Can We Create a Hydrolysis Catalyst for Water Separation?

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Creating an effective hydrolysis catalyst for water separation could significantly reduce the energy required for hydrogen and oxygen extraction. The discussion explores the possibility of developing an alloy that functions as a catalyst, potentially minimizing electricity usage during hydrolysis. Alternatively, a material that dissolves over time, requiring periodic replacement, could also be viable. Key challenges include not only lowering energy consumption but also ensuring the safe separation of hydrogen and oxygen to prevent recombination. Advances in this area could greatly benefit the emerging hydrogen economy.
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Shall it ever be possible (regarding chemistry rules) to make an alloy which acts like a catalyst in separation of hydrogen and oxygen in water (i.e. drasticaly reduces the amount of electricity needed to do hydrolysis)?

(PS: imagine someone grabs a piece of such material with bare hands...)

Or maybe not a catalyst but some kind of material that would be slowly dissolved in process (so you must replace it from time to time)?
 
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Such a catalyst would be of great interest to many people considering the prospect of a 'hydrogen economy'.

The problem is two-fold: one is to reduce energy require to separate H and O in H2O, and two separate the products H2 and O2 so that they do not react.
 
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