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TheHydrogenHubsConundrum:
HowtoFundanEcosystem
ROBINGASTER|SEPTEMBER2022
Recentfederallegislationprovides$8billiontodevelopatleastfourhydrogenhubs,butlittleguidance.DOEshouldfocusitsfundingonthecapitalcostsofhydrogenproductionandinfrastructure,whilegenerallyeschewingoperatingexpensesandsupportforendusers.
KEYTAKEAWAYS
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DOEmustfundthehydrogenproductionplantatthecoreofeachhubatacostofabout$250million–$500millioneach,witha50percentprivatesectorcostshare.
Capitalexpendituresonassociatedinfrastructure,suchashydrogendeliverysystems,shouldalsobesupportedbyDOE,usingthesame50percentcostshare.
Asthecoreplantrampsup,DOEmayneedtosupportitsoperatingexpensestoacceleratethegrowthofsustainableend-usemarkets.Butitshouldbecarefulnottoextendthesesubsidiesmuchbeyondwhentheplantreachesfull-scaleoperation.
DOEshouldalsoavoidsubsidizinginfrastructureoperations,anditshouldnotsubsidizeendusersexcepttoseedspecificmarketstemporarily.Ongoingsubsidiesareinconsistentwiththehubs’missionofdemonstratingsustainablemarkets.
DOEfundingshouldnotflowthrougheachhub’sorganizingentitytospecifichubprojects.Instead,theorganizersshouldincludeallrelatedprojectsintheirproposals,butDOEshouldfundprojectsdirectly,settheterms,andoverseethem.
Finally,DOEshouldexplorewaystohelpde-riskhubsandassociateddemonstrationprojectsinotherways.Forexample,thevolatilityofenergypricespresentsakeyrisk.DOEshouldexplorewaystoinsureorhedgeagainstthisandotherrisks.
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CONTENTS
KeyTakeaways 1
Introduction 2
WhatIsaHydrogenHub? 3
TheStrategicChallengeforDOE:FundaSingleProjectoraMultiprojectEcosystem? 4
TheCorePlantFocus 4
TheDistributedFundingModel 4
WhatShouldDOEFund? 5
CorePlantCapitalExpenditures 5
FacilityOperations 6
Infrastructure 6
End-UserSubsidies 7
De-risking 7
WhoFundsWhat? 8
HowtoFundanEcosystem 9
NextStep:TheSelectionProcess 10
Endnotes 11
INTRODUCTION
InNovember2021,Congresspassedamassivepackageofdirectfederalinvestmentsinlow-carbonenergysystemsaspartoftheInfrastructureInvestmentandJobsAct(IIJA,alsoknownasthebipartisaninfrastructurelaw).TheIIJA’sinclusionofmorethan$20billiontosupportpilotanddemonstrationprojectswasparticularlynoteworthy,amajorsteptowardfillingthebiggestgapintheU.S.cleanenergyinnovationecosystem.ThelawalsoestablishedanewofficeinDOE,theOfficeofCleanEnergyDemonstrations,tooverseetheseprojectsthusaddressasignificantgapinitsmanagementstructure.
1
ThelargestprograminthisportfolioistheRegionalHydrogenHubsprogram(knownasH2Hubs),fundedat$8billionoverfiveyears.Thissumvastlyexceedspriorinvestmentsinthefield.DOEintendstocreateatleastfourandlikelyeightorevenmoreofthesehubs.Givenhydrogen’sversatilityasanenergycarrier,withthepotentialtocontributetoelectricpower,transportation,energystorage,industrialheat,andotheruses,H2Hubsrepresentsaboldinitiativetoaccelerateinnovationthatwouldmakeitacorecomponentofthenation’senergymix.
ThisbriefingexaminestheoverarchingstrategicchallengefacingDOEasitseekstoimplementtheprogram:definingwhatahubisandwhatelementsofitwarrantfederalsupport.Futurebriefingswillexploreotheraspectsoftheprogram.
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WHATISAHYDROGENHUB?
Whatisahydrogenhub,anyway?Section813(a)oftheIIJAdefinesa“regionalcleanhydrogenhub”as“anetworkofcleanhydrogenproducers,potentialcleanhydrogenconsumers,andconnectiveinfrastructurelocatedincloseproximity.”
2
Clearly,Congressunderstandsa“hub”tobemuchmorethanasinglemajorhydrogenproductionfacility:Itexplicitlyincludeddownstreamusersandtheinfrastructuretoconnectthemtothefacility.(Similarthinkingisalsoembeddedinthelaw’snewprogramforDirectAirCapturehubs.
3
)
However,theNoticeofIntent(NOI)publishedbyDOEinJuly,whichsketchestheagency’simplementationplans,suggestsquitestronglythatDOEwillfocusfundingonthehydrogenproductionfacility(whichwerefertoasthe“coreplant”),ratherthanthebroaderecosystemaroundit.Inparticular,theNOIoffersspecifictargetsforhydrogenproductionscale(aminimumof50metrictonnes[MT]daily),alongwithalignmentwithkeymetricsembeddedintheambitiousagency-wide“HydrogenShot”initiative:productioncostsoflessthan$2perH2kg,fallingovertimeto$1;andlessthan2kgoflifecycleCO2emissionsperkgofH2ofproduced.
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Allthesetargetsaredirectlyrelevantforacoreplant,anddifficulttoapplytothewiderecosystem.
TheNOIthussuggestsastrategicchallengeforDOE.Ontheonehand,itappearstobeseekingaccountabilityandsimplicitybyfocusingitsfundingonthecoreplant.Ontheother,ithasanobligationtofulfillthecongressionalmandatetohelpbuildahydrogen-drivenecosystem,whichwilldependonaflourishingecologyofendusersandaneffectiveinfrastructurethatlinksthemtothecoreplant.
ThisreportarguesthatDOEshouldresolvethechallengebymakinggoodontheNOI,primarilyfundingthecoreplantatthecenterofthehubs,assuchaplantprovidesthemostdirectmeansofprovidinglong-termbenefitstotheregionalhydrogenecosystem.ButDOEshouldalsofundcriticalinfrastructureimprovementsonacase-by-casebasis,removingimportantroadblockstotheadoptionofhydrogen.Thecoreplantwillinevitablysoakupalargepercentageoftheavailablefunds,butit’simportanttoensurethatothercriticalpiecesaresupportedasneeded.
Oncethisbroadstrategyisapproved,DOEwillhavetwofurtherissuestoresolve.First,thereisthequestionofwhoselectsandfundsspecificprojects.TheNOIstatesDOE’splanstofundasingleentityineachregion.Presumably,thoseentitieswouldthenfundprojects(possiblyeventhecoreplant,althoughDOEcouldalsofundthatdirectly).WebelievethisdelegatedapproachtoberiskyforbothDOEandthehubentity.Werecommendahybridapproachinwhichallfundableprojectsareincludedinthehubproposal,butwithDOEmakingtheformalselectionanddirectlyfundingselectedprojects.TheprocesswouldthenbesupportedbyDOE’sprojectselectionexpertise(whichthehubsdon’thave)andbyfederalacquisitionregulations(whichhubsdon’tuse).
Second,thereisthequestionofidentifyingtheprojectstosupportbeyondthecoreplant.Weanticipatethatconstructionofthecoreplantwillutilizeontheorderof$250millionto$500millioninDOEfundingforeachhub.
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Thisleavesapooloffundingthatcouldreachhundredsofmillionsofdollarsforeachhub,dependingontheeventualnumberofhubs.Thosedollarscouldbespentonthreeareas:1)ongoingoperationalfundingforthecoreplant,2)infrastructure(primarilyfordeliveringhydrogentoendusers),and3)supportingendusersofhydrogen,suchasindustrialplantsortransportationsystems.Weacceptthatoperationalfundingwouldbe
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appropriateforthecoreplantuntiltheyreachfulloperatingcapacity,butatthatpoint,subsidiesmusttaperoff.WealsostronglybelievethatDOEfundingshouldsupportcapitalexpenditureonselectedinfrastructureprojects,especiallythosethatconnectthecoreplanttoanchorendusers.However,inprinciple,DOEshouldnotbeusingdemonstrationprojectfundstosubsidizeendusersdirectly,anditshouldnotsubsidizetheongoingoperationsofinfrastructureproviders.
THESTRATEGICCHALLENGEFORDOE:FUNDASINGLEPROJECTORA
MULTIPROJECTECOSYSTEM?
TheCorePlantFocus
FocusingfundingonasinglecoreplantwithineachhubhassignificantadvantagesforDOE.Thehardmetricsdescribedearliercanbeapplieddirectlyduringtheselectionprocess.DOEisalsomoreexperiencedinmanagingindividuallargeprojects—whichithasdonebefore—thanmultiprojectecosystems.Further,singleprojectsalignbetterwithotherDOEprograms,suchasthoseadministeredbytheLoanProgramOffice,thatmightalsobeengagedincreatingthehydrogeneconomy.Milestonesforthecoreplantwillbemucheasiertodesign,andprogressagainstthemwillbemoreeasilymeasured.Thisinturnmeansthatgo/no-godecisionsforfurtherfunding,whilestillpotentiallydifficult,willbemoretransparentandeasiertodefend.
ButthecoreplantfocuscarriespotentialdownsidesforDOEaswell.Notably,itmakesaportfolioapproacheffectivelyimpossible:Thesheerscaleofthefundingandlimitednumberofinvestments(fourtoeight)meanthatnearlyeveryprojectwillbe“toobigtofail.”Thecoreplantfocuscouldalsoundervaluedownstreamdevelopment,specificallytheendusersthatarecriticaltotheeventualemergenceofthehydrogeneconomy,aswellastheinfrastructureneededtodeliverhydrogentothem.Investmentsinhydrogentransportinfrastructure,forexample,maybecriticalforprojects’successbutwouldneedfundingfromelsewhere.ThisapproachmightalsorequireDOEtoignoremanyrelevantcriteriaforecosystemsuccess,leavingitwithoverlynarrowprojectobjectives.Forexample,Congressexplicitlyincludedwell-payingjobsasaprogramobjective.Butwhatmattershereisnotjustjobswithinthecoreplant,butwell-payingjobsacrosstheentirehydrogeneconomyintheregion.
Thecoreplantapproachimpliesthatalltheancillaryworkofbuildingaregionalhydrogeneconomy—andfundingit—willfallonthehubsthemselves.Keypiecesoftheinfrastructuremightthereforebeleftunfunded,whilebetterfundedormoreinfluentiallocalplayerscantiltregionaldevelopmenttowardtheirstrategicneeds.Thisapproachalsodeniesthehubsakeyleverinbuildingouttheecosystem:controlovertheflowoffunding.
Finally,thecoreplantfocusmeansthatgo/no-godecisionswillbehardertomake.ItisverydifficulttoimagineDOEacceptingthefalloutfromendingahugeprojectinNewYorkthatissupportedbySenatorSchumeroranenormousprojectinCaliforniabackedbyGovernorNewsom.Thosearethepoliticalrealities.
TheDistributedFundingModel
Alternatively.DOEcoulddistributeitsfundingacrosstheregionalecosystemratherthanfocusingonlyonthecoreplant.ForDOE,adistributedapproachmeanstheveryhighstakesoffundingafewhugeprojectswouldbereduced,andtheportfoliomanagementapproachrecommendedbytheInformationTechnologyandInnovationFoundation(ITIF)andothernongovernmental
INFORMATIONTECHNOLOGY&INNOVATIONFOUNDATION|SEPTEMBER2022PAGE5
organizations(NGOs)wouldbefeasibletoimplement[ref].
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Underthismodel,DOEwouldbeabletofundmanyprojectsthatcarrydifferentriskprofiles,anditcouldassesstheirsuccessoveramuchbroaderrangeofoutcomes.AdistributedmodelwouldalsoallowDOEtodevelopmilestonesandmetricsthataresimplerandeasiertoimplement,againbeingfocusedaroundmanysmallerandsimplerprojects.Forthehubs,amultiprojectapproachwouldhelpdirectDOEresourcesintosegmentsofthedownstreaminfrastructurethatcouldbehardtofundotherwise,andwherelackofinvestmentcouldbadlydamagetheecosystemitself.
However,thedistributedfundingmodelalsocarriessignificantrisksforDOE.Breakingupthefundingintomultipleprojectscouldmeanthecoreplantdoesn’tgetenoughfundingtoreachscale,while—dependingonwhomakesfundingdecisions—increasinglythepotentialforinternalconflictsofinterestatthehubs.Fundingmultipleprojectscouldmakeithardtodeterminewhethertheoverallhubecosystemwasachievingitsobjectives,andwouldmakego/no-godecisionsatthehublevelalmostimpossible(although,asnotedearlier,suchadecisionwouldeffectivelybeimpossibleanyway).MultipleprojectswouldalsoriskdilutingDOE’strackingandassessmentcapability.
WHATSHOULDDOEFUND?
Asidefrominitialfundsforplanningandcommunityoutreach,thereare,broadlyspeaking,fiveelementsoftheproposedregionalhydrogenecosystemDOEcouldfund:
1.Thecoreplantbuildoutandcloselyrelatedinitiatives
2.Coreplantoperations
3.Infrastructure(including,forexample,relatedlong-durationstorage,pipelines)
4.Endusers
5.De-risking
WebelievethatDOEshouldfundnumbers1and3,andbepreparedtosubsidizecoreplantoperationsuntilitreachesfullproduction.Number5shouldbeexplored,asDOEmaybebetterpositionedthanindividualhubsaretoaddresscertainrisks.Pumpprimingforendusersshouldbeavoidedwhereverpossible.
CorePlantCapitalExpenditures
WhateverDOEdecidesaboutfundingadditionalelementsoftheecosystem,itwillfundthecoreplantandmostoftheprogram’sfundingwillsupportcoreplantcapitalexpenditures(CAPEX).Howmuchwillthatcost?Ausefulreferencecanbedrawnfromtheworld’slargestalkalineelectrolyzer(AE)plantinChina,whichcameonlineinlateDecember.Baofengclaimsthatits150megawatt(MW)projectcanproduce27,000tonsofhydrogenperyear.
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Atcurrentcosts,then,productionof50MTofhydrogenwillthereforerequireabout278MWofcapacity.AECAPEXiscurrentlyestimatedat~$1,000perkilowatt(kW).
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TheCAPEXrequiredtoproduceatthatscalecanbecurrentlyestimatedatabout$278million.Buildingfor100MTwouldcostontheorderof$500million.Thesefiguresroughlyapproximatetheannounced$250millioncostofAirLiquide’s30MTgreenhydrogenplantinNevada.
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Thesecostswillfallovertime,assupportedbyGlenketal.,themostcomprehensiveestimateofcostdeclinetrajectoriestodate.
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Drawingonawiderangeofsources,GlenkarguesthatAEcatalyzercostsareexpectedtofallatarateof2.96percent(+/-1.23percent)annually;thecostofprotonexchangemembrane(PEM)catalyzersisexpectedtofallfaster,at4.77percent(+/-1.88percent)annually.CatalyzersareamajorcostelementforCAPEXforelectrolysis-basedhydrogenproductionplants.
ThisadmittedlyinexactanalysissuggeststhattheCAPEXforthecoreplantonthescalerequiredbyDOEwillbeontheorderof$250millionto$500million.
FacilityOperations
DOEsuggestsintheNOIthatthehubsshouldbecomeself-sustaining,andthatanyoperatingsubsidieswillthereforebetaperedoff.However,afirmerlimitmaybeneeded,asthecoreplantwilllikelyseekfurthersubsidiestoreducecostsandhenceimprovetheircompetitivepositiondownstream—andDOEwillbepoorlyplacedtoresistthesedemandsonceithassunklargesumsintoagivenproject.
TheH2Hubsaresupposedtodemonstratethecommercialreadinessofexistingtechnologyviaascale-upjumpheavilyfundedbyDOE.Thatreadinessneedstobedemonstratedbythesuccessfulrolloutofaself-sustainingbusinesswhentheplantreachfulloperation.Atthatpoint,nofurthereconomiesofscalecanbederivedfromthatplant,sothereisnopointinsubsidizingoperationsinthehopethatcostswillfallfurther.Marketsforhydrogenareregional—theseare“regionalhubs”—andhencetheyneedtobecomeself-sustainingonaregionalbasis.Theactualmarkettestbeginswhentheplantreachfull-scaleoperations.
Inrarecircumstances,acoreplantmaybewaitingforthefinaldeploymentofanimportantoff-taker(e.g.,completionofapowerplantthatutilizestheplant’sH2production).DOEmayfinditprudenttoprovidesomeadditionalsupportinthosecircumstances.Butingeneral,DOEsubsidiesforfacilityoperationsshouldendatthepointafacilitybecomesfullyoperational.
Infrastructure
Well-establishedeconomicargumentslineupbehindpublicfundingforinfrastructure.Thelikelihoodthatprivateentitiescannotcapturethefullsocialbenefitofinfrastructuredeploymentunderpinstheconceptualframeworkthatsupportspublicinvestmentsinsociallybeneficialinfrastructure.
However,DOEshouldbewaryofover-committinghere.ItsinfrastructurefundswillbelimitedbecausemostfundingwillbecommittedtocoreplantCAPEX.Inaddition,manyinfrastructureprojectswillbecommerciallyfeasible,sotherearerisksthatDOEfundingcouldbeusedtode-riskprojectsthatwouldbebuiltanyway,therebyartificiallyimprovingreturnsforprivateinvestors.
DOEshould,therefore,developamethodologythatmeetstwocorerequirements:First,itshouldidentifyinfrastructureprojectsthataresystemicallyimportantforagivenregionalhydrogenhubthatareinparticularnecessaryforconnectingthecoreplanttoimportantend-usermarkets.Second,itshouldevaluateproposalstightlywithaviewtowardscreeningoutprojectsthatdonotrequireaDOEcontribution.Thelatterisnotasimpletask,thoughitwouldbecomeeasierovertimeassimilarprojectsaredeployedatdifferenthubs.
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However,DOEshouldinprincipleavoidsubsidiesforongoingoperationsforinfrastructureoncetheitisfullyoperational.Whilestart-upsupportforinfrastructureoperationsisappropriateastheplantandinfrastructurerampuptofullcapacity,ongoingsupportatthatpointshouldnolongerbenecessary.SufficientongoingfundingshouldbeavailableviasubsidizedCAPEX.Furthersubsidieswouldbeanunwarrantedblankcheck,andwouldinfactdemonstratethattheregionalhubsarenotself-sustainingovertime.
End-UserSubsidies
DOEshouldinprincipleseektoavoidend-usersubsidies.Thesehavebeendefendedinothercircumstancesasawayto“primethedemandpump,”whichcanleadtofurthersupplyandhenceavirtuouscircleofgrowingscale,decliningcosts,andincreasingdemand.
ButthatisnotthepurposeoftheH2Hubsdemonstrationprogram,whichisprimarilydesignedtodemonstratethataregionalhubcanbeself-sustainingonceascaleof50–100MTdailyinH2productionhasbeenachieved.ThatscaleshouldcuttheresultingpriceofH2substantially,andDOECAPEXsubsidieswillcutthemfurther.Ifthatdoesbuildasufficientvolumeofenduserdemandtodemonstratethatthehubisself-sustaining,thentheprogramwouldhavesucceededinestablishingthatfact.
Notethatenduserswillreceiveanindirectsubsidybecausehalfofthecoreplant’sconstructioncostsandsomeofthehubs’infrastructurecostswillhavebeenpaidbyDOE.Thatreducestheamountofcapitalexpendituresthatmustberecoveredfromendusers,whichisanongoingsubsidy,evenbeyondtheendofDOE’sdirectfunding.
De-risking
Oneofthemostimportantlessonsfrompreviouslarge-scaleenergydemonstrationprojects—suchastheSyntheticFuelsCorporationofthelate1970sandearly1980s,forexample—isthatwhenmarketsturnagainstthem,innovativeprojectsmaynotbeabletorideoutthestorm.Whileitisprobablyimpossibletocompletelyinsulatedemonstrationprojectsfrommarketforces,itisworthconsideringwaysriskscouldbemitigated.Therearethreecriticalmarketrisks:
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Essentialinputssuchasfeedstocksorelectricitycouldbecomemuchmoreexpensive.
Coreplantcomponentscouldbecomemuchmoreexpensive(e.g.,criticalmineralsandcomponents).
Downstreamsalescouldbeaffectedbysignificantcostdeclinesinmarketsforsubstitutes(e.g.,abreakthroughinelectric-vehiclebatteriescouldundercuttheeconomicsofhydrogeninthetransportationsector).
Whilethelasttworisksarerealenough,itisupstreaminparticularwhereDOEorthefederalgovernmentmorebroadlycouldhavearoletoplay.TheshockcausedbytheRussianinvasionofUkrainehasalreadyrippledintonaturalgas(NG)markets,asEUcountriesseektoreplaceRussiangaswithliquifiednaturalgasfromelsewhere,causingasharppricesurgeglobally.
Isthisapermanentshiftinthecostcurveforgas?Noonereallyknows.However,theNGshockalreadyhasclearimplicationsforhubsthatplantouseNGasafeedstock—andalsoforthosewithplanstodeployhydrogenmixedwithNGforpowergenerationorotherdownstreamuses.
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BecauseH2isaninfantindustry,itispoorlyplacedtorideouttheseshocks.Accordingly,DOEshouldconsiderhowitcanbestprotectthehubs.Onewayissimplytosubsidizethecostofinputsoncetheymovebeyondaspecifiedbenchmarklevel.Alternatively,itmaybepossibletohedgeagainstcertainshifts(e.g.,inthepriceofNG)usingforwardcontracts.DOEcouldhelpbyfundingthesepriortohubcompletionsotheeconomicsofthehubscanbedefinedforasignificantperiodinthefuture.Finally,DOEcouldalsoeitherprovideorperhapsorganizeinsuranceagainstshocks,asitislikelybetterpositionedthananysinglehubtoaddresstheserisks.
Inallthesecases,DOEshouldprovidefundingmoreasaloan—orevenagainstequity—ratherthanasasimplegrant,whereverpossible.Ifinvestorsareprovidedwithshockinsuranceofsomekind,fundedbyDOE,theyshouldbepreparedtopayforthatinsuranceatsomepointtobedetermined.
WHOFUNDSWHAT?
IntheNOI,DOEclearlystatesthatitplanstofundhubsviaasingleentity.Anyadditionalfundingbeyondthecoreplantwouldpresumablycomeviasubcontractsselectedandmanagedbythehubs.
Thisapproachhassomeobviousadvantages,asthehubsarepresumablybestplacedtounderstandwhichinvestmentswillprovidethebestbangforthebuck.TheywillalsobeabletoactmorequicklythanDOE,astheywillnotbeconstrainedbycumbersomefederalprocurementrules.AndDOE,ofcourse,willnothavetheburdenofselectionorevenclosemonitoringandsubsequentgo/no-godecisions.
Buttheremaybesubstantialdownsidesforthehubsaswell.Theywouldbeleftwiththechallengingtaskofpickingwhichdownstreamprojectstofund.Thatcouldbeproblematicforcoalitionsthatareonlynowemergingandhavenoinstitutionalhistoryonwhichtorely,andalsohavenotechnicalcapacitytomakefundingdecisions.AndthosedecisionswouldbemadeoutsidetheproceduralprotectionsofFederalprocurementrules.Hubswouldlikelyalsohaveahardtimeenforcinggo/no-gomilestonesforsubcontracts.Regionalhubstaffershaveobservedininterviewsthathubscouldevenbesplitupbyinternalconflictsifforcedtomakethesedecisions.
Giventhesecompetingcostsandbenefits,itmakesmostsenseforsubprojectfundingdecisionstobemadejointlybyDOEandthehubs.Ratherthanmakingasinglegranttohubsthatthenselectsubcontractors,thehubsshoulddefinesubprojectsofvaluetotheregionalecosystem,andDOEshouldthenmakefinalfundingdecisionswithinabudgetshapedbytheoverallamountawardedtotheoriginalhubproposalminusDOEfundscommittedtothecoreplant.Thatwouldensurethatallsubprojectsnationwidearecoveredbyaunifiedsystemoftrackingandevaluation,realgo/no-gomilestonesareinplace,andappropriatedecisionswillsubsequentlybeimplemented.
OnewaytoimplementshareddecisionswouldbeforthehubstoincludeintheirproposalsinfrastructureprojectsthatareimportantfortheregionalecosystemandmeettheDOEfiscaltestforsubsidy.ThiswouldhelpDOEchoosebetweencompetinghubproposalsandsetthestageforasubsequentphasewhereinthoseinfrastructureprojectswouldcompeteforfundswithineach
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hub’soverallbudget,usingnormalDOEfundingprocedures.TheseprojectswouldbesubjecttoDOEmonitoringandevaluation,andDOEgo/no-godecisions.
HOWTOFUNDANECOSYSTEM
WhatCongresswantsfromthehydrogenhubsprogramisclearenough:athrivingregionalhydrogeneconomythatcutsemissions,createsjobs,andopensapathwayintoabiggerhydrogensector.Thequestionishowtogetthere,andspecificallytheroleofDOEandOCEDhydrogenhubsprogram.Ourconclusionsareasfollows:
1.Focusingsolelyonasingleproductionfacilityistoonarrowanddisregardscongressionalintent.Itplacestoomuchemphasisonthecoreandnotenoughonthespokesandnetwork.ItmakesaportfolioapproachtoDOEinvestmentimpossible,andover-emphasizesproductionattheexpenseofdistributionandmarketdemand.
2.DemonstratingH2productionatscaleisexpensive.Asignificantpercentageofhubfundingwillstillneedtogotothecentralproductionentity.ThatentityisalsothefocusforhardtargetsforH2production,costs,andCO2emissions.
3.Ahybridmodelcouldworkbest.DOEshouldconsiderdeterminingthefundingneededforcoreplantCAPEX
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