Abstract
Hydrogen evolution from aqueous cadmium sulfide dispersions with rhodium oxide as catalyst in the presence of sulfide ions as electron donor was followed. The effect of the amount of CdS and RhO x , as well as the temperature dependence, were studied in detail. Results obtained indicate that the observed decline in the rate of the hydrogen production is due to the loss of the catalyst activity. Regeneration of hydrogen production can be achieved by removing hydrogen from illuminated solution.
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