Mitsubishi Heavy Industries, Ltd. · TSE:7011
Mitsubishi Heavy Industries — Eighth Annual Conference on Carbon Capture & Sequestration 2009
19 slides from Mitsubishi Heavy Industries's conference presentation, May 2009
Slide 1: Eighth Annual Conference on Carbon Capture & Sequestration
EIGHTH ANNUAL CONFERENCE ON CARBON CAPTURE & SEQUESTRATION Session: Retrofitting Coal Fired Plants for CCS Mitsubishi Heavy Industries Approach to Commercialization of Post Combustion CO2 Capture Technology for Coal Fired Power Plants Masaki Iijima, Ronald Mitchell and Steven Holton May 4 – 7, 2009
Slide 2: MHI - Commercial CO2 Capture Experience
MHI - Commercial CO2 Capture Experience MHI’s Post Combustion CO2 Capture Technology • World leader post combustion CO2 capture technology licensor, with a history of almost 20 years of R&D, for state-of-the-art Post Combustion Carbon Capture Technology and 10 years of commercial operation experienc
Slide 3: Map of MHI commercial CO2 capture plant sites
Map of MHI commercial CO2 capture plant sites 33 2006 India (Aonla) 44 2006 India (Phulpur) 450 Mt/d 450 Mt/d 88 2010 Pakistan 340 Mt/d 22 2005 Japan 330 Mt/d 77 2009 Bahrain 450 Mt/d 99 2010 Vietnam 240 Mt/d 55 2009 Abu Dhabi 400 Mt/d 66 2009 India 450 Mt/d 11 1999 Malaysia 200 Mt/d 3
Slide 4: MHI - R&D Strength & Experience
MHI - R&D Strength & Experience • Deployment of R&D Facilities for specific PCC testing a) 2.0 tpd Nanko Osaka pilot plant from 1991 b) 1.0 tpd Hiroshima pilot plant (MHI’s R&D Centre) c) 0.2 tpd mobile test unit d) Absorber 1 by 1 scale test plant in Mihara (400 MW equivalent) e) 10 tpd Matsushima
Slide 5: MHI Natural Gas CO2 Recovery – Ready to go!!
MHI Natural Gas CO2 Recovery – Ready to go!! MHI completed basic design on a 3,000 tpd single train PCC Plant MHI is offering this plant on a commercial basis MHI is involved in several global CCS commercial projects for natural gas Gas Boiler Gas Turbine 5
Slide 6: Global Natural Gas Fired CO2-EOR/CCS Project Work under Negotiation
MHI’s Global Natural Gas Fired CO2-EOR/CCS Project Work under Negotiation Canada CO2-EOR / CCS Project, Norway CO2-EOR / CCS Project, Natural Gas Flue Gas Natural Gas Flue Gas b) Middle East CO2-EOR Project, Natural Gas Flue Gas US CO2-EOR Project, Natural Gas Flue Gas a) Middle East CO2-EOR Project
Slide 7: Global Coal Fired CCS Project Work in Various Study & Test Phases
MHI’s Global Coal Fired CCS Project Work in Various Study & Test Phases Canada CCS Project, UK CCS Project, Coal Fired Denmark CCS Project, Coal Fired Flue Gas Flue Gas Coal Fired Flue Gas Japan CO2 Capture Project, Coal Fired Flue Gas, ~6,000 hrs testing complete Germany CO2 Capture Project, Coal F
Slide 8: MHI CO2 Capture Reference Plants
MHI CO2 Capture Reference Plants Long term operational experience is essential for large scale commercialization MHI MHI Under FEED Nat. Gas Coal Construction 2016 Canada 3000 tpd Middle East UK CCS Demo 3000 tpd Norway 3000 tpd 3000 tpd 2012 Vietnam Pakistan 240 tpd US 340 tpd 500 tpd Germany 100 t
Slide 9: Roadmap to commercialization for coal fired boilers
MHI’s roadmap to commercialization for coal fired boilers Next Step PCC PCC EU/US/ (1) Verification of influence of impurities at Norway Canada larger scale (2) Improved integration of the CO2 recovery system with the flue gas pre-treatment components (3) Optimisation of removal methods for impuriti
Slide 10: Risk & Mitigation – Scale Up of MHI's PCC Technology
Risk & Mitigation – Scale Up of MHI’s PCC Technology 3,000 tpd Plant Basic Design Complete >5,000 hrs experience with CO2 capture Commercial scale (400MW equiv.) liquid (Nat. gas) from coal fired flue gas (10 tpd scale) distribution tests at Mihara test plant >200 Commercial FGD Plants Application o
Slide 11: Post Combustion CO2 Capture Technology Coal Fired Demonstration experience
MHI’s Post Combustion CO2 Capture Technology Coal Fired Demonstration experience Post Combustion Technology ¾Cost competitive Flue Gas ¾Apply to current fleet Outlet CO2 Purity 99.9 % ¾Simple & safe operation ¾Flexible integration ¾High purity CO2 product ABSORBER STRIPPER C.W. (Regenerator) Flue Ga
Slide 12: Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler
MHI’s Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler Outline of the Demonstration Plant Plant Outline Solvent : KS-1 Capacity : 10 T/D Feed Gas : Coal Fired Boiler (14.1 v% CO2) Start-up : July 2006 Location : Nagasaki, Japan NOTE* Project funding support from RITE (50%) a
Slide 13: Long Term 10 t/d CO2 Capture Demonstration Tests: Operation
MHI’s Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler Outline of the Demonstration Plant (1) Operation time-line (1) Jul 07 to Feb 08 = 4,028 hrs (2) 2008 = 1,000 hrs (3) Total = ~6,000 hrs (including commissioning) (2) Operation results (Availability 99%) Continuous operat
Slide 14: Long Term 10 t/d Demonstration Tests: Efficiency and Capacity
MHI’s Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler Efficiency and capacity of CO2 recovery (1) CO2 recovery efficiency >90% (2) CO2 recovery capacity exceeded our expectations following >5,000hrs of demonstration operation CO2 Product Purity Heat Consumption for CO2 reco
Slide 15: Long Term 10 t/d Demonstration Tests: Influence of SOx, NOx & Dust
MHI’s Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler Influence of SOx, NOx & dust in the flue gas (1) SOx ¾ The SOx removal efficiency in deep FGD section: =<98％ ¾ Almost all of the SOx at the outlet of the flue gas cooler was absorbed by the solvent and generated heat-sta
Slide 16: Long Term 10 t/d Demonstration Tests: Conclusion
MHI’s Long Term 10 t/d CO2 Capture Demonstration Tests from a Coal Fired Boiler Conclusion Demonstration operation of ~6,000 hrs was achieved at a commercial coal-fired power station in Japan Behavior and impact of dust, SOx and NOx confirmed Results show that no significant, adverse influences o
Slide 17: Experience and Capability in a CCS Project
MHI’s Experience and Capability in a CCS Project The only company who can provide the total solution Steam Turbine CO2 CO2 CO2 Boiler SCR EP FGD Capture Compression Transport NOx Dust SOx CO2 Centrifugal Compressors Coal Fired Power Station FGD CO2 Capture Plant ABSORBER S T R IP P E R COOLER DC
Slide 18: Conclusions
Conclusions A) MHI has extensive PCC R&D History (~20 years) B) MHI has multiple commercially operating PCC plants (up to 450 t/d scale) C) CO2 capture was successfully demonstrated on coal fired flue gas using a 10 t/d test plant located in Japan D) Medium scale demonstration of PCC is the next imp
Slide 19: Thank You
THANK YOU COME AND MEET THE MHI TEAM AT THE TECHNOLOGY EXHIBIT 19
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