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Power+Energy h2 flow separators employ Power+Energy's unique micro-channel
technology to produce ultra-pure hydrogen suitable for direct supply to a fuel cell from a wide
range of hydrogen containing gas streams. Each hydrogen flow separator is custom designed for the
specific customer application.
Power+Energy hydrogen separation technology developed to meet the requirements
of the US Navy is being used in cutting edge DOE and DOD supported hydrogen recovery projects. Read
about Power+Energy’s h2 separation technology and applications in NAVSEA’s 2010 Annual Report.
Read about P+E's hydrogen separation research efforts in conjunction with United
Technologies Research Center (UTRC) and Metal Hydride Technologies, Inc. in the project fact sheet titled "Experimental
Demonstration of Advanced Palladium Membrane Separators for Central High-Purity Hydrogen
Production" published by the U.S. DOE's Office of Fossil Energy, NETL, or the scientific paper of the same name by UTRC's Sean C.
Emerson, Power+Energy and Metal Hydride Technologies, Inc. published by the DOE's Hydrogen
Energy Program.
The DOE's follow up to the "Experimental Demonstration of Advanced Palladium
Membrane Separators for Central High-Purity Hydrogen Production" effort is a project to demonstrate
at a pilot scale the use of Pd-based membranes to separate H2 from syngas. Read the DOE's
NETL Project Fact Sheet, Advanced Palladium
Membrance Scale-up for Hydrogen Separation, for more information.
To request a quotation or for more information about P+E Solutions, please contact one of our
Channel Partners to help you choose the right P+E product for your
application.
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