A highly active in situ derived ruthenium catalyst (in-Ru) promotes the selective and complete conversion of methanol to hydrogen gas and formate at a low temperature (130 °C). The catalyst demonstrated excellent long-term stability during recyclability (producing 783 L of H2/g of Ru in 110 h) and bulk-scale experiments (producing 502 L of H2/g of Ru in 120 h), highlighting the practical applicability of the developed catalytic system for H2 production from methanol.
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Kharde et al. (2024) studied this question.
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