香港理工大学张晓&香港城市大学王昕最新Nature子刊丨阳离子穿梭驱动生物质电氢化！
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TL;DR - A Nature Communications study introduces a porous solid-electrolyte reactor that combines electrochemical biomass hydrogenation with product purification. It offers a potentially scalable, lower-energy route for converting maleic acid into high-purity succinic acid.
- Na⁺ shuttling raises the local cathode-interface cation concentration and suppresses competing hydrogen evolution.
- The reactor achieved about 85% Faradaic efficiency and over 98% final succinic acid purity without supporting electrolyte recovery.
- Continuous operation remained stable for more than 500 hours.
- Techno-economic analysis estimated a production cost of $0.1687 per kg of succinic acid.
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香港理工大学张晓&香港城市大学王昕最新Nature子刊丨阳离子穿梭驱动生物质电氢化！
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TL;DR - A Nature Communications study introduces a porous solid-electrolyte reactor that combines electrochemical biomass hydrogenation with product purification. It offers a potentially scalable, lower-energy route for converting maleic acid into high-purity succinic acid.
- Na⁺ shuttling raises the local cathode-interface cation concentration and suppresses competing hydrogen evolution.
- The reactor achieved about 85% Faradaic efficiency and over 98% final succinic acid purity without supporting electrolyte recovery.
- Continuous operation remained stable for more than 500 hours.
- Techno-economic analysis estimated a production cost of $0.1687 per kg of succinic acid.