| 摘要 |
A cold water-splitting hydrogen generation system utilizes Raney Nickel's attribute of dissociating hydrogen from its chemical compound under room temperature (25° C ±) to eliminate heat requirement for the thermochemical water-splitting hydrogen generation process. The thermochemical water-splitting hydrogen generation process uses water as its raw material and iodine and sulfur dioxide as the catalysts. The entire process is promulgated in a single reactor system and thus can easily be adapted for the on-board usages such as automobiles and laptop computers, as well as for large utility power stations.
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