电化学阴极制氢耦合阳极废水污染物降解的研究进展

Jiangtao Feng; Yaxing Sun; Changzheng Lin; Jinwei Zhu; Wei Yan

doi:10.7652/xjtuxb202312005

电化学阴极制氢耦合阳极废水污染物降解的研究进展

Jiangtao Feng
, Yaxing Sun
, Changzheng Lin
, Jinwei Zhu
, Wei Yan

能源与动力工程学院

Xi'an Jiaotong University
Shaanxi Electrical Equipment Institute

科研成果: 期刊稿件 › 文章 › 同行评审

2 引用（Scopus）

摘要

Waterelectrolysisisagreenhydrogenproductiontechnology butitsenergyefficiency islimitedbythekineticsofanodicoxygenevolutionreaction(OER).Forthisproblem thispapersystematicallysummarizesanddiscussesasystemcouplingwaterelectrolysiswithpollutioncontrol toreduceenergyconsumption whichhasanadvantagethattheOERreactionisreplacedbyanodicpollutantoxidation which notonlyreducestheenergyconsumed duringthe waterelectrolysis hydrogenproductionbutalsotreatsthepollutants soastointegratehydrogenproductionand pollutioncontrol.Theimportantroleofelectrolyticcelldesignplayedinthecouplingsystem was discussed asawell-designedelectrolyticcellisbeneficialtotheefficiencyofhydrogenproduction andpollutioncontrol.Thedevelopmentofelectrode materials withstableperformanceisalso importantforanefficientcouplingsystem.Nickel- cobalt- orcopper-based materialsandtheir compositesareallusedaselectrodematerialsinthecouplingsystemtoimprovethestabilityand theefficiencyofhydrogenproductionandorganicpollutantdegradation.Organiccompoundssuch asalcohols phenols aldehydes urea hydrazine andamines as wellasliquidammoniaand sulfur-containingcompounds are also usedin the coupling system.The addition ofthese substancescanimprovetheelectronicutilizationrateofthesystem andpreventO2^/H2 mixing, achievinggreenhydrogenproductionanddegradingpollutantsorevengeneratinghighervalue-added chemicalsduringthehydrogenproduction.Thispaperalsoanalyzestheinfluencingfactors reaction mechanismandexistingproblemsofthecouplingsystem inordertoprovideatheoreticalbasisforthe researchandapplicationofthecouplingsystem.Inaddition thispaperproposescorrespondingsolutions andprospectsforthedifficultiesinthemechanism economy andotheraspectsoftheapplication ofthecouplingsystem.

投稿的翻译标题	Research Progressin Coupled Anodic Pollutant Degradation of Electrochemical Cathodic Hydrogen Production
源语言	繁体中文
页（从-至）	41-58
页数	18
期刊	Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University
卷	57
期	12
DOI	https://doi.org/10.7652/xjtuxb202312005
出版状态	已出版 - 12月 2023

关键词

anodic oxidation
coupling of hydrogen production
hydrogen production
pollutant degradation
pollution control
watere lectrolysis

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10.7652/xjtuxb202312005

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引用此

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title = "电化学阴极制氢耦合阳极废水污染物降解的研究进展",

abstract = "Waterelectrolysisisagreenhydrogenproductiontechnology butitsenergyefficiency islimitedbythekineticsofanodicoxygenevolutionreaction(OER).Forthisproblem thispapersystematicallysummarizesanddiscussesasystemcouplingwaterelectrolysiswithpollutioncontrol toreduceenergyconsumption whichhasanadvantagethattheOERreactionisreplacedbyanodicpollutantoxidation which notonlyreducestheenergyconsumed duringthe waterelectrolysis hydrogenproductionbutalsotreatsthepollutants soastointegratehydrogenproductionand pollutioncontrol.Theimportantroleofelectrolyticcelldesignplayedinthecouplingsystem was discussed asawell-designedelectrolyticcellisbeneficialtotheefficiencyofhydrogenproduction andpollutioncontrol.Thedevelopmentofelectrode materials withstableperformanceisalso importantforanefficientcouplingsystem.Nickel- cobalt- orcopper-based materialsandtheir compositesareallusedaselectrodematerialsinthecouplingsystemtoimprovethestabilityand theefficiencyofhydrogenproductionandorganicpollutantdegradation.Organiccompoundssuch asalcohols phenols aldehydes urea hydrazine andamines as wellasliquidammoniaand sulfur-containingcompounds are also usedin the coupling system.The addition ofthese substancescanimprovetheelectronicutilizationrateofthesystem andpreventO2/H2 mixing, achievinggreenhydrogenproductionanddegradingpollutantsorevengeneratinghighervalue-added chemicalsduringthehydrogenproduction.Thispaperalsoanalyzestheinfluencingfactors reaction mechanismandexistingproblemsofthecouplingsystem inordertoprovideatheoreticalbasisforthe researchandapplicationofthecouplingsystem.Inaddition thispaperproposescorrespondingsolutions andprospectsforthedifficultiesinthemechanism economy andotheraspectsoftheapplication ofthecouplingsystem.",

keywords = "anodic oxidation, coupling of hydrogen production, hydrogen production, pollutant degradation, pollution control, watere lectrolysis",

author = "Jiangtao Feng and Yaxing Sun and Changzheng Lin and Jinwei Zhu and Wei Yan",

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month = dec,

doi = "10.7652/xjtuxb202312005",

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T1 - 电化学阴极制氢耦合阳极废水污染物降解的研究进展

AU - Feng, Jiangtao

AU - Sun, Yaxing

AU - Lin, Changzheng

AU - Zhu, Jinwei

AU - Yan, Wei

PY - 2023/12

Y1 - 2023/12

N2 - Waterelectrolysisisagreenhydrogenproductiontechnology butitsenergyefficiency islimitedbythekineticsofanodicoxygenevolutionreaction(OER).Forthisproblem thispapersystematicallysummarizesanddiscussesasystemcouplingwaterelectrolysiswithpollutioncontrol toreduceenergyconsumption whichhasanadvantagethattheOERreactionisreplacedbyanodicpollutantoxidation which notonlyreducestheenergyconsumed duringthe waterelectrolysis hydrogenproductionbutalsotreatsthepollutants soastointegratehydrogenproductionand pollutioncontrol.Theimportantroleofelectrolyticcelldesignplayedinthecouplingsystem was discussed asawell-designedelectrolyticcellisbeneficialtotheefficiencyofhydrogenproduction andpollutioncontrol.Thedevelopmentofelectrode materials withstableperformanceisalso importantforanefficientcouplingsystem.Nickel- cobalt- orcopper-based materialsandtheir compositesareallusedaselectrodematerialsinthecouplingsystemtoimprovethestabilityand theefficiencyofhydrogenproductionandorganicpollutantdegradation.Organiccompoundssuch asalcohols phenols aldehydes urea hydrazine andamines as wellasliquidammoniaand sulfur-containingcompounds are also usedin the coupling system.The addition ofthese substancescanimprovetheelectronicutilizationrateofthesystem andpreventO2/H2 mixing, achievinggreenhydrogenproductionanddegradingpollutantsorevengeneratinghighervalue-added chemicalsduringthehydrogenproduction.Thispaperalsoanalyzestheinfluencingfactors reaction mechanismandexistingproblemsofthecouplingsystem inordertoprovideatheoreticalbasisforthe researchandapplicationofthecouplingsystem.Inaddition thispaperproposescorrespondingsolutions andprospectsforthedifficultiesinthemechanism economy andotheraspectsoftheapplication ofthecouplingsystem.

AB - Waterelectrolysisisagreenhydrogenproductiontechnology butitsenergyefficiency islimitedbythekineticsofanodicoxygenevolutionreaction(OER).Forthisproblem thispapersystematicallysummarizesanddiscussesasystemcouplingwaterelectrolysiswithpollutioncontrol toreduceenergyconsumption whichhasanadvantagethattheOERreactionisreplacedbyanodicpollutantoxidation which notonlyreducestheenergyconsumed duringthe waterelectrolysis hydrogenproductionbutalsotreatsthepollutants soastointegratehydrogenproductionand pollutioncontrol.Theimportantroleofelectrolyticcelldesignplayedinthecouplingsystem was discussed asawell-designedelectrolyticcellisbeneficialtotheefficiencyofhydrogenproduction andpollutioncontrol.Thedevelopmentofelectrode materials withstableperformanceisalso importantforanefficientcouplingsystem.Nickel- cobalt- orcopper-based materialsandtheir compositesareallusedaselectrodematerialsinthecouplingsystemtoimprovethestabilityand theefficiencyofhydrogenproductionandorganicpollutantdegradation.Organiccompoundssuch asalcohols phenols aldehydes urea hydrazine andamines as wellasliquidammoniaand sulfur-containingcompounds are also usedin the coupling system.The addition ofthese substancescanimprovetheelectronicutilizationrateofthesystem andpreventO2/H2 mixing, achievinggreenhydrogenproductionanddegradingpollutantsorevengeneratinghighervalue-added chemicalsduringthehydrogenproduction.Thispaperalsoanalyzestheinfluencingfactors reaction mechanismandexistingproblemsofthecouplingsystem inordertoprovideatheoreticalbasisforthe researchandapplicationofthecouplingsystem.Inaddition thispaperproposescorrespondingsolutions andprospectsforthedifficultiesinthemechanism economy andotheraspectsoftheapplication ofthecouplingsystem.

KW - anodic oxidation

KW - coupling of hydrogen production

KW - hydrogen production

KW - pollutant degradation

KW - pollution control

KW - watere lectrolysis

UR - https://www.scopus.com/pages/publications/85180949723

U2 - 10.7652/xjtuxb202312005

DO - 10.7652/xjtuxb202312005

M3 - 文章

AN - SCOPUS:85180949723

SN - 0253-987X

VL - 57

SP - 41

EP - 58

JO - Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University

JF - Hsi-An Chiao Tung Ta Hsueh/Journal of Xi'an Jiaotong University

IS - 12

ER -

电化学阴极制氢耦合阳极废水污染物降解的研究进展

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