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Section II Criteria for Evaluating P3 Projects
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PublicPrivatePartnershipsinCalifornia
PhaseIIReport
SectionII:CriteriaforEvaluatingP3Projects
January2012
ResearchTeam
Dr.GenevieveGiuliano,PrincipalInvestigator
Dr.LisaSchweitzer,Co-PrincipalInvestigator
KevinHolliday,ProjectAdministrator
TheodoreMinch,ResearchAssistant
SchoolofPolicy,Planning,andDevelopmentUniversityofSouthernCaliforniaLosAngeles,CA90089-0626
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Disclaimer
Thecontentsofthisreportreflecttheviewsoftheauthorswhoareresponsibleforthe
factsandtheaccuracyoftheinformationpresentedherein.Thisdocumentisdisseminated
underthesponsorshipoftheDepartmentofTransportation,UniversityTransportationCenters
Program,andCaliforniaDepartmentofTransportationintheinterestofinformationexchange.
TheUSGovernmentandCaliforniaDepartmentofTransportationassumenoliabilityforthe
contentsorusethereof.Thecontentsdonotnecessarilyreflecttheofficialviewsorpoliciesof
theStateofCaliforniaortheDepartmentofTransportation.Thisreportdoesnotconstitutea
standard,specification,orregulation.
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TableofContentsDisclaimer.....................................................................................................................................................iiTableofContents........................................................................................................................................iii TableofFigures...........................................................................................................................................iv ListofTables.................................................................................................................................................v
1.Introduction.............................................................................................................................................1 2.LiteratureReview.....................................................................................................................................23.Backgroundanddefinitions.....................................................................................................................5
3.1.DefinitionofSuccessfulP3s..............................................................................................................5 3.1.1&3.1.2.Theprojectiscompletedontimeandwithinbudgetataminimum............................63.1.3.Theprojecthasneverenteredbankruptcyorsoughtbankruptcyprotection..........................7 3.1.4.Thereisameasurablefinancialbenefit/costsavingsrealizedbythepublicsponsor.............7 3.1.5.Theprojecthasmetinitialdemandprojections........................................................................8
3.2.Pre-ImplementationAttributesforIdentifyingSuccessfulP3s.........................................................8 3.2.1.a)Alt.Finance(F)/b)Alt.Ops(O)/c)AltMaint.(M):P3containssomeformof
alternativefinancing,operations,and/ormaintenance..................................................................10 3.2.2.d)ExistingCapacityConstraints:Presenceofadequateprojectdemand............................10
3.2.3.e)TotalCost=>$500mil:P3totalcostinexcessof$500million........................................103.2.4.f)FewExistingSubstitutes:Nodirectcompetitionwithothernearbyfacilities..................11 3.2.5.g)GovtAvailabilityPayments:P3reliesonshadowtollsoravailabilitypayments.............11 3.2.6.h)GovtFunding:GovernmentfundingsupportsP3operations.........................................12 3.2.7.i)ContractLength:P3contractlength.................................................................................13
4.TheSample............................................................................................................................................13 5.Discussionofresults..............................................................................................................................16
5.1.BreakdownacrossAttributes..........................................................................................................165.2.BreakdownAcrossDefinitionofSuccessRules...........................................................................19 6.Conclusion..........................................................................................................................................20
References.................................................................................................................................................22
AppendixA:ListofSuccessfulProjects......................................................................................................25AppendixB:ListofUnsuccessfulProjects.................................................................................................30
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TableofFiguresFigure1:AttributeComparisons(A-H)AcrossSuccessfulandUnsuccessfulP3s......................................16
Figure2:AttributeComparison(I)AcrossSuccessfulandUnsuccessfulP3s.............................................16
Figure3:AverageLarge(>$500million)ProjectCostAcrossSuccessfulandUnsuccessfulP3s............17
Figure4:ComparisonofSuccessfulandUnsuccessfulP3sRule1..........................................................18
Figure5:ComparisonofSuccessfulandUnsuccessfulP3sRules2-5.....................................................19
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ListofTablesTable1:Expectedeffectofeachmetric(attribute)onsuccessorfailure.................................................13
Table2:Successvariables..........................................................................................................................15
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1.IntroductionInthissectionofourreportwedevelopcriteriaforevaluatingthepotentialforaprojecttobe
deliveredasaP3.WestartedbyresearchingpastattemptsatP3evaluation.Wefoundnopublished
researchthatoffersalistofcriteriaforpredictingthesuccessofaproposedP3.Therefore,wereviewed
studiesofP3sand,developedaframeworkforevaluatingP3spotentialforsuccess.Usingdatafrom
100P3projects,weapplyourframeworktoidentifytheattributespresentinsuccessfulP3projects.
WhileweattempttoteaseoutthecommonattributesofsuccessfulP3s,thepresenceofsaidattributes
inplannedP3swillnotnecessarilyinducenorpredictsuccess.Wehopethatourresearchwillbecome
partofabroadertoolkitthatpublicsponsorsandprivatepartnerscanusetoevaluatepotential
projectssuitabilityasP3s.
GivensignificantP3experienceabroad,andagenerallackofinstitutionalfamiliaritywithP3sin
theUnitedStates,wesawbothanopportunityandneedtolearnfrompriorexperiencewithP3sacross
alltransportationsectors.Specifically,wesawanopportunitytoconverttheselessonslearnedand
bestpracticesintoaseriesofsuccessindicators.ByidentifyingwherepastP3shavesucceeded(or
goneastray),andbytargetingparticularsourcesofP3success(orfailure),werealizedwecould
generateasetofsuccessfactorsfortransportationsectorP3s.Suchfactors,giventheir ex-ante
identification,willenableP3sponsorstoidentifyareasofrisk,aswellasprojectstrengths,pre-
implementation.Assuch,wewill,inthispaper,a)defineasuccessfulP3,b)developalistofattributes
thatweexpectwillpredictthesuccessorfailureoftheproject,andc)collectadatasampleofP3sthat
bothmeetandfailourdefinitionwhilecomparingtheattributesofsuccessfulprojectstothe
unsuccessfulones.Ouraimistoprovidedecisionmakerswithasetofpre-implementationproject
attributesthatmayhelpidentifyprojectsintheplanningstagesforsuccessfulimplementationasP3s.
Byidentifyingtheseattributes,andverifyingtheirpresenceorlackthereof,decisionmakerscanmore
effectivelyevaluateaP3spotentialforsuccess.Furthermore,muchoftheperceivedrisksurrounding
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P3sstemsfromalackofUSinstitutionalfamiliaritywithP3delivery.Webelievetheabilitytoidentify
pre-implementationsuccessattributesshouldhelptomitigatesomeoftheseperceivedrisks,
particularlywithinthecontextofapplyinggloballessons-learned,andtheresultingpre-implementation
attributes,toUSP3implementation(FHWA2009,p.5).
Thestructureofthereportisasfollows.Inthesecondsubsectionwereviewtheapplicable
literature.InthethirdsubsectionwedescribeourdefinitionofasuccessfulP3andthefacilityattributes
westudied.InthefourthsubsectionwediscussoursampleofP3facilities.Inthefifthsectionwe
outlineourresults.Inthefinalsectionweofferabriefconclusion.
2.LiteratureReviewPublic-privatepartnerships(P3s)arewidelypromotedasanalternativetotraditional
procurementmethodsfortransportationfacilities.ManydecisionmakersseeP3saswaytobuild
neededtransportationinfrastructurewithoutraisingrevenues(ViningandBoardman2006,p.6;PwC
2010,p.2;NCHRP2009,p.5;ACT2007a,p.3).ButnotallprojectsaresuitableasP3s;someP3shave
failedspectacularlywhilestillagreatnumberofothershavefallenshortofhopesandexpectations.
NooneP3modelorprincipalframeworkexists.Ratherthananinfrastructureprocurement
techniquethatcanbeeasilyreplicatedfromtheoutset,P3srequireasignificantamountof
specializationandadaptationtoeachindividualproject,aswellasinstitutionalfamiliaritywiththe
processes(FHWA2009,p.1;NCHRP2009,p.2).GettingagivenP3right,inshort,isnoeasytask..
PreviousattemptstoevaluateP3shavecomparedattributesofsuccessfulandunsuccessfulP3s
inaglobalcontext.Furthermore,pastP3researchhasgenerallybeenverytargetedandspecific,
limitingpotentialglobalapplicabilityanduse.ViningandBoardman(2006and2008)havefocusedon
issuesofpublicsponsorinstitutionalcapacity,exclusivelywithintheCanadiancontext.Viningand
Boardman2006wasacross-sectoralevaluationofCanadianP3sintransportation,education,and
healthcare,amongotherfields.Theanalysisitselfdidntgenerateattributesorattempttogeneralize
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thelessonslearnedintoindicatorsapplicableoutsideoftheimmediatecontextofthoseP3s.Generally,
theanalysisalsocenteredontheefficacyofeachprojectsalternativefinancing,assessingwhetherthe
publicsponsorcapturedanetfinancialbenefit(orincurredanetcost)byprocuringeachprojectasaP3.
ViningandBoardman2008didseektogeneralizepastlessonslearnedfrompublicsponsor
implementationofP3s,butframedtheanalysisexclusivelywithinthecontextofpublicsponsor
institutionalcapacityandgeneralP3policyandmanagementitems.Theanalysisalsofocusedonlarger
issuesofP3-relatedbenefitstransferandtheefficacyoftheP3arrangementasawhole.Bycontrast,
weseektodevelopaspecificsetofsuccessattributesforonlytransportationP3satargetedanalysis
forpublicandprivatesponsorsalike.FHWA2009alsofocusedonissuesofpublicsponsorinstitutional
capacity,howeveritdealtmoreorlessexclusivelywithinstitutionallearningandtookmostlyacase-
study/P3surveyapproach.
OxfordUniversityprojectfinanceandmanagementexpertBentFlyvbjerg(2004,2005,and
2009)hasconductedextensiveresearchonmajorcapitalprojectoutcomes.However,hisanalysisis
generallyfocusedsolelyondelivery/costoutcomes.Inaddition,hisresearchhasnotfocusedon
alternatively-procuredprojectsperse.SomeofthesampledprojectswereindeedP3sandotherforms
ofalternatively-procuredprojects(concessions,DBOM,etc.),butthefocuswasnotexclusivelyonthese
sortsofprojects.Flyvbjerg2004focusedexclusivelyondemandshortfallsandcostoverrunsincurredby
aglobalsampleoffixed-railtransportationprojects,centeringontheCopenhagenMetroprojectasa
casestudy.Flyvjerg2004isadescriptionofpastoutcomesratherthananexplicitprescriptionforfuture
projects,beyondemphasizingtheriskofoverrunsanddemandshortfallsassociatedwithmajorcapital
projects,andsuggestingsuchpastperformancebeincorporatedintoprojectplanning.
Flyvbjerg2005assessedthemethodologiesandtechniquesusedfordemandforecastingin
transportationprojects,comparingmethodsemployedinacross-sectoralsampleofprojectsand
correspondinguseperformance.Flyvbjerg2009,muchlikeViningandBoardman2008,focusedon
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publicsponsorinstitutionalcapacity,andanalyzedtheincentivestructuresunderlyingthecapitalproject
vettingprocesswithingovernmentagencies.Theseconclusionswerebroad,generalizedfindingsfor
publicsponsorsofallcapitalprojectsnotjustP3sand,assuch,dealtwithmanagementand
oversightpoliciesmorethanspecificstrategiesfortheprojectsthemselves.
OtherresearchhasfocusedexclusivelyonP3casestudies,bothofoverseasprojectsaswellas
whatP3shaveoccurredintheUS.ACT(2007a,2007b,and2007c)publishedaseriesofcasestudieson
P3sACT2007bincludescasestudiesofseveralUSP3s,ACT2007cincludescasestudiesof
internationalP3s,andACT2007acombinesthecorelessonsfromboth2007band2007c,applyingthem
totheUSinstitutionalcontext.TheprescriptivevolumeofACTsresearch(2007a)givesgeneral
guidelinesforP3publicsponsorsnotunlikeViningandBoardman2008.Itdoesnotgiveguidanceon
specificprojectsuccessfactors,oranyofthesortofattributeswhichweprovide.
Theonlypriorresearchsimilartoourownthatistosay,researchwhichdrawskeysuccess
factorsandattributesfromasampleofP3sweretwoindependentinitiatives,thefirstdoneby
VirtuosityConsultingsDavidStambrook(2005)andthesecondbyUniversityofSouthernCaliforniaPhD
studentYinWang(2010).Stambrooktookasmallsampleoftentransportationprojectsandsoughtto
identifycommonalitiesamongeachprojectscoredescriptivestatistics(cost,contracttype,etc.).This
researchwasextremelylimitedinscopefivesuccessfulprojectsandfivefailedprojectsanddidnot
attemptextendorapplyfindingsbeyondthescopeoftheincludedsampleofprojects.Theanalysiswas
descriptiveinnatureratherthanbothdescriptiveandprescriptive,orevenpredictive.
Wang(2010)developedadecision-makingmodelfortheinvolvementofprivatefinanceintoll
roaddevelopmenttheresearchdidnotaddressP3sbeyondtollroads.Wangconcludedthatproject
initiationyear,statedebtlimits,andthestatespoliticalclimatealldictatetheextenttowhichprivate
investorsdeploycapital(orwithholdit)fortollroaddevelopment.Weknowofnootherresearchwhich
attemptstocomparetheattributesofsuccessfulP3stothoseoffailedfacilitiesinaglobalcontext.
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3.Backgroundanddefinitions Asfueltaxrevenuesdeclinedprecipitouslyduringthe1980s,governmentswereleftstruggling
tofillagrowinggapbetweeninfrastructurespendingneedsandfundingcapacity(NHCRP2009,p.9;
ACT2007a,p.3).VirginiawasthefirststatetoauthorizeP3-enablinglegislationin1988,followed
shortlythereafterbyCaliforniain1989.Bothsetsoflegislationservedasmodelsforotherstatesand
collectivelyledtotheimplementationoftheDullesGreenway,PocahontasParkway,Southern
Connector,SR-91,andSR-125P3s(NCHRP2009,p.9).
GovernmentshavebeenattractedtoP3sasawaytobridgethegapbetweeninfrastructure
financingcapacityandneedsforfourprincipalreasons:
1) minimizeon-budgetproject-relatedgovernmentexpendituresand/orformalgovernmentdebt;2) provideinfrastructureatalowercostbyleveragingthescaleefficienciesoflargefirmsandthe
presenceofcost-minimizationincentivesoftheprivatesector;
3) reducethepublicsectorsriskexposuretoconstructionandmaintenancecosts,aswellasdemanddownsidethroughtransferringthoseriskstotheprivatepartner;and
4) createapoliticalclimatemoreamenabletollingthantraditionalprocurementorgovernmenttolls(ViningandBoardman2006,p.6).
P3sthemselvesrangefromquasi-traditionalprocurementsuchasdesign-build(DB)1deliveryto
outrightconcessionsandtotalassetprivatization.ThechoiceofwhichformofP3topursueislargely
contingentuponthepublicsponsors2desiredlevelofanticipatedcostsavings,withgovernmentsin
needofmajorsavingsleaningtowardstotalprivatizationandbuild-operate-transferarrangements
(NCHRP2009,p.8).
3.1.DefinitionofSuccessfulP3sSinceeachindividualP3istailoredspecificallytothatprojectsinstitutionalcontextand
environment,weexperiencedsomedifficultyinformingageneraldefinitionofasuccessfulP3.As
such,wehavesoughttodefinewhatconstitutesasuccessfulP3byidentifyingfivecriteriaofP3sthat
transcenddifferencesofprojectcontexts/environmentsandthatarehallmarksofsuccessfulP3s,as
observedbyexistingP3literature.
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WeconsideraP3successfulifitmeetsallfiveofthefollowingcriteria:
1) theprojectiscompletedataminimumofontime;
2) theprojectiscompletedataminimumofonbudget;
3) theprojecthasneverenteredbankruptcyorsoughtbankruptcyprotection;
4) thereisameasurablefinancialbenefit/costsavingsrealizedbythepublicsponsor;
5) theP3hasmetinitialdemandprojections.
Wediscusseachoftheseindividualcriteriainthefivesubsectionsthatfollow.
3.1.1&3.1.2.Theprojectiscompletedontimeandwithinbudgetataminimum.
Forouranalysis,ontimeandonbudgetdeliveryaretwodistinctcomponentsofourdefinition;
however,thefollowingdiscussionappliestoboth.AsuccessfulP3mustbecompletedatleaston-time
andwithintheprojectsallottedbudget.SuccessfulP3arrangementswillhavedemonstratedanability
tomaintainconsistentprogressionofprojectconstructionandtoachieveon-timeandon-budget
delivery.Completingaprojectontimeandwithinbudgetareindicatorsofeffectiveproject
management,goodex-anticostestimation,andsuitablecontractmechanism.Whilechangesinplans
and/orimplementationareinevitableaftertheprojecthasbegun,thepublicsponsorandprivate
investormustworktogethertomitigatetheimpactsofthosechangesonboththeprojectsbottomline
anditsdeliveryschedule(ViningandBoardman2008,p.157).Flyvbjergetal.citeasignificantannual
percentageincreaseinoverallprojectcostforeachyearofprojectconstructiondelay;adelayedproject
willcostmoreandthreatenprojectviability(2004,p.16).InaP3,thepublicsponsorandtheprivate
investorenterintoacontracttoguaranteethedeliveryofafacilitybyacertaindateandwithincertain
budgetaryconstraints.Ifthoseconditionsarenotmetthenthecoretenetsofthecontracthavenot
beenmet.
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3.1.3.Theprojecthasneverenteredbankruptcyorsoughtbankruptcyprotection.
AsuccessfulP3willhaveneverenteredbankruptcyorsoughtbankruptcyprotection,as
successfulprojectsarefinanciallyviableprojects(ACT2007c,p.36).Financialviabilityisabasic
requirementofsuccess.Lackoffinancialviabilityaddstopublicsponsorfinancialriskandoftenresults
inadditionalpubliccosts.(ULI2005,p.13).Secondly,forthoseprojectsfundedbyuserfees,ifafacility
entersbankruptcyitpresumablysufferedfromless-than-anticipateddemand.Suchanoccurrence
raisesquestionsabouttheeffectivenessofmanycomponentsofthepublicsponsorsandtheprivate
investorsduediligenceandplanningelements(Giuliano,etal.2010a,p.37).Finally,anassetthatgoes
bankruptisapublicrelations,andpolitical,challengeonamultitudeoflevels,damagingtheacceptance
oftheP3model.
3.1.4.Thereisameasurablefinancialbenefit/costsavingsrealizedbythepublicsponsor.
OneofthechiefpurposesofaP3istoleveragestrengthsfromboththepublicsponsorand
privateinvestori.e.,tominimizecostswhilemaximizingconstructionspeedandoverallasset
productivity(ACT2007a,p.18;PWC2010,p.7;FHWA2009,p.2).Ifthepublicsponsorfindsitself
exposedtoincreasedfinancialriskduringaP3(whencomparedtotraditionalprocurement)theproject
cannotbeconsideredasuccess.Thisincreasedriskexposureincludesbothoutrightfinancialrisk(e.g.,
long-termavailabilitypaymentorassethand-backschedules)andresidualfinancialriskaswell;ifthe
assetgoesbankrupt,thestatemustassumecontroltokeeptheassetoperational(ACT2007b,c.3p.61;
Guilianoetat.2010b,p.36).
Assuch,P3sshouldworkconstructivelytowardsachievingpublicsectorfinancialsavings.Some
potentialsourcesoffinancialsavingsfromP3sare,
decreasedprojectfinancingcosts; generalreductioninpublicsectorfinancialriskthroughtransfertoprivatesector; reduction/eliminationofpublicsectorfundingcommitments; expediteddeliverythatdecreasesconstructioncosts; economiesofscaleintheprivatesectorduringprojectdesignandconstruction; cost-reductionincentivesintheprivatesector;and potentially-reducedprivatesectorlaborcosts(ViningandBoardman2006,p.5).
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Intheabsenceofcomprehensive,perfectinformationonmostofthesourceslistedabove,wechoseto
measuretheoverallpercentageofprivatesponsorfinancinginaprojectasaproxyforthelevelofpublic
sectorfinancialbenefitfromdeliveringaprojectasaP3.GiventhatamajorpurposeofP3sisto
minimizebothgovernmentspendinganddebtfromprojects,measuringthelevelofprivatesponsor
financingseemsthemostappropriate,andpractical,meansofaccountingforpublicsectorfinancial
benefitsresultingfromP3delivery(ViningandBoardman2008,p.153).
3.1.5.Theprojecthasmetinitialdemandprojections
Flyvbjerg(2005and2009)highlightedsignificantshortfallsindemandprojectionestimates
acrossvirtuallyalltypesoftransportationinfrastructureprojects.Perhapsmostalarmingly,demand
projectionaccuracyhasnotincreasedoverthecourseofthepastthreedecades(Flyvbjerg2009,p.347).
Demandforecastingisinherentlycomplexandpronetoavarietyofquantitativeerrorsand
mathematicalmistakes/misspecifications(Pickrell1990,p.22;Wachs1990,p.148;Nijland2010,p.4).
However,evidenceexiststhatthetrendofconsistentdemandoverestimationhasmoretodowith
planningfallacy,optimismbias,andintra-governmentalincentiveperversiontoover-inflatethe
attractivenessofprojectstogivetheprojectanedgeinsecuringfunding(Flyvbjerg2009,p.350).
Assuch,thefifthandfinalcomponentofourdefinitionofsuccessisthatprojectsmusthavemet
initialdemandprojectionsor,phraseddifferently,thatinitialdemandforecastswereaccurate.The
success(orfailure)ofinfrastructureprojects,especiallyP3swhichare,onaverage,morerelianton
trafficvolumetodriverevenuethantraditionalprojects,isverymuchdependentonaccuratedemand
forecasting(Pickrell1990,p.ix;Richmond2001,pp.172-3).
3.2.Pre-ImplementationAttributesforIdentifyingSuccessfulP3s DespitetherationalesforsupportingP3s,andthetheoryunderpinningthepurportedstrengths
oftheP3model,researchonprioroutcomeshasindicatedalessthanstellartrackrecord.Viningand
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Boardman(2006)pinpointedfourmajorshortcomingsoftheP3modelasithasbeenimplementedby
publicsponsorsinCanada,highlightinghow:
1) governmentshavenoteffectivelyreducedtheirfinancialriskexposurethroughdeliveryofprojectsasP3s;
2) privatepartnershavenotcapturedadequatereturns-on-investmenttojustifyinvolvementinprojects;
3) P3contractswereregularlyterminatedmuchearlierthananticipated,beitbypublicsponsorbuy-out,privatepartnerbankruptcy,orforotherreasons;and
4) protractedconflict,withhighcontractingcostsbornebyonepartyorboth(p.4).
Inshort,ViningandBoardman(2006)indicatethatP3shavegeneratedsignificantlymorelongterm
transactioncoststhanpublicsponsorshadanticipated.
Moregenerally,priorresearchhasalsofocusedonestablishingthelinkbetweenproject
outcomesandsuccessfulrisktransfer.PastanalysisofprojectoutcomeshasfoundthatP3shave
generallynotledtotheanticipatedpublicsponsorriskallocationandtransfer,andthatinordertobe
trulysuccessfulP3smustdistributeatleastamodicumofthatriskfinancial,delivery,anduseriskto
variouspartiesinvolved(NHCRP2009,p.2;ViningandBoardman2006,p.30;ACT2007a,p.57;FHWA
2009,p.2).Thatanalysishas,however,notprovidedgreatdetailoverwhatanoptimaltransferofrisk
wouldlooklike,generatingasignificantvoidinthefield.
Thepurposeofourresearchistoestablishwhetherornotthepresence(orabsence)ofvarious
attributescontributetoaparticularP3projectssuccess.Wesawaneedtoderive,frompast
experienceandanalysisofpriorP3outcomes,anumberofex-anteindicatorsofP3successattributes
thatwouldindicateincreasedlikelihoodofsuccessifmetbeforeprojectimplementation.Wechose
nineindependentattributesofP3s.Inthesubsectionsbelow,wedescribetheattributes,includinga
rationaleforselectingeachandthehypothesizedrelationshipbetweentheattributeandourdefinition
ofP3success.
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3.2.1.a)Alt.Finance(F)/b)Alt.Ops(O)/c)AltMaint.(M):P3containssomeformof
alternativefinancing,operations,and/ormaintenance
Failuretoincorporatesomeformofalternativefinance,operations,and/ormaintenance
provisions,is,ultimately,apublicsponsorfailuretoleveragethekeystrengthoftheP3model.Ifa
projectissimplydesign-build(DB),thegovernmentismerelycontractingoutaprojectand,insodoing,
incurringallofthenegativeexternalitiesandcostsofP3swhilegainingbutafewminorbenefitsfrom
theP3model(ViningandBoardman2008,p.151).ThepresenceofalternativeF/O/Malsosignifies
theprivatesectorhassignificantskininthegame,increasingincentivesforon-timeandon-budget
delivery(ViningandBoardman2008,p.152).Thepresenceofanyprivatecapitalintheprojects
financingagreementisourmeasureofalternativefinancing(alternativeF).AlternativeOand
alternativeMwouldbeconstitutedbytheinclusionofaseparateO&McontractwithinthelargerP3
contract,orwhereaprivatefirmassumesresponsibilityforoperationsand/ormaintenance.
3.2.2.d)ExistingCapacityConstraints:Presenceofadequateprojectdemand
Deliveryoftransportinfrastructureprojectsandimprovements,howeversignificanttheymay
beontheirownmerits,takeonanentirelynewimportanceandcriticalitywhenthetransportation
networkofwhichtheyareapartissufferingfromcapacityconstraints.P3scanexpeditedeliveryof
suchcriticalinfrastructureprojectsandoftentimesallowfordeliveryofthosefacilitieswellaheadof
whatwasconsideredpossiblethroughtraditionalprocurement(ACT2007a,p.12;PwC2010,p.8;
Iacobacci2010,p.2;USDOT2007,p.4;Duffield2008,p.4).Furthermore,existingcapacityconstraints
indicatealargedemandfortravel,increasingthepotentialforsignificantincorporationoftolls/userfees
intotheprojectslong-termfunding,reducingtheneedforpublicsponsorfundingcommitments.We
useexistingcapacityconstraintsasaproxyforthepresenceofdemandrequisiteforP3success.
3.2.3.e)TotalCost=>$500mil:P3totalcostinexcessof$500million
FHWA(2009,p.3)andPwC(2010,p.11)bothindicatedthatinordertobesuccessful,transport
P3srequirerequisitecomplexityandscale.GiventhatP3sincursignificanttransactioncosts,this
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argumentisintuitivethelargertheoverallcostoftheproject,thesmaller,bypercentageshare,the
transactioncosts.Furthermore,themoreexpensiveaproject,thegreatertheincentiveofthepublic
sponsortoseeksomeformofalternativeprocurement,allelseequal,decreasingitsrisks.Thisisnotto
saythatonlylargerprojectsshouldbeconsideredasP3s,butratherthatonlylargerprojectswillachieve
sufficienteconomiesofscaletojustifyalternativeprocurementinthefirstplace.Weestimatedthe
quantitativedefinitionofalargeprojecttobeatleast$500million;ourestimateisconsistentwith
otherprojectfinanceresearchconductedbytheHarvardBusinessSchool(Esty2004,p.218).
3.2.4.f)FewExistingSubstitutes:Nodirectcompetitionwithothernearbyfacilities
Bridges,tunnels,mountainhighways,andotherformsofspecializedinfrastructureassetsare,
bytheirnature,non-substitutableanddonotcompetewithotherfacilities.Suchassetsareripetobe
tolledortolevyuserfeesinsomeothercapacityandareveryattractiveaspotentialP3s(perhaps
moreforconcessionthaninitialconstruction)asaresultoftheirprofitpotential.Assetswithfew
substitutes,wehypothesize,aremorelikelytodrawincreasedtrafficthanthosewithalargenumberof
freealternatives.Weconsiderasubstitutetobeaparallelorreadily-accessiblefacility,allowingfor
consumerchoiceafreeroadnexttoatolled,higher-speedinterstate,forexample.Whilesimilarto
existingcapacityconstraints,fewexistingsubstitutesisquiteseparateanddistinct.Existingcapacity
constraintsrelatestodemand-sidefactors(theextenttowhichdemandisevidentforagivenproject)
whereasfewexistingsubstitutesrelatesdirectlytosupply-sideprojectfactors,andhowmuch
competitionagivenprojectstandstoface.
3.2.5.g)GovtAvailabilityPayments:P3reliesonshadowtollsoravailabilitypayments
Shadowtolls,availabilitypayments,andpublicsubsidiesingeneralforP3sindicatebytheir
verynaturethattheprojectsarenotfinanciallyself-sustaining.Availabilitypayment-basedP3sare
attractivetogovernmentsponsors,however,asthepaymentswillcome aftertheprojectisconstructed
andopenforbusiness.Availabilitypayment-basedP3s(andshadowtollsandothersubsidy-basedP3as
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well)arepopularbecausetheyenablegovernmentstodefermajorcapitalexpenditure,aprimary
considerationinhowtodeliverinfrastructure(ViningandBoardman2008,p.153).Inthelong-term,
availabilitypayments,shadowtolls,and/orsubsidiesdonotdecreasepublicsponsorfinancialriskor
fundingresponsibilitiessomuchastheymaintainorevenincreaserisk(citeneeded).Thusavailability
paymentsinasensecrowdoutothergovernmentexpenditures,aslong-termfinancialriskisnot
transferredfrompublictoprivatesponsor,becausenonewfundingsourcesareinvolved.Whenpaid
overtimetoaprivateinvestor,availabilitypaymentsmaywindupbeingahighcostmethodoffinancing
(ViningandBoardman2006,p.29).Withthesefinancingmechanisms,theonlypotentialsavingstothe
publicsponsorisreducedcostsfromusingprivateproviders.Thesesavingsmayormaynotoffsetthe
transactionscostsassociatedwiththeproject.
3.2.6.h)GovtFunding:GovernmentfundingsupportsP3operations
Whileavailabilitypaymentsareeffectivelyanoperatingsubsidy,governmentfundingconsists
ofthepublicsponsorexplicitlyexpendingcapitalforconstructionofthefacilityand(potentially)
operationofitaswell.ThisfundingmayoccurevenwiththepresenceofalternativefinanceorO&M;
smallportionsofgovernmentfundingmaybeusedevenforprojectswithminimalpublicfinancing.In
suchcases,thefundingwouldbeexpectedtocomeintheformofdebtservice(inarrangementslike
GARVEE3financing)orotherregulatory/mitigation-relatedpayments.Governmentfundingisused
largelyinconjunctionwithDBcontracts,whereprimaryrisksinvolvingprojectcapitalareretainedby
thepublicsponsorandsecondaryandtertiaryrisksaretransferredtotheprivatepartner(s)(FHWA
2008).Ifthepublicsponsorisresponsibleforprojectfunding,thenpublicsponsorfinancialriskremains
significant.Furthermore,maximalpublicsponsorcost-savingsthroughtheP3arrangementhavenot
beenachieved.
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3.2.7.i)ContractLength:P3contractlength
PastresearchonP3shasshownincreasedcontractlengthcausesaninherentdecreasein
contractflexibility,lockingallstakeholdersintoacontracthighlyvulnerabletomacroeconomicshifts
andcapitalmarketsfluctuations(Iossaetal.2007,p.75).Giventhetravailsoflong-termP3slikethe
ChicagoSkyway,theNorthwestParkwayinColorado,andeventheVirginiatollroadsinFairfaxand
LoudonCounties,lengthycontractsindicateaninvestmentwhichrequiresalong-terminvestment
vision;i.e.positivereturnoninvestment(ROI)isfarfromimminent.Ashortercontractwillcreatean
incentivefortheprivatestakeholdertoincreaseequityintheprojectand,assuch,increasethe
incentivetooptimizeassetperformanceto,inturn,optimizeROI(ViningandBoardman2008,p.156).
Table1belowsummarizeseachofournineex-antemetricsandourexpectationofhowthe
presenceorabsenceofeachmetricwillinfluencesuccessorfailureoftheP3.
Table1:Expectedeffectofeachmetric(attribute)onsuccessorfailure
Alt.
Finance(F)-
A
Alt.
Operations(O)-B
Alt.
Maintenance(M)
-C
ExistingCapacityConstraints-
D
TotalCost=>$500million-
E
FewExistingSubstitutes-
F
GovtAvailabilityPay
ments-
G
GovernmentFunding
-H
ContractLengthJ
+ + + + + + - - -
+:presenceofmetricpre-implementationwillincreaselikelihoodofprojectsuccess
-:presenceofmetricpre-implementationwilldecreaselikelihoodofprojectsuccess
4.TheSampleWereviewed100casestudiesoftransportP3sworldwide.Thereisnosignificancetothe
number100;weweremerelyabletofind100P3swithenoughqualityinformationfromwhichto
comparetotherestofoursample.Ofthose100projects,wefound55successfulprojects.Thisdoes
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notmeanthatonly55successfultransportP3sexistintheworld,justthat55percentofoursamplemet
allfivecriteriainourdefinition.Wereviewedall100casestudiestoidentify,ineachP3project,the
presenceorlackthereofofthenineex-antesuccessmetricstotestourhypothesis.Thesuccessful
projectsarelistedinandtheunsuccessfulprojectsarelistedinAppendixB.Figure1isagraphical
representationofthedata.
Wegatheredourdatabasedlargelyonavailabilityofcomprehensiveandconsistentinformation
pertainingtooursetofpre-implementationmetrics.Thisinformationcamefromanarrayofsources
including:ameta-analysisofexistingacademicliterature;previousP3casestudies;local,regional,state,
andmultinationalgovernmentalagencies;privateandnonprofitconsultingandresearchinstitutions;
andextra/non-governmentalorganizationssuchastheWorldBank.Thismethodmayhaveledtoan
upwardbiasinprojectcosts,aswefounddatamuchmorereadilyavailableformulti-milliondollarP3s
ascomparedtomuchsmallerandmore-localscaleprojects.
Inordertobeincludedinthesample,projectsmusthavebeencompletelyconstructedand
opentousers.The100projectsinoursamplewereallcompletedandopenedoverthecourseof
roughlythelastquarter-century,from1986to2009.Theprojectsweredistributedacross29nations,
withthebulkoftheprojectsoccurringintheUS,UK,Canada,andAustralia;suchageographicbiasisto
beexpectedgivenhowtheBritish,Australians,andCanadianswereamongthefirsttopioneerand
institutionalizealternativeprojectfinancing.
Allattributedatainourmatrices(AppendicesAandB)arebinarywiththeexceptionofTotal
Cost(E)andContractLength(I);anaffirmativevalueof1isindicatedbyanXandgraycellshading
whileavalueofzeroisindicatedbyablankspace.Ourfive-pointdefinitionofsuccessincludes
continuousandbinaryvariablesasshowninTable2.
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Table2:Successvariables
Variable Units SampleMin SampleMax
OnTimeDelivery Days((early)orlate) (630) 2555
On-BudgetDelivery %Escalation 0% 306%
NoBankruptcy Binary 0(false) 1(true)PrivateFinancing %PrivateFinancing 0% 100%
NoDemandShortfall Binary 0(false) 1(true)
Beforewecontinueandfullyreportourresults,wefeelitisnecessarytoclarifytheclassification
oftwoparticularprojects,SR-91ExpressLanes4(SR-91)andtheChicagoSkyway.Theproblemscreated
bySR-91snon-competeclauseresultedinOCTA(OrangeCounty,CaliforniaTransportationAuthority)
buyingthefacilityfollowinganeffortbyCaltranstowidentheadjacentroad.Thisbuybackpotentially
violatesthethirdcriterioninourfive-pointsuccessdefinition(thereisameasurablefinancialbenefit/
costsavingsrealizedbythepublicsponsor).Nevertheless,wecountedSR-91asasuccessfulP3because
itincludedtheremainingfouritemsinourfive-pointlist.WhileOCTAisnowexposedtosomeusage
risk,theconstructionandinitialoperatingrisksweresuccessfullytransferredtotheprivatefirm.
Moreover,OCTAhadthebenefitofknowingactualhistoricaloperatingandmaintenancecostand
demonstratedrevenuebeforeitmadeitspurchase.
Conversely,theChicagoSkywayleasecamecloseenoughtobankruptcyforustoconsideritin
violationofoursecondcriterion(theprojecthasneverenteredbankruptcyorsoughtbankruptcy
protection)(Peterson2009).TheprivatizationoftheChicagoSkywaydoesnotmaketheoverall
transportationsystemmoreefficientsomuchasitre-allocatesrevenuesandtollingproceeds.Itdoes
notcreateaviablelong-termfinancialbenefitforthepublicsponsorsomuchasaone-timecash
infusion.Inaddition,thereislong-termriskassociatedwiththefinancialinstabilityandexcessivelyhigh
debtloadoftheSkywaydeal.Ultimately,thefacilitysrevenuepotentialislimited,callingintoquestion
theviabilityofthe99-yearleaseandwhetherornotthepublicstakeholderstrulygotthemostutility
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outofsuchalong-termdealintheformofalarge,up-frontlumpsumpayment.Thereforeweclassified
theChicagoSkywayasafailure.
5.Discussionofresults
5.1.BreakdownacrossAttributes
Figure1comparesthepercentageshareofeachoftheattributesA-Hinthesuccessfulgroup
(showninyellow)andtheunsuccessfulgroup(showninred);Figure2showsthesamebreakdownfor
attributeI.Figure3showstheaveragecostoflargesuccessfulandunsuccessfulprojects,withtotal
costsinexcessof$500million.
Figure1:AttributeComparisons(A-H)AcrossSuccessfulandUnsuccessfulP3s
Figure2:AttributeComparison(I)AcrossSuccessfulandUnsuccessfulP3s
0.00%
10.00%
20.00%
30.00%
40.00%
50.00%
60.00%
70.00%
80.00%
90.00%
100.00%
A)Alternavefinancing
B)Alternaveoperaons
C)Alternavemaintenance
D)Exisngcapacity
constraints
E)Projectvalue>$500million
F)Fewsubstutes
G)Governmentavailability
payments
H)Governmentfunding
Successful
Unsuccessful
0.00 5.00 10.00 15.00 20.00 25.00 30.00 35.00 40.00
Successful
Unsuccessful
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-17-
Figure3:AverageLarge(>$500million)ProjectCostAcrossSuccessfulandUnsuccessfulP3s
ThebreakdownofsuccessfulandunsuccessfulP3sacrossoursetofattributeswassurprisingly
consistentbothprojectgroupsgenerallytrackedoneanotherclosely.Averysimilarproportionof
successfulandunsuccessfulprojects(successful%/unsuccessfull%):
1) incorporatedalternativefinancing(86%/87%);2) incorporatedalternativeoperationsand/ormaintenance(86%/87%foroperations,78%/84%for
maintenance);
3) werelargeprojectscostinginexcessof$500million(49%/53%);and4) reliedongovernmentavailabilitypaymentsand/orgovernmentfunding(30%/40%for
availabilitypayments,36%/44%forgovernmentfunding).
However,fourmajordifferencesbetweensuccessfulandunsuccessfulprojectsemergedintermsof:d)
existingcapacityconstraints;f)fewsubstitutes;i)contractlength;andtheaveragecostoflarge
projects(projectscostinginexcessof$500million).Eachofthesefourkeydifferencesisdiscussedin
detailbelow.
D)Existingcapacityconstraints: Whileeight-in-tenofthesuccessfulprojectsfaceexisting
capacityconstraints,lessthan30%ofunsuccessfulP3sdo.Whetherornotaprojectisbuiltdue
toexistingcapacityproblemsisitselfameasureofmarketdemandforthenewfacility.Demand
fornewinfrastructurewherecapacityissuesexistisclear;demandwherenocapacity
constraintsexistislessclearandrequiresmorejustification.Existingcapacityconstraintswould
indicateanideallocationfortolls,ashightrafficvolumeswillbetravellingthroughthefacility;
existingcapacityconstraintsmayultimatelysignifylong-termpotentialfortheP3tosupport
itselfontollrevenuesratherthanpublicsponsorfunding.Giventhesignificanceofthepresence
ofexistingcapacityconstraints,wecanextrapolatethatwhereexistingcapacityconstraintsis
lacking,consistentlyhighdemandislackingaswell.Assuch,facilityrevenueandP3success
bothtrackcloselytotheextentofthepresence(orlack)ofexistingcapacityconstraints.
$0 $500 $1,000 $1,500 $2,000 $2,500 $3,000 $3,500 $4,000
Successful
Unsuccessful
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F)Fewexistingsubstitutes: While53%ofsuccessfulprojectshadfewsubstitutes,onlyabouta
thirdofunsuccessfulprojectsdid.IfaP3facesdirectcompetitionfromanumberofsubstitutes,
demandisessentiallywatered-down,distributedacrossthevariousinfrastructureassets.
Unsuccessfulprojects,onaverage,wereinitiatedwithinareasnotfacingcapacityconstraints
andinareasthatalsohadanumberofsubstitutesfortheproposedfacility.Whatlittledemand
existedfortheassetswasdiluted;atthesametime,however,theroleofprivatefinance(as
mentionedearlier)wasassignificantinunsuccessfulP3sasitwasinsuccessfulones.
I)Contractlength: Intermsofcontractlength,ourinitialhypothesiswasprovencorrectwhen
comparingthelengthofcontractsbetweensuccessfulandunsuccessfulP3s.Theaverage
successfulP3hadacontractlengthof23.8yearswhiletheaverageunsuccessfulP3hada
contractlengthof37.8years.Suchadifferenceislargelyaccountedforbytheinclusionoftwo
unsuccessfulP3stheChicagoSkywayandHighway407Express(Toronto)bothleasedfor99
years.Furthermore,thedifferencemayalsobeaccountedforbythefactthatmany
unsuccessfulP3sareforcedtorefinanceorare,infact,soldatalowerpricetoanother
stakeholder.EithercourseofactionwouldgenerallyrequirealengtheningoftheP3contractinordertoallowenoughtimefortheprivatepartnertoreapanadequatereturnoninvestment.
Averagelargeprojectcost:Whileasimilarproportionofsuccessfulandunsuccessfulprojects
costinexcessof$500million(49%and53%respectively),theaveragecostofunsuccessfullarge
projects($3.66billion)wasmorethandoublethesizeofsuccessfullargeprojects($1.45billion).
Theseresultssuggestthatwhile,toadegree,projectsdoattaineconomiesofscaleassize
increases,atacertainpointprojectsbecometoolargeandbegintosufferfromdiseconomiesof
scale.Increasedcapitalforlargerprojectsrequireincreasedrevenuestogeneratesufficient
returnandthusincreasedrelianceondemandforecastsaccuracyandalonger-timehorizon
inwhichtodoso.Inshort,asprojectcostrises,anarrayofprojectrisksseemtoriseinstep.
Wenowturntohowourtwogroupsofprojectsscoreonourfivepointdefinitionofsuccess.Figure4
comparesthepercentageofprojectswhichmetanddidnotmeetrule1ofourfive-pointdefinition;
Figure5showsthesamebreakdownforrules2-5.
Figure4:ComparisonofSuccessfulandUnsuccessfulP3sRule1
(75.00) (25.00) 25.00 75.00 125.00 175.00 225.00
Successful
Unsuccessful
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Figure5:ComparisonofSuccessfulandUnsuccessfulP3sRules2-5
5.2.BreakdownAcrossDefinitionofSuccessRules
OursampleofsuccessfulP3swasdelivered,onaverage,twoweeksaheadofschedulewith
noneofthesuccessfulprojectsinthesampleeitherenteringbankruptcyorsuccumbingtodemand
downside/userisk.ThisstandsinstarkcontrasttooursampleofunsuccessfulP3swhichwere
delivered,onaverage,aboutsixmonthsbehindschedulewith27%ofprojectsenteringbankruptcy
and53%experiencingademandshortfall.Intermsofpublicsponsorprojectbenefits,successful
projectsincorporatedprivatefinancingupto56%oftotalprojectcostonaverageincontrasttoan
averageofnearly80%forunsuccessfulprojects.
Thisbreakdownsuggeststhatsuccessfulprojectsincorporatelessprivatefinancing,butleverage
adiversesetoffinancingsources,distributingriskmoreevenlythanprojectsthatrelyheavilyonprivate
financing.Adiversityoffundingsourcesmayincreasethescrutinyofthedemandforecastsandthe
financialplan;thisisapotentialtopicforfurtherresearch.Asdiscussedearlier,thisincreasedreliance
solelyonprivatefinancing,inconjunctionwithincreasedlikelihoodofdemandshortfallsandfinancial
underperformance,isapotentiallylethalmixforP3s,andwasaverycommontrendthroughoutour
sampleofunsuccessfulP3s.
0.00%
10.00%
20.00%
30.00%
40.00%
50.00%
60.00%70.00%
80.00%
90.00%
100.00%
2.On-budget
delivery
3.Neverentered
bankruptcy
4.%Private
financing
5.Accurate
demand
forecasngSuccessful
Unsuccessful
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Finally,successfulprojectswere,onaverage,deliveredwithnooverrunasperourdefinitionof
successwhileunsuccessfulprojectsincurred,onaverage,a35%overrun.Unsuccessfulprojectsinthis
sample,then,areprojectsthatrelyheavilyonprivatefinancing,arehighlysusceptibletodemand/use
downsiderisk,andexperiencebothsignificantdeliverydelaysaswellascostoverruns.
6.ConclusionWedefinedwhatconstitutesasuccessfulP3facilityandthenfoundapoolof100facilitiesto
study.Wesurveyedninepre-implementationmetricsinoursample,seekingtrendsintheirdistribution
amongbothsuccessfulandunsuccessfulP3s.Indeed,wefoundfourpre-implementationsuccess
indicatorsforP3s.Theyare:1)existingcapacityconstraints,2)fewexistingfacilitysubstitutes,3)
contractlength,and4)averagelargeprojectcost.Weconcludethatpotentialprojectsthatface
existingcapacityconstraints,havefewexistingsubstituteswithwhichtheycompete,haveacontract
termofapproximately24yearsorlessinlength,andshouldtotalcostexceed$500millioncostless
thanapproximately$1.45billionwillbemoreaptforsuccessasaP3thanthosethatdonot.Projects
thatmeetthesecriteria(contractlengthroundedupto25yearsorlessforeaseofidentificationin
sample)areinredtextinAppendixA.
WefoundtheearlyindicatorsofP3troubletobe:1)highlevelsofprivatefinancing,2)few
existingcapacityconstraints,3)manyfacilitysubstitutes,4)anaveragecontractlengthinexcessof38
years,and5)averageprojectcostinexcessof$3.65billion,shouldtheprojectcostmorethan$500
million.Ineffect,unsuccessfulprojectsareaccordingtoourfindingsfromthissampleonaverage
largerincostandscopethansuccessfulprojects,occurwherelittledemandisexhibited,andrelyheavily
onprivatefinancing.Inordertogenerateadequatereturnoninvestment,contracttermsmustbe
longer,creatingproblemsinaccuratelyforecastingdemandfurtheroutintothefuture.
Oursampleofsuccessfulprojectsrelyonaveragelessonprivatefinancingthanunsuccessful
projects,indicatingadiversityoffinancingsourcesandmoreevendistributionofriskthanunsuccessful
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projects.Additionally,wefoundthatsuccessfulprojectsminimizedeliverytimewithanaverage
deliveryofsuccessfulprojectstwoweeksaheadofschedulewhilealsoeliminatingcostoverruns.
Ourfindingsare,however,onlysuggestiveinnature.Publicsponsorsshouldcarefullyconsider
whetherP3deliveryisappropriateonaproject-by-projectbasis.PublicsponsorsshouldevaluateP3
deliveryforproposedprojectswiththosemetricscommontosuccessfulP3s.
1Contracttypeinwhichoneprivatefirmisresponsibleforbothdesignandconstructionoffacility,insteadofonefirmforeachindividualphase.2Asusedinthisreport,publicsponsorreferstoanypublicagencythatmightpropose,build,and/ormaintainatransportationfacility,e.g.,San
FranciscoMunicipalTransportationAgency,CaliforniaDepartmentofTransportation,ortheGoldLinePhaseIIConstructionAuthority.3GrantAnticipationRevenueVehicle.Aformofdebtfinancinginwhichmoregrantsareallocatedtostate/localgovernmentthanitcanpay
foratpresent,withdebtservicerepaidwithfutureformulagrantsand/orsalestaxrevenues.(e.g.,LosAngeles30/10initiative).4AtolledfacilitylocatedinthemedianofCaliforniaStateRoad91.
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AppendixA:ListofSuccessfulProjects
ProjectName/Location
Alt.
Financ
e(F)-
A
Alt.
Ops
(O)-
B
Alt.
Maint
.(M)-
C
ExistingC
apacity
Constraints-D
TotalCost=
>$500mil
($mil
)-E
FewExstngSu
sttutes
-F
Gov'tFun
ding-
G
Gov'tAva
ilability
Paymen
ts-
H
ContractL
ength-
I
2ndSevern
CrossingBridge:
Bristol,UK
X X X X $1,080 X 30
A25Montreal:
QuebecX X X X $614 X 35
AirportMAXLRT:
Portland,OregonX X DB
AlamedaCorridor,
LosAngeles,CAX X X X $2,400 X X n/a
AntonAnderson
MemorialTunnel:
Whittier,AK
X X X X X 7
AtlanticCiy
Brigantine
Connector:New
Jersey
X X X X DB
AtlanticStation17thStreet
Bridge:Atlanta,
GA
X X 4
Autostrade,Italy X X X X $4,300 X privatized
Avenidade
AmericaIES
(Intermodal
TransitExchange
Station):Madrid,
Spain
X X X 25
BinaInstra
Motorway:
Croatia
X X X X $727 X X 32
BogotaBRT:
Bogota,ColombiaX X X X $3,300 n/a
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-26-
BremenGVZ(Rail
Intermodal
Facility):Germany
X X X X $500 X X BOO
CA-91Express
Lanes:Orange
County,CA
X X X X $537
OCTAbuy
backof
fwy
OCTAbuy
backof
fwy
35
CentralTexas
TurnpikeSystem:
Austin,TX
X X X X $3,300 n/a
Charlottetown
Transit:Prince
EdwardIsland
X X X X 5
CityLink:
Melbourne,
Australia
X X X X $2,000 34
Cochin
International
Airport:Kerala,
India
X X X $3,000 X n/a
CountryPark
Motorway:Hong
Kong,China
X X $930 X FreeROW 30
CuritibaBRT:
Brazil X X X Init.Capex privatized
DCStreets:
WashingtonDCX X X 5
EastCoastRoad:
TamilNadu,IndiaX X X X n/a
EdmontonOrbital
SE:Alberta X X X X X X 30
FoleyBeach
Expressway:
BaldwinCounty,
AL
X X X X X X n/a
GoldenEars
Bridge:
Vancouver,BC
X X X X $746 X X 33.5
Hamburg
International
Airport:Hamburg,
Germany
X X X X $525 X X 4
Heartland
Corridor:Midwest
US
X X X X X X D(B)B
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Hudson-Bergen
LightRail:New
Jersey
X X $2,200 X 30
I-75Expansion:
Collier/Lee
Counties,FL
X X X X DBF
Isaac'sCanyon
Interchange:
Boise,ID
X X DB
JFKTerminal4:
NewYorkCity,NYX X X X $1,450 n/a
KickingHorse
CanyonPhase2:
BC
X X X X X X 25
M1-A1Link:
Leeds,UKX X X X $544 X 30
M2Motorway:Sydney,Australia
X X X X 45
MaputoPort
Rehabilitation:
Mozambique,
Africa
X X X X X
Retains
49%
ownership
ofport
during
period
15
N4TollRoad:
SouthAfricaand
Mozambique
X X X $660 X 30
NewYorkAve/FloridaAve/
GallaudetUniv.
MetroStation:
WashingtonDC
X X DB
NorthLuzon
Expressway:
NorthLuzon,
Philippines
X X X X X 30
NortheastStoney
TrailFreeway
Extension:Alberta
X X X X $652 X X 32
PenangBridge:
Penang,MalaysiaX X X X X
Builtby
govt,then
leased
25
PortofAqaba
Expansion:Aqaba,
Jordan
X X X X $710 X 25
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PortofColombo
Expansion:
Colombo,Sri
Lanka
X X X X X 30
PortofGalveston
CruiseTerminal:Galveston,TX
X X X X DB
QueenElizabethII
DartfordBridge:
London,UK
X X X 20
Rosario-Victoria
Bridge:Rosario/
Victoria,
Argentina
X X X X X 15
Sea-to-SkyHwy
Improvements:
Vancouver,BC
X X n/a
Southeast
EdmontonRing
Road:Edmonton,
Alberta
X X X X $510 40
SR44Corridor:
NewMexicoX X X X $537 X n/a
St.Lawrence
Seaway
Management
Corporation:
Quebec
X X X X XGARVEE
financingDB
SydneyHarbor
Tunnel:Sydney,
Australia
X X X $3,000 X X 20
US-1
Improvements:FLX X X $750 X 30
VirginiaRailway
Express:VirginiaX X X X 5
Warsaw
International
Airport:Warsaw,
Poland
X X X X
5
WestlinkM7:
Sydney,AustraliaX X X X X n/a
YitzhakRabin
Highway:TelAviv,
Israel
X X X X $2,300 34
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YorkBusRapid
TransitPhaseI:
Ontario
X X X $1,300
80%of
residual
ONLYin
caseof
demand
downside
30
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AppendixB:ListofUnsuccessfulProjects
Project
Name/
Location
Alt.
Finance(F)-
A
Alt.
Ops(O)-
B
Alt.
Maint.(M)-
C
ExistingCapacityConstraint
s-D
TotalCost=>$500mil($mi
l)-E
FewExistingSubstitutes-
F
Gov'tFunding-
G
Gov'tAvailabilityPayments
-H
ContractLength-
I
A2Motorway:
PolandX X X $1,270 40
Arlanda
ExpressRail
Link:Sweeden
X X X $650 40
BeirasLitoral/
AltaToll
Roads:
Portugal
X X X X $1,500 X 35
Brisbane
AirportRail
Link:Australia
X X X 35
Camino
ColombiaToll
Road:TX
X X X X Priv.
Channel
TunnelRail
Link:UK/
France
X X X $9,000 Gov'ttakes
overtnl
Gov't
takes
overtnl
n/a
Chicago
Skyway:
Chicago,IL
X X X $1,830 99
Coimbatore
Bypass:India X X X X X BOT
Confederation
Bridge:NewBrunswick,
Canada
$640 X X X 35
Dulles
Greenway:
Loudon
County,VA
X X X 42.5
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DutchHigh
SpeedLine:
Netherlands
X X X $3,750 X 30
Gautrain
RapidRail
Link:South
Africa
X X X $3,700 X X 20
Highway104:
NovaScotia,
Canada
X X X X X X 30
Highway407
Express:
Ontario,
Canada
X X $3,100 X 99
I-394MnPass:
Minneapolis,
MN
X X X DB
LandCove
Tunnel:NSW,
Australia
X X X $1,100 X 33
LasVegas
Monorail:Las
Vegas,NV
X X X $650 InitialGov't
DebtIssue Priv.
London
Underground
P3:London,
UK
X X X $25,600
95%Gov't
Grntyon
Invst
X 30
M5
Motorway:
Hungary
X X X Gov'ttakes
overfwy
Gov't
takes
over
fwy
n/a
Madrid
Barajas
Subway
Extension:
Spain
X X Gov'tOps Xnon-
integrtd
MexicanRoad
Concession
Program:
Mexico
X X X $9,900
Gov't
buybackof
23/52
projectsat
$7.6bil
BOT
Montreal
SubwayExtension:
Canada
$745 X X DB
Northwest
Parkway
Lease:CO
X X X $603 99
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Oresund
Bridgeand
Tunnel:
Denmark/
Sweeden
$5,400 X
DB
Pocahontas
Parkway:Richmond,VA
X X X 30
Randstad
Tunnel:
Netherlands
X X X X 30
RapidTransit
System:
Bangkok,
Thailand
X X X X $2,000 30
Rostock
Tunnel,
Germany
X X X X 50
Route3NorthRehab.:
Burlington,
MA
X X X X DB
SMART:Kuala
Lumpur,
Malaysia
X X X X 25
Southern
Connector:SCX X X 50
SR125:San
DiegoCounty,
CA
X X X X $635 X
35
SydneyAirportRail
Link:Australia
X X X $8,000 $700mil
bailout
$700mil
bailoutDB
Transjamaican
Highway:
Kingston,
Jamaica
X X X X
X X
35
TrenUrbano:
SanJuan,
PuertoRico
X X
$2,250 X
5
YenLenh
Bridge:
Vietnam
X X X X 20
Zambia
Railways
(Freight):
Africa
X X X X X 20
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Zambia
Railways
(PAX):Africa
X X X X X 7
CrossCity
Tunnel:
Syndey,Australia
X X X
$750
Vascoda
GamaBridge:
Portugal
X X X X DBF
Okanagan
Bridge
Replacement:
British
Columbia
X X X X X X 30
M6Tollway:
Birmingham,
UK
X X X X $1,700 53
CanadaLine:
Vancouver,
BC
X X X $2,054 X 35
Route28PhaseII
Expansion:
Fairfaxand
Loudon
Counties,VA
X X X X X X 25
R1
Expressway:
Slovakia
X X X X $895 X X 25