电化学技术与环境保（electrochemical technology and environmental protection）

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1、电化学技术与环境保（Electrochemicaltechnologyandenvironmentalprotection）Documentsfromthenetwork,Icollected,finishing,andifthereareomissions,errors,butalsopleasecorrectme!ElectrochemicaltechnologyandenvironmentalprotectionEnvironmentalprotectionisaproblemthatpeoplecareaboutverymuchElectrochemicaltechnologyp

2、laysanimportantroleinthedevelopmentofenvironmentalprotectiontechnologyTheadvantagesembodiedintheenvironmentalprotectionprocessareasfollows(1)environmentalcompatibilityishigh.CleanandeffectiveelectronsareusedasstrongredoxreagentsinelectrochemicaltechnologyIsabasicpollution-freegreenproductiontechn

3、ologyBecauseofthehighpotentialgradientintheinterfacialelectricfieldAcatalystthatcorrespondstoheterogeneousreactionsTherefore,itispossibletoreducetheenvironmentalpollutioncausedbytheadditionofacatalystdyeAtthesametime,theelectrochemicalprocesshashigherselectivityPreventstheformationofby-productsPo

4、llutantreduction(2)multifunctionalelectrochemicalprocesshasthefunctionsofdirectorindirectoxidationandreduction,phaseseparation,concentrationanddilution,biologicalkilling,andsoonCapableofhandlingslightlyincreasedto1*106Lofgas,liquidandsolidcontaminants(3)highenergyutilizationcomparedwithsomeotherp

5、rocessesTheelectrochemicalprocesscanbecarriedoutatalowertemperatureItisnotsubjecttotheKanocycleHighenergyutilizationBycontrollingthepotential,theelectrodeandtheelectrolyticcellaredesignedreasonablyReduceenergyloss(4)economicalandpracticalequipmentandeasyoperationLowcostThecontributionofelectroche

6、micaltechnologytoenvironmentalprotectionismanifoldTheauthormakesacomprehensivesurveyonthepreventionofenvironmentalpollution,thetreatmentofenvironmentalpollutionandtheenvironmentalmonitoringfromtheperspectiveofelectrochemicaltechnology1electrochemicaltechnologyandenvironmentalpollutionprevention1.

7、1chemicalpowersupplyAchemicalpowersupplyisadevicethatconvertschemicalenergydirectlyintoelectricalenergyinanelectrochemicalmannerThetraditionalwayoftransformingenergyistheheatengineprocessHowever,theheatengineprocessisl