Power and CO emissions to methanol Carbon Recycling...

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Carbon Recycling International Power and CO 2 emissions to methanol Benedikt Stefansson Director of Business Development 2015 European Methanol Policy Forum Brussels October 13 2015

Transcript of Power and CO emissions to methanol Carbon Recycling...

CarbonRecyclingInternational

PowerandCO2emissionstomethanol

BenediktStefanssonDirectorofBusinessDevelopment2015EuropeanMethanolPolicyForumBrusselsOctober132015

2007 2008 2009 2010 2011 2012 2013 2014 2015

Company launched in Reykjavik

Technologydevelopment

Pilot plantproduction

Plantengineering

Plant construction

Plantopening with1,300t/yrcapacity

Firstsales(exportsanddomestic)Methanexinvests

Plantexpanded to4,000t/yrcapacity

Marketing oftechnology&partnerships

Geely(ownerofVolvoCars)invests

BriefhistoryofCRI

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Methanol(orderivatives)

CO2

Lowcarbonintensitymethanol:energycarrier

Transportandindustry

Renewablepowerorbyproducthydrogen

CRIPower-to-Liquidstechnology

Fluegasemissions

CO2

CRI’s Power-to-Liquidsplatform

CleanConversion

Lowcarbon-intensity

methanolCH3OH

CO2 Capture

HydrogenGeneration

Industrypartners CRIintegratedCCUandPtLsolutionIndustryemissions

Electricity

IndustryH2 byproduct

Offtake

ETLmassenergybalanceandefficiency:electrolysis

CarbonCapture

Electrolysis

Compression Reaction Distillation 1tMeOH

0.193tH2;6.45MWhLHV

1.4tCO2

!=99%

0.59tH2O

Fluegas

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Electricity 5.58MWhLHV

O2

Totalelectricalenergy9.5MWh/tmethanolwithoverallefficiencyof60%

Water

0.8MWhLHV thermal 0.45MWhLHV electric

CarbonRecyclingInternational- Confidential

CRIfirstofitskindPower-to-LiquidsfacilityinIceland

GeorgeOlahCO2 tomethanolplant,Orkubraut2,Grindavik, IcelandFirstcommissioning:2012Capacityexpansion:2015CCUthroughput:5,600t/yrCO2Electrolyzercapacity:800t/yrH2 (1200Nm3/hr)Productioncapacity:4,000t/yrmethanol

ReykjavikGOPlantCleanConversion

CO2 Capture

HydrogenGenerationFlueGasSource

Product

CO2 CO2

CO2 CO2 CO2

FrameworktocompareCO2 lifecycleemissionsoffuelsGasoline&diesel

=84gCO2/MJ

1-8gCO2/MJ

=33-54gCO2/MJ

Biofuels

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CO2

CO2CO2

FirstPtL plantwithISCC+certificationofsustainability

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kgCO2e/tRM gCO2e/MJRMLHVEmissions relatedtoraw-material: 0 0Emissions ofelectricityproduction (grid) 134 6.71Emissions ofsteamproduction 4 0.22Emissions ofprocessspecific inputs: 4 0.21Emissions ofwastewatertreatment: 1 0.06Totalprocess-specificemissions: 143 7.2Plant-to-port(50kmbyroad) 7 0.34Port-to-port(2000kmcontainer ship) 20 1.00Totaltransport-specificemissions 27 1.3TotalemissionsCIFRotterdam 170 8.5Comparedtoreferencevalueof83.8gCO2e/MJfossil >90%reduction

ActualGHGemissionvaluesusingISCCEUGHGmodule*

*BasedonEUdirective2009/30/EC(FQD)

StreamsofinnovationCRIfirsts AchievementUsedCO2 capturefromindustrialsourcestomaketransport fuel

� Processes15mt CO2 /dayintotransportfuel

Implementedlarge-scale electrolysisforpower-to-liquidsapplications

� Installedcapacity ofmulti-MWalkalineelectrolyzersforhydrogen production

Deliveredrenewablefuelofnon-biologicalorigintoEUmarket

� Gasolineblending andinbiodiesel inNetherlands,SwedenandIceland

Receivedcertificationfor renewablefuelofnon-biologicalorigin

� Certificationof90%reductionofCO2accordingtoEURenewableEnergyDirective

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The MHPSECRIPartnership

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Mitsubishi-HitachiPowerSystemsEurope(MHPSE)andCRIhavecombinedtheirresourcestoofferintegratedindustrialsolutionsforcarboncaptureandpower-to-methanolproduction.Byjoiningforces,thetwocompaniescanofferclientsacompletesuiteofservicesfrom:§ Feasibilitystudies;§ Turn-keycontracts,includingdesign,constructionofmodularizedsystems§ Pre-commissioning,erection,on-sitecommissioning,operatortraining;§ Post-purchaseservicesandoff-takecontracts

CarbonRecyclingInternational– Proprietary– Donotquote

Duisburg Reykjavik

ThreeapplicationsofCRIPtL platformRenewableFuelEnergyUpgrade CapacityUtilization

Recoverhydrogenreleasedbychemicalandsteelplants

Useexcessthermalcapacitytomakehydrogen

Userenewableenergytomakehydrogen

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Project at Steag Lünen coal-power plant, Germany

Input: 1MWelectric+500t/yrCO2Output: 400t/yrmethanolCapacity:1t/day

CO2capture

HydrogenproductionCleanconversion

MethCO2 Horizon2020(€8.6/m)CollaborationwithSTEAG,MHPSE,Hydrogenics andEUuniversities

SourcesofCarbonDioxide

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ConcentratedCO2 inEU:>1.3billiontons

CO2Mt/year

Numberofsources

CO2 percent influe-gas

Powerplants 1033 795 15%

Steel 153 62 15-30%

Cement 125 215 15-30%

Ammonia 17 42 100%

1328 1114

LocationsofconcentratedCO2

Capturingcarbondioxidefromfluegaswithconcentration>15%

Equivalentto>27000siteswith100t/daycapacity

Sourcesofhydrogen

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Chemicalproduction siteswithH2 asaby-productandconcentratedCO2

Equivalentto>100siteswith100t/daycapacity

Longtermtotalproduction ofmethanol6million tonsperyear

FocusingonlocationswithconcentratedsourcesofH2 inEurope

ETLmassenergybalanceandefficiency:capturedH2

CarbonCapture

PSA

Compression Reaction Distillation 1tMeOH

0.193tH2;6.45MWhLHV

1.4tCO2

!=99%

0.59tH2O

Fluegas

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COG 5.58MWhLHV

Offgas

Totalenergy input:7.7MWh/tmethanolwithoverallefficiency>70%

*Notincluding PSA

0.8MWhLHV thermal 0.45MWhLHV electric

Ironandsteelwastegasorbyproduct gas

Sodiumchlorideelectrolysis

Waterelectrolysis

Hydrocarbonarcfurnace

Electricity

Hydrogenseparationprocess

H2

Petrochemicalwasteandbyproductgas

Wasteorresidues

GasificationMSW

Syngas

CO2

Lowcarbonintensitymethanol

LowCarbonIntensityMethanolproductionprocesses

2015CarbonRecyclingInternational– Allrightsreserved

Energysource Upstreamtechnology LCIMfeedstocks LCIMoutput

Opportunitiesforpower-to-methanolinEU-28

Diesel2970TWh/a

Gasoline970TWh

Gas210TWh

RES660TWh

Electricitydemand2140TWh

Unusedcapacitynuclearandthermal2330TWh

Electricitymarket5120TWh* Roadfuelmarket4157TWh*

Energyrecovery

Hydrogen fromcoke-ovengas37TWhHydrogen fromchlor-alkaliprocess9TWh

20%

20%

640TWh

SupplyofPtLmethanolPower-to-liquids

390TWh**

**33millionmetrictonsofoilequivalentCurrentgasolinecons.

Source:Eurostat2012, Eurochlor 2013,Eurocoal 2011

LowCO2 methanol310TWh

“Green”methanol80TWh

*Totalgeneratingcapacity

*Totalconsumption

MethanolfromCO2andelectricityfortransitiontorenewablepowerandcleanfuel

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Intermittentenergysources Load-balancingpowergeneration

LowCO2 liquid fuel

CO2

1 2

4

6 Balancedgridsupply

Load-balancingPtL production3

M15-M100Fuel blend

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Power

Distribution

Consumers

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