08 a08 mhi mumss indonesiafsreportingmeeting
TRANSCRIPT
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Feb 22, 2013
Meeting on JCM FS 2012 in Indonesia
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Project Objectives
1. ESDM and MHI agreed to promote this project as theStrategic National Flagship Project . SNG(Substitute Natural Gas)is synthesized from Low
Rank Coal(LRC) Additional source for Indonesian Natural Gas network CO
2, byproduct of this project, is injected into existing
oil fields and utilized for EOR(Enhanced Oil Recovery)and CCS(Carbon Capture Storage).
2. This project is an ideal model for studying the JointCrediting Mechanism(JCM) .
1. Outline of Sumatera SNG Project
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Low RankCoal
SNG
CO
SNG Plant
EOR/CCS
To existingpipeline
4.55 Mton/yr
11.4M ton/yr
150MMSCFD
Note : Coal consumption and production rate of each product shall be confirmed inFeasibility Study
SGCSGC
Coal Gasifier(Oxygen Blown)
Gas Purification
Pre-Drying
SNGCompression
MHI provides SNG plant as an equipment manufacturer and EPC contractor.
CO2
Synthesis
Gas
CO2 Compression
Project Outline (1/2)
SNGSynthesis
Coal Supplier
SNG Offtaker
1. Outline of Sumatera SNG Project
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SNG Plant
JAKARTA
CO2OilCO2
EOR Concept
SNG Plant
Low Rank Coal Mine
Oil Plant
CO2 Injection
Singapore
JAKARTA
NG
Pipeline
South Sumatera is promising plant location. SNG plant is constructed beside a Low Rank Coal mine. SNG product is transported to West Java through
existing pipeline. Byproduct CO 2 is injected into existing oil fields for EOR and CCS.
Project Outline (2/2)1. Outline of Sumatera SNG Project
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Future Project Development Time-Line
July 2011 -Feb 2012 Feasibility Study (done)July 2012 -Feb. 2013 Follow-up Feasibility Study
April 2013-Sep 2014 Feed Study April 2014-Sep 2014 Finance Arrangement, etc.Oct. 2014- Sept. 2018 EPC ImplementationSept. 2018 Commercial Operation
2010 2011 2012 2013 2014 2015 2016 2017 2018
Milestone
DevelopmentTime-Line
Start of FS
Start of Feed
CommercialOperation
Pre-Study FS
LNTP EPC Phase
Start of EPC
Follow-upFS
1. Outline of Sumatera SNG Project
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Outline of Feasibility Study 2011
Design of coal gasification and SNG synthesis processwith Low Rank Coal
Estimation of Plant Capital and Operating Cost Oxygen-blown gasification test with Indonesian Low
Rank Coal at the Gasification Pilot Plant in Nagasaki
Japan Study on EOR and CCS opportunity of CO 2 , byproduct of
SNG Plant Study on application to the Joint Crediting Mechanism
(JCM)
Study of business model for the Project
2. Feasibility Study 2011
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Gasifier
Control Room
Coal Feeder
Oxygen-blown Gasification test using Indonesian Low Rank Coal wasconducted at 50ton per day class Pilot Plant in MHI s Nagasaki R&D center.
Test results, such as main syngas components and gasification efficiency, willbe reflected to the design of Commercial class gasifier.
Appearance of 50 t/d class Coal Gasification Pilot Plant
Coal Gasification Pilot Plant Test2. Feasibility Study 2011
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Slag
SlagWater Bathe
Slag holecamera
Gasifier Vessel
Combustor
Water bathe
camera
water bathe camera
slag hole camera
Slag is discharged very stably.No unburned carbon falls down from slag hole.
Discharged slag
Discharged Slag is grassy. (Good appearance)
Coal Gasification TestCoal gasification test was completed successfully.
2. Feasibility Study 2011
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Initial Screening Study of CO 2 /EOR
- Initial CO2
EOR/CCS Screening Study around potential sitewas completed. The study was screening of oil fields inSouth Sumatera Basin of 100km radius of the SNG plant.
- The study collected data for half of the oil fields in theradius. 2/3 of reservoirs show CO
2/EOR miscible flooding.
- Detailed study for CO 2 /EOR for two representativereservoirs has been conducted. This study consists of coresampling, slim tube test and geological simulation, etc.
3. Follow-up Feasibility Study 2012
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Follow-up Feasibility Study in 20123. Follow-up Feasibility Study 2012
2011 Feasibility StudyFollowing items are confirmed in 2011 Feasibility Study.
SNG plant using low rank coal can be built technically in South SumatraIndonesia.SNG price is enough feasible compared to commercial LNG price in Asia.There is enough possibility of CO 2/EOR around the potential site in SouthSumatera in Indonesia.
2012 Follow up Feasibility StudyIndonesia and Japanese Governments decided to continue FS focusing on theeconomical study of CO 2/EOR in South Sumatra Indonesia. The study items aredescribed as below.
Schedule for CO 2 Injection to Oil field
CO2 EOR CAPEX / OPEXCO2 /EOR Geological Simulation StudyMRV methodology
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Organization Chart of Follow-up FS in 2012
Indonesia Gov. /Ministry of Energyand Mining Resource( Energi dan Sumber Daya Mineral )
Schedule for CO 2 Injectionto Oil Field
JCM MRV Study
Mitsubishi
Morgan Stanley
Mitsubishi Heavy Industries, LTD.
Business Model
PJ Consortium
Lemigas EOR Consultant Lemigas
CO2 EOR StudyO2 /EOR Simulation StudyReview
JCOAL
3. Follow-up Feasibility Study 2012
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Potential Plant Site
Schedule for CO 2 Injection to Oil Field
Initial CO2 EOR/CCS Screening Study around potential plant site was conducted. The oil f ields in South Sumatera Basin of100km radius SNG Plant have been studied.
The long term schedule of CO 2 injection to each oil field considering field capacity will be confirmed in this study.
100 km
CO2 Pipeline (to be studied)
3. Follow-up Feasibility Study 2012
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Study Item
Conceptual Design for CO 2 /EOR FacilityEconomical Study for CO 2 /EOR considering PSC (Product Sharing Contract)
Site Survey of potential EOR field
Facility Scope
SNG Plant
Gas/OilSeparator
CO2 recycle
facility
Oil Product
CO2
Injection Well Production Well
Plant B.LBy MHI
CO2 : 99%576 t/h(4.55 Mton/y)
Gas
Pipe Line
CO2 EOR CAPEX / OPEX
3. Follow-up Feasibility Study 2012
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Geological Simulations of two representative oil reservoirs have been carried out.These simulation results are reviewed by the 3 rd Party Company.
Review Items
- Laboratory Test Result
- Core and Reservoir Fluid Sampling Result- Geological Model for Simulation
- Reservoir Simulation Results
CO2 /EOR Geological Simulation Study
Geological Reservoir Model for Oil Field
3. Follow-up Feasibility Study 2012
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3 rd Party review for the CO 2EOR Simulation Study
CO2 EOR CAPEX / OPEX
CO2 /EOR Economical Study
CO2 Pipeline Plan
Plan of CO 2 InjectionSchedule
Study of PSCContract for EOR
Feasibility Study 2011
Conceptual flow of CO 2 /EOR
CO2 /EOR Economical Study
Feasibility Study 2012
CO2 /EOR Economical Study in South Sumatera Indonesia will be confirmed
according to the following steps.CO 2 /EOR Screening StudyCO 2 /EOR Simulation Study
3. Follow-up Feasibility Study 2012
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Coal Gasification and CCS-EOR: MRV Methodology
Need separate methodologies for coalgasification and CCS-EOR
No applicable approved CDMmethodologies (AM)
=> Need to develop a newmethodology (NM)
Important to refer to basic approachestaken by CDM methodologies
< Reference sources for the methodology development>
CDM methodologies (e.g. AM0037, AM0087, NM0167) Draft American Carbon Registrys methodology on CCS & CCS-EOR CDM guidelines for a new methodology for CCS Other guidelines and best practices for CCS and CCS-EOR
4. MRV methodology study
CO2Oil CO2
EOR ConceptCCS-EOR methodology
SNG Plant
Oil Plant
CO2 Injection Pipeline
SNG productionmethodology
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Emission Reduction Calculation Method
*Monitor parameters framed with bold lines in the above equations
ReferenceEmissions/
SNG
EmissionsReductions at the
SNG production site
ProjectEmissions/
SNG- * SNG
Production
EmissionReductionsby CCS-EOR
CO2injected -
Project emissions from CCS, fuel & electricityconsumption at treatment facilities
(incl. a recycling plant) and seepage
SNG
Coal
CO2EmissionReductions
Reference Project
Scenario Scenario
CO2Emission
Coal
Reduction incoalconsumption
CCS-EOR
CO2
CO2EmissionReductions
CO2Emission
Energyconsumption
Reduction in CO2venting to theatmosphere
Reference Project
Scenario Scenario
4. MRV methodology study
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Overall Block Flow Diagram for the SNG Production Siteand Monitoring Points
Dryer Gasifier
ASU
Gas Quenchand
CooledSour Shift
Acid GasCleaning(Rectisol)
Methanation
Steam
Air
O 2
Syngas
BE Boiler,y PE Boiler,y
Compression
Particulate,Tar removal
EOR(CO2 : 575.8 t/h)
H2S/COS
Steam
H2, CO,CO 2
H2, CO
LowRankCoal
Wet gasSulphuric
Acid
AuxiliaryBoiler
H2SO 4
2
5
6
Flue gas(CO2 : 214.0 t/h)
1
1279 t/h(H2O:58.5wt%) 1038 t/h
(H2O:23.5wt%)
241 t/h(H2O:23.5wt%)
3.2 t/h(H2SO 4:97wt%)
147.3 MMSCFD
7
3
4
Off Gas(CO2 : 15.9 t/h)
SNG
BE WSA,y PE WSA,y
BE Gasification,y PE Gasification,y
CO 2
4. MRV methodology study
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CCS-EOR Project Diagram and Monitoring Points
< Monitoring >
Aboveground:Measuring points are clear
Belowground:Monitoring points and methods:
i)Fulfill the national regulations
and guidelinesii)Fulfill any guidelines to beestablished under the JCM
iii)Flexible and tailored-madebased on the site characteristics
Measuring points from the draft MRVmethodology developed in 2011 (based on
NM0167 of CDM methodology)
PE seepage,y
20-30%recycled
CO2
CO2
These treatments will beconducted by the gasificationplant in the proposed project.
Therefore, no need to take intoaccount monitoring point A and
B.
PE flare,y
PE leakage,y
PE leakage,y
PE flare,y
PE EC,y
PE FC,y
4. MRV methodology study
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Emission Reduction Calculation Results: SummaryCoal Gasification
CCS-EOR
ER y: 3,316,404 tCO2/yr GHG emission reductions in year y by CCS-EOR
RE y : 4,560,270 tCO2/yr Reference emission reductions in year y
PE y : 1,243,866 tCO2/yr Project emission reductions in year y
LE y : 0 tCO2/yr Leakage in year y
ER y: 2,975,874 tCO 2 /yr GHG emission reductions at the Coal Gasification Plant in year yRE y : 10,582,242 tCO 2 /yr Reference emission reductions in year y
PE y : 7,606,368 tCO 2 /yr Project emission r eductions in year y
LE y : 0 tCO 2 /yr Leakage in year y
Combined Result
ER y: 6,292,278 tCO2 /yr GHG emission reductions by Coal Gasification and CCS-EOR in year y
RE y : 10,582,242 tCO2 /yr Reference emission reductions in year y
PE y : 4,289,964 tCO2 /yr Project emission reductions in year y
LE y : 0 tCO2 /yr Leakage in year y
4. MRV methodology study
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Methodology and Project Summary Evaluation
Conducted by a DOE of CDM (ISO certified, J-VER validator/verifier)
Evaluation only on the methodology and PS of the SNG production plant project Three different levels of evaluation along with the guidance given by NEDO Results:
Evaluation levels# of
evaluationcriteria *
Evaluation results
# of criteria
satisfied
# ofcriteria
unsatisfied
for not being able to meet the
requirements
Step 1 evaluation:Completeness checkon methodology
15 15 0 --
Step 2 evaluation:PS validation 15 12 3
- Checking criteria on EIA could not be fulfilled- Detailed monitoring plan not ready yet; can bechecked during the verification
Step 3 evaluation:Detailed check onMethodology
19 18 1 - Lacking detailed information to suggest QA/QCmeasures
*Excluding the items that were not applicable
4. MRV methodology study
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