molten carbonate fuel cell - SlideShare
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Introduction MCFCs, or molten carbonate fuel cells, use molten mixture of carbonate salts ... The electrode reactions for MCFCs are as follows, The ... SlideShareusescookiestoimprovefunctionalityandperformance,andtoprovideyouwithrelevantadvertising.Ifyoucontinuebrowsingthesite,youagreetotheuseofcookiesonthiswebsite.SeeourUserAgreementandPrivacyPolicy. SlideShareusescookiestoimprovefunctionalityandperformance,andtoprovideyouwithrelevantadvertising.Ifyoucontinuebrowsingthesite,youagreetotheuseofcookiesonthiswebsite.SeeourPrivacyPolicyandUserAgreementfordetails. Upload Home Explore Login Signup Successfullyreportedthisslideshow. Activateyour30dayfreetrial tounlockunlimitedreading. moltencarbonatefuelcell 10 Share AfrinNirfa • Feb.13,2018 • 10likes • 4,677views DownloadNow Download NextSlideShares Youarereadingapreview. Activateyour30dayfreetrial tocontinuereading. ContinueforFree UpcomingSlideShare Fuelcell,PEMFuelCell Loadingin…3 × Facebook Twitter LinkedIn Size(px) Starton ShowrelatedSlideSharesatend Share Email Topclippedslide 1 1of15 1of15 moltencarbonatefuelcell Feb.13,2018 • 10likes • 4,677views 10 Share AfrinNirfa DownloadNow Download Downloadtoreadoffline Description itishightemperatureperformingfuelcell. Readmore Transcript 1. 1 2. Introduction MCFCs,ormoltencarbonatefuelcells,usemoltenmixtureof carbonatesalts:lithium,sodium,potassiumcarbonateasthe electrolyte. ThefirstMCFCwasconstructedin1921,butitisdevelopedinthe year1950byKetelaarandBroers.By1960,theyreportedthefirst MCFCprototype. Thecelloperatingtemperatureishigh:between873K-923K MCFCsareexpectedforhigh-efficiencypowergenerationsystems usinghydrocarbonfuels,suchasnaturalgasandcoalgas. MCFCsaremainlyusedforstationarypowergenerationinthe50 kWto5MWrange. 2 3. 3 4. 4 5. ArrangementofMCFC 5 6. 6 7. TheelectrodereactionsforMCFCsareasfollows, Theoverallreactionisawaterproducingreactionbetween oxygenandhydrogen,withthecarbonateionsactingas intermediateagenttotransferoxideionfromcathodetoanode. Electronsproducedattheanodepassthroughanexternalcircuit beforeflowingtothecathode,andthuselectricpowercanbe extracted. 7 8. Whycarbonatesareused? Thesecarbonatesaresolidatroomtemperature,butthey exhibitionconductivityinamoltenstateatelevated temperaturesandthuscanbeusedastheelectrolyte. Becauseofthehighconductivityofmoltencarbonates, thereisnoneedforasupportingelectrolytelikethose neededwhenusingwaterororganicsolventsaselectrolytes. 8 9. AdvantagesofMCFCs Havehighefficiency Donotneednoblemetalcatalysts Havefastreactionkinetics(reactquickly) Duetohightemperatureatwhichtheyoperate,thefuels areconvertedtohydrogenwithinthefuelcellitselfbya processcalledinternalreforming,whichreducecosts. 9 10. DisadvantagesofMCFCs Havingaliquidelectrolyte,whichintroducesthehandling ofelectrolyte. Theknownlifetimelimitingphenomenaare Corrosionofseparatorplate Electrolyteretentioncapacity Matrixcracking Contaminants 10 11. Comparisonwithotherfuelcells 11 12. 12 13. Applications MCFCsaresuitablefordistributedgenerationand combinedheatandpower. Itisusedinlargestationarypowergeneration. MostofthefuelcellsofmegawattcapacityuseMCFCasdo largeCHP*andCCP.Theseprovideefficiencyabout80% MoltenCarbonateFuelCell(MCFC)hasbeendevelopedby theEuropean-fundedMCWAPresearchprojecttobe eventuallyusedasanalternativepowersupplyforships. *Combinedheatandpower(CHP)systems,alsoknownascogeneration, generateelectricityandusefulthermalenergyinasingle,integratedsystem. 13 14. Conclusion Moltencarbonatefuelcell(MCFC)hashighpotentialforuseas anenergyconverterofvariousfuelstoelectricityandheat. TheMCFCisalsoapotentialcandidateforhightemperature electrolysis,whichisbeneficialduetoreducedovervoltage. Thelargestobstaclestoacontinuedlargescaleintroductionof MCFContothemarketofpowergenerationareinstallation costsandlifetimeissuesrelatedtoperformancedegradation. Amajorconcernisthepresenceofsulfurcontaminantsinfuel whichshortenslifetimeandcausestheneedofexpensivegas cleaninginstallationsforpre-treatmentofthefuel. 14 15. References ViswanathanB,M.AuliceScibioh,FuelCells-PrinciplesandApplications, UniversitiesPress,Hyderabad,India,2006 KouichiTakizawa,MoltenCarbonateFuelCells,EnergyCarriersAnd ConversionSystems–Vol.II,TokyoElectricPowerCompany,Japan. http://www.eolss.net/sample-chapters/c08/E3-13-10-06.pdf http://www.fuelcell.co.uk/molten-carbonate-fuel-cells/ http://www.idconline.com/technical_references/pdfs/chemical_engineering/Mol ten_carbonate_fuel_cells.pdf http://www.youris.com/mobility/marine_transport/molten_carbonate_fuel_cells _an_alternative_and_cleaner_power_supply_for_ships.kl#ixzz53CR2NITl 15 Readmore Readless Science Description itishightemperatureperformingfuelcell. Readmore Transcript 1. 1 2. Introduction MCFCs,ormoltencarbonatefuelcells,usemoltenmixtureof carbonatesalts:lithium,sodium,potassiumcarbonateasthe electrolyte. ThefirstMCFCwasconstructedin1921,butitisdevelopedinthe year1950byKetelaarandBroers.By1960,theyreportedthefirst MCFCprototype. Thecelloperatingtemperatureishigh:between873K-923K MCFCsareexpectedforhigh-efficiencypowergenerationsystems usinghydrocarbonfuels,suchasnaturalgasandcoalgas. MCFCsaremainlyusedforstationarypowergenerationinthe50 kWto5MWrange. 2 3. 3 4. 4 5. ArrangementofMCFC 5 6. 6 7. TheelectrodereactionsforMCFCsareasfollows, Theoverallreactionisawaterproducingreactionbetween oxygenandhydrogen,withthecarbonateionsactingas intermediateagenttotransferoxideionfromcathodetoanode. Electronsproducedattheanodepassthroughanexternalcircuit beforeflowingtothecathode,andthuselectricpowercanbe extracted. 7 8. Whycarbonatesareused? Thesecarbonatesaresolidatroomtemperature,butthey exhibitionconductivityinamoltenstateatelevated temperaturesandthuscanbeusedastheelectrolyte. Becauseofthehighconductivityofmoltencarbonates, thereisnoneedforasupportingelectrolytelikethose neededwhenusingwaterororganicsolventsaselectrolytes. 8 9. AdvantagesofMCFCs Havehighefficiency Donotneednoblemetalcatalysts Havefastreactionkinetics(reactquickly) Duetohightemperatureatwhichtheyoperate,thefuels areconvertedtohydrogenwithinthefuelcellitselfbya processcalledinternalreforming,whichreducecosts. 9 10. DisadvantagesofMCFCs Havingaliquidelectrolyte,whichintroducesthehandling ofelectrolyte. Theknownlifetimelimitingphenomenaare Corrosionofseparatorplate Electrolyteretentioncapacity Matrixcracking Contaminants 10 11. Comparisonwithotherfuelcells 11 12. 12 13. Applications MCFCsaresuitablefordistributedgenerationand combinedheatandpower. Itisusedinlargestationarypowergeneration. MostofthefuelcellsofmegawattcapacityuseMCFCasdo largeCHP*andCCP.Theseprovideefficiencyabout80% MoltenCarbonateFuelCell(MCFC)hasbeendevelopedby theEuropean-fundedMCWAPresearchprojecttobe eventuallyusedasanalternativepowersupplyforships. *Combinedheatandpower(CHP)systems,alsoknownascogeneration, generateelectricityandusefulthermalenergyinasingle,integratedsystem. 13 14. Conclusion Moltencarbonatefuelcell(MCFC)hashighpotentialforuseas anenergyconverterofvariousfuelstoelectricityandheat. TheMCFCisalsoapotentialcandidateforhightemperature electrolysis,whichisbeneficialduetoreducedovervoltage. Thelargestobstaclestoacontinuedlargescaleintroductionof MCFContothemarketofpowergenerationareinstallation costsandlifetimeissuesrelatedtoperformancedegradation. Amajorconcernisthepresenceofsulfurcontaminantsinfuel whichshortenslifetimeandcausestheneedofexpensivegas cleaninginstallationsforpre-treatmentofthefuel. 14 15. References ViswanathanB,M.AuliceScibioh,FuelCells-PrinciplesandApplications, UniversitiesPress,Hyderabad,India,2006 KouichiTakizawa,MoltenCarbonateFuelCells,EnergyCarriersAnd ConversionSystems–Vol.II,TokyoElectricPowerCompany,Japan. http://www.eolss.net/sample-chapters/c08/E3-13-10-06.pdf http://www.fuelcell.co.uk/molten-carbonate-fuel-cells/ http://www.idconline.com/technical_references/pdfs/chemical_engineering/Mol ten_carbonate_fuel_cells.pdf http://www.youris.com/mobility/marine_transport/molten_carbonate_fuel_cells _an_alternative_and_cleaner_power_supply_for_ships.kl#ixzz53CR2NITl 15 Readmore Readless Science Fuelcell,PEMFuelCell gidcengineeringcollege Alkalinefuelcellpradeepjaiswalmscpart1mithibaicollege PradeepJaiswal Fuelcell DavidStoffel Typesoffuelcells SURAJGULIBINDALA powergenerationusingcell viv4meena Fuelcell FaisalRafique Fuelcells PriyankaJaiswal Fuelcells-types,working,construction,fabricationandapplication megr1412 Fuelcells NaveenSihag Fuelcell VinitShahdeo Fuelcell,PEMFuelCell gidcengineeringcollege Alkalinefuelcellpradeepjaiswalmscpart1mithibaicollege PradeepJaiswal Fuelcell DavidStoffel Typesoffuelcells SURAJGULIBINDALA powergenerationusingcell viv4meena Fuelcell FaisalRafique Fuelcells PriyankaJaiswal Fuelcells-types,working,construction,fabricationandapplication megr1412 Fuelcells NaveenSihag Fuelcell VinitShahdeo MoreRelatedContent Slideshowsforyou Fuelcell NamanMeena MoltenCarbonateFuelCell tanveeraali Fuelcellsanditstypes RajParekh PrincipleandtypesofFuelcells YashThakkar Fuelcellcar raghavamou SOLIDOXIDEFUELCELLS VidhyaprakashVenkatesan Fuelcell muhammadabdullahirshad Fuelcell AhmedM.Elkholy Fuelcells VibhaAnand Fuelcellseminar BipinGupta Fuelcells CharuLakshmi protonexchangemembranefuelcell Subirpaul Largescalepowergenerationusingfuelcell SURBHIPATHAK Fuelcells ArvindSinghHeer fuelcellsinmodrengeneratingstation srikanthjanjanam Fuelcellpresentation ViratDhabalia Howfuelcellswork KamarajaAS Fuelcell zso7katowice Areviewonfuelcellanditsapplications eSATJournals Similartomoltencarbonatefuelcell Typesoffuelcells Govt.DegreeCollege,CommissionerofCollegiateEducation,AndhraPradesh Fuelcellsclassification SasiInstituteofTechnology&Engineering Reportonnuclearbatteries NikhilNama Energyconversion SarahChristy Seminarreportonhydrogenfuelcell PrashantKumar wastetoenergybydirectcarbonfuelcells SABARINATHCD Fuelcells MaeeraIqbal Fuelcells HirenMahida FuelcellTechnologyusedinCars SivaSankar FuelCellsanditsworking PiyushGupta Distributedgeneration&powerqualityunit5 hariyenireddy1 Hydrogenfuelcellvehicle UmeshJaiswal DIRECTCARBONFUELCELLS SABARINATHCD FuelCellTechnology LakshminarayanSolanki Moltencarbonatefuelcellsreport LiamRamsay CH3FuelCell TadviDevarshi Comparativeanalysisofelectrochemicalenergystoragetechnologiesforsmart... 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