Studies involving high temperature desulfurization/regeneration reactions of metal oxides for fuel cell developments. Project status report, December 1982

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The test evaluation of supported system CuO/Zeolite was carried out in the fluidized bed reactor with 450 mean average particle diameter. In all the tests, the sulfur capacity was observed below 1 mole % conversion for 10 ppM H/sub 2/S concentration in the effluent gas. There was an improvement in sulfur capacity of air-steam regenerated batches (Run 171 and 172) compressed to air regenerated batches (Run 169 and 170). We believe CuO-ZnO system has greater potentials than supported CuO only. We plan to carry out a desulfurization test of mixed oxide CuO/ZnO sorbent with ZrO/sub 2/ as diluent.

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Roy Long, Studies involving high temperature desulfurization/regeneration reactions of metal oxides for fuel cell developments. Project status report, December 1982, 2016-09-29, https://edx.netl.doe.gov/dataset/studies-involving-high-temperature-desulfurization-regeneration-reactions-of-metal-oxides-for-fue2

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Last Updated	September 29, 2016, 16:06 (LMT)
Created	September 29, 2016, 16:06 (LMT)
Citation	Roy Long, Studies involving high temperature desulfurization/regeneration reactions of metal oxides for fuel cell developments. Project status report, December 1982, 2016-09-29, https://edx.netl.doe.gov/dataset/studies-involving-high-temperature-desulfurization-regeneration-reactions-of-metal-oxides-for-fue2
Netl Product	yes
Poc Email	Roy.long@netl.doe.gov
Point Of Contact	Roy Long
Program Or Project	KMD
Publication Date	1983-1-15