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- W2182768489 abstract "TIAX has finalized an analysis of small-scale purification technologies suitable for hydrogen fueling stations. In this project, professionals at TIAX identified and analyzed three technologies not currently supported by DOE that have some promise as hydrogen purification methods for hydrogen fueling stations. The technologies selected for detailed evaluation in this study were amorphous membranes without noble metals (Zr-Ni alloy), dry fluorinated metal hydrides and the application of this fluorinated metal hydride in a slurry. The detailed study was performed in the context of hydrogen fueling station hydrogen production and storage technologies. The analysis considered the technology R&D status, current and potential performance and cost, and possible development paths. Alternative fueling station scenarios were developed and compared on the basis of cost, performance and overall system efficiency to each other and baseline technologies such as small-scale pressure swing adsorption purification and central production options. Results indicate that energy use for hydrogen purification with fluorinated metal hydrides could be lower if low-quality reforming techniques are used (such as an autothermal reformer or hydrogen production from renewables such as biomass), while small-scale PSA purification appears to result in the lowest well-to-tank energy use when coupled with steam reforming. Additionally, fueling costs using fluorinated metal hydride slurry purification appear to be generally lower than PSA options, except if the hydride is also used to store hydrogen (this would of course provide additional safety and size benefits). While fluorinated metal hydrides would appear to provide significant improvements in cost over the current state-of-the-art, considerable further development will be required to prove its feasibility and optimize its implementation." @default.
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- W2182768489 date "2002-01-01" @default.
- W2182768489 modified "2023-09-26" @default.
- W2182768489 title "HYDROGEN TECHNICAL ANALYSIS" @default.
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