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Development of High Efficient Coal Gasification Technology and Its ...

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1. Background2. ECOPRO® <strong>Technology</strong>3. Pre-feasibility Study <strong>of</strong> ECOPRO®Demonstration Project for Victoria Brown<strong>Coal</strong> Utilisation4. Conclusion2


2. Easy to mineMine Production Depth Strip RatioLoy Yang Mine 30 Mtpa 220 m (plan 250 m) 4 coal : 1 wasteNew project inLatrobe ValleyNew Project inLatrobe Valley40 Mtpa 300 m (plan 350 m) 3 coal : 1 waste30 Mtpa 350 m + 2 coal : 1 wasteHambach(Germany)40 Mtpa 350 m (plan 500 m) 1 coal : 6 wasteAfsin (Turkey) 25 Mtpa 250 m 1 coal : 2 wasteSource: Presentation Traralgon Bypass Inquiry GHD Pty Ltd


【Expansion <strong>of</strong> brown coal utilisation】(1) Reforming Carbon Products(2) Conversion Syngas to SNG/LNG, Liquid fuel, Chemical Products(3) Integration with CCS technologiesCurrent main useReformingBrown <strong>Coal</strong>Conversion<strong>Coal</strong> MiningCountryCO2SeparationCaptureStoragePowerGenerationElectricityReforming technology(UBC, Briquetting… etc.)PowerGenerationReformed <strong>Coal</strong>SteelIndustryMethanationLiquefactionLNG<strong>Gasification</strong>(ECOPRO® etc.)SyngasNH3synthesisFertilizerMethanolsynthesisMethanolDirect liquefaction(NBCL (Jp.))…etc.Indirect liquefaction(FT synthesis))DMESynthesis.MTGFuelTransportation fuelSingle useMultiple uses Various business opportunities <strong>and</strong> resources value increase in coal producing countries. Alternative energy supply <strong>and</strong> supply security in energy importing countries8


2. ECOPRO® <strong>Technology</strong>2-1 Unique Features <strong>of</strong> ECOPRO® <strong>Technology</strong>2-2 Outline <strong>of</strong> Pilot Plant2-3 Phased <strong>Development</strong>2-4 <strong>Development</strong> Timeline9


◆ Pyrolysis reaction in upper chamber utilising the sensible heat fromlower chamber. <strong>High</strong> efficiency (85% at commercial plant) conversion <strong>of</strong> coal to synthetic gas. <strong>High</strong> Methane content in SyngasBrown <strong>Coal</strong>Entrained Flowgasifier【Pyrolysis】<strong>Coal</strong> + Heat CO, H 2 , CH 4Gas(H 2 , CO, CH 4 )Fuels, ChemicalsSNG, FT-oilNH3, CH 3 OH, H2Drying &Pulverising【Partial oxidation】<strong>Coal</strong> + O 2 , steam CO, H 2 + HeatPower GenerationIGCC, Gas Engine,Fuel CellO 2SlagInorganic materialsCement, etc.CharCarbon materialsFor steel makingEnergy efficiency = Calorific value <strong>of</strong> Products / Calorific value <strong>of</strong> coal10


Capacity: 20 t/day (Feed <strong>Coal</strong>)Supported by Japanese Government (METI),Project Period: 2003 ~ 2009Location: Kitakyushu, JapanAchievements:<strong>High</strong> energy efficiency,Process stability,Applicability to Victorian Brown <strong>Coal</strong>Fukuoka Pref.11


Robust technology development with phased scale-up.Approx. x5~10Approx. x10Pilot Plant(20 ton/day)~ 2011Demonstration Plant(200 ton/day)2012 ~ 2017Commercial Plant(1000~3000 ton/day)2018 ~12


Design Engineering <strong>and</strong> Supporting R&D for <strong>Technology</strong> Scale-up.1) Establishment <strong>of</strong> Design Basis <strong>and</strong> Methodology for Plant Design.2) Cold-model tests <strong>and</strong> CFD simulation studies for Design Verification.Process ValidationVerification <strong>of</strong> Scale-up <strong>Technology</strong>Bench Scale Unit(1kg/d)Process<strong>Development</strong> Unit(1t/d)Pilot Plant(PP)(20t/d)Demonstration Plant(DP)(200t/d)CommercialPlant(1000t/d-)Pyrolysisreaction dataDataAnalysisDataAnalysisPlantdesignDesign BasisDatafeedbackAnalysisPlantDesignProcess SimulatorSimulatorProcess SimulatorCold modelTestBurner TestBurner TestCold modelTestBurner TestCold modelTestOff-line Test13


’10’11’12’13’14’15’16’17 ’18’19’20Pilot Plant20 tons/day(dry base)OperationalStudyHub for <strong>Technology</strong><strong>Development</strong> Engineering data Operator training <strong>Technology</strong> Showcase… etc.DemonstrationPlant200 tons/day(dry base)PreFSFEEDEPCTestOperationCommercialPlant1,000 tons/day(dry base)Preliminary StudiesFS, Planning& DesignEPC14


3. Pre-feasibility Study <strong>of</strong> ECOPRO®Demonstration Project forVictoria Brown <strong>Coal</strong> Utilisation 3-1 Concept for Pre-FS 3-2 Planned Site for Demonstration Project3-3 Contents <strong>of</strong> Pre-feasibility Study 3-4 Commercial Viability <strong>of</strong> Future ECOPRO® CTX projects 3-5 ECOPRO® Demonstration Project 3-6 Roadmap for the ECOPRO® Commercialisation3-7 Expected Benefits from Future ECOPRO® CTX projects15


1. Objective is to examine CTX (Victorian Brown <strong>Coal</strong> thorough ECOPRO®)business possibilities <strong>and</strong> develop the pathways toward business realisation2. Scope <strong>of</strong> Demonstration Project covers gasification to product synthesis withCO2 capture.3. Pre-FS consists <strong>of</strong>1) Definition <strong>of</strong> Demonstration Project,2) Utilisation <strong>of</strong> Demonstration plant <strong>and</strong>3) Commercial Viability <strong>of</strong> CTX businesses with Full Scale ProjectsScope <strong>of</strong> DemonstrationLow rankcoalCO Shift ReactionMethanationSNGECOPRO® (200 t/day)CO2 CaptureCCS project:CarbonNet16


Latrobe Valley:<strong>Coal</strong> mine &<strong>Gasification</strong> Plant17


(a) Commercial viability <strong>of</strong> Victorian Brown <strong>Coal</strong> CTXbusinessesStudy commercial viability <strong>of</strong> future business casesthough full-scale ECOPRO® technology, expectedbenefits <strong>and</strong> establish roadmap for realisation.(b) Demonstration Project Definition <strong>and</strong> PlanningConduct various engineering studies, riskassessment <strong>and</strong> cost estimates to define ECOPRO®Demonstration Project <strong>and</strong> developed executionplan.Examine possibilities <strong>of</strong> commercial utilisation <strong>of</strong>Demonstration Plant after <strong>Technology</strong>Demonstration18


Commercialisation StudyLNGWorking GrMember (Japan)City GasCompanyBrown<strong>Coal</strong>MethanationSubstituteNaturalGas(SNG)AustralianCompanyFT ReactionDieselAustralianCompany<strong>Gasification</strong>SyngasMethanol SynthesisMethanolDMEChemicalCompanyCO2CCSFor Domestic UseAcetic Acid SynthesisIGCCAceticAcidElectricityChemicalCompanyAustralianCompanyFor ExportSeparationHydrogenIndustrialGas Company19


SNG/LNG : Viable for export to Japan/Asia Diesel Oil : Viable for domestic market (replacing importeddiesel) Methanol : Viable for export to Asia Acetic Acid : Viable for export to Asia IGCC : Not viable in current local market,subject to future electricity price. Hydrogen : Viability depends on the future hydrogenmarket for FCV application20


Engineering Design <strong>of</strong> Demonstration Plant.<strong>Gasification</strong>Section<strong>Coal</strong> PretreatmentSection21


Planned Organisation for Project ExecutionJapanMETINSE/CYDJapanesecompaniesAustraliaSPC for ECOPRO Demonstration ProjectFundCommonwealthVictoriaAustraliancompaniesOthercontributionsExpected participation from Industries <strong>of</strong> Resources<strong>and</strong> Mining, Energy Supply, Product Off-Take,Trading etc.,22


Brown <strong>Coal</strong> BusinessBCBRA Research Australia23


Enhanced/alternative utilisation <strong>of</strong> browncoal resource Diversification <strong>and</strong> expansion <strong>of</strong> the regionaleconomy New export oriented industry for Victoria Attraction <strong>of</strong> substantial new investmentfrom overseas Creation <strong>of</strong> new employment opportunities24


4. Conclusion4-1 Promotion <strong>of</strong> Brown <strong>Coal</strong> CTX Projects4-2 Conclusion25


Products Energy, Fuels or Chemicals Compete or supplementexisting productsDomestic Market Characteristics1. Limited size2. Limited growth3. Competitive price (electricity, gas)4. Extended areaTarget for Opportunities for export to overseasor interstate markets?Possible structural changes <strong>of</strong>domestic market:- Impact <strong>of</strong> carbon Tax- Link to International LNGmarket through CSG/LNGprojects in eastern Australia.- Future hydrogen society inAustralia.A-1. Advantages <strong>of</strong> Victoria Blown <strong>Coal</strong>・ Low sulfur <strong>and</strong> ash content・ Abundant reserves・ Low mining cost・ Access to CO2 storage potentialA-2. Advantages <strong>of</strong> Victoria・ Low country risk・ <strong>High</strong> quality human resourcesB-1.Disadvantages <strong>of</strong> Victoria Blown <strong>Coal</strong>・ <strong>High</strong> moisture content・ Spontaneous combustionB-2. Disadvantages <strong>of</strong> Victoria・ Distances from majour export markets・ Insufficient infrastructure for export・ Lack <strong>of</strong> incentives for investmentClean <strong>Coal</strong> Policies to encourage lowemission coal businesses• Realisation <strong>of</strong> CarbonNet• Access to brown coal resources• Incentive for investment for lowemission coal businessesExpected Government PolicyPrograms・ Maximise A (Pros)・ Minimise or improve B (Cons)Policies for Promotion <strong>of</strong>Brown <strong>Coal</strong> Business development• Support for technologydevelopment• Incentives for investment• Upgrading infrastructure forexport26


1) Commercial viability <strong>of</strong> CTX business (Victorian Brown <strong>Coal</strong>through full scale ECOPRO® technology) was examined <strong>and</strong>verified for application to the products such as SNG/LNG,Methanol, Acetic Acid, Diesel <strong>and</strong> Hydrogen.2) Expected benefits from such CTX projects were evaluated.3) Challenges for realisation <strong>of</strong> such CTX projects:1) Scale up ECOPRO® technology to full scale2) Develop CCS infrastructures3) Upgrade infrastructures supporting export oriented projects4) Incentives for new investment toward low emission coalbusiness CetweePAUScompanies⇒ ECOPRO® Demonstration project was identified as a beneficialproject that should be executed in a cooperative manner throughthe involvements <strong>of</strong> a variety <strong>of</strong> committed parties, governmental<strong>and</strong> private, both in Australia <strong>and</strong> Japan.27


Thank You For Your AttentionAcknowledgmentThis project received funding from the Australian Government as part <strong>of</strong> the NationalLow Emissions <strong>Coal</strong> Initiative.It also received support from the Victorian State Government through the Department<strong>of</strong> Primary Industries as part <strong>of</strong> the Energy <strong>Technology</strong> Innovation Strategy: CarbonCapture <strong>and</strong> Storage Large Scale Demonstration Program. In particular, it receivedfinancial assistance from Regional <strong>Development</strong> Victoria towards the pre-feasibilitystudy.ECOPRO® is a registered trademark <strong>of</strong> Nippon Steel Engineering Co.,Ltd.28

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