)
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Poster Presentation: "A Novel Approach to Energy Independence" - Power+Energy's engineering path for a compact palladium-alloy micro-channel membrane separator/reactor.
Download (576KB PDF) |
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NHA H2 Conference 2005: Navy Shipboard Fuel Cell Program
Download (1.70MB PDF) |
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The Effects of Carrier Gas Viscosity and Diffusion on Column
Efficiency in Capillary Gas Chromatography.
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Outside-In
vs. Inside-Out:
Which Method Produces Cleaner Hydrogen?
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Issues Affecting the Reliability
of
Palladium-Membrane Hydrogen Purifiers
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Copyright © 2002-2010 Power & Energy,
Inc. |
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