Mitsubishi Heavy Industries, Ltd. · TSE:7011
Mitsubishi Heavy Industries — Carbon Constraint Conference 2007
20 slides from Mitsubishi Heavy Industries's conference presentation, Sep 13, 2007
Slide 1: The Role of Post Combustion CO2 Capture Technology in Achieving Global CCS Success
The Role of Post Combustion CO2 Capture Technology in Achieving Global CCS Success Carbon Constraint Conference Hyatt Regency, Chicago, Illinois, 12-13 September 2007 Ronald Mitchell Mitsubishi Heavy Industries, Ltd.
Slide 2: Contents
CONTENTS 1. The path forward - What is the right approach by government and industry to realize widespread CCS? 2. Requirement for post combustion CO2 capture to address the existing, and expanding global PC fleet 3. Current status of MHI's post combustion CO2 capture technology – NOW ready for next
Slide 3: Carbon Capture & Storage
Carbon Capture & Storage Why is CCS currently difficult to implement? The supply chain for a complete CCS project is complex A number of financial and technical risks exist No clear incentives for companies to invest in CCS Regulatory framework is fragmented The CO2 Supply Chain Flue gas CO2
Slide 4: What Role can CCS play? A Very Important one!
Q) What Role can CCS play? A) A Very Important one! A standard 600 MW coal fired power plant produces around 4.4 Million tons-CO2/year The next 8 years China set to add 562 coal-fired plants, India; 213, US; 72, other nations; 340 (Platt's) Global emissions of CO2 will reach 43.7 billion tons in 203
Slide 5: Path Forward - Phased approach toward realistic CCS deployment
Path Forward - Phased approach toward realistic CCS deployment Phased Coal Fired CCS Commercialization CO2 emissions Business as Usual (c) CCS cost (c) $/T-CO2 CCS CO2 emission reduction >10,000 T/D contribution 600 MW (b) CO2 emissions Expected CCS (b) >5,000 T/D cost reduction (a) Number 250MW $/T
Slide 6: Path Forward - Steps to Realize CCS Success (1 of 3)
Path Forward - Steps to Realize CCS Success (1 of 3) 1. FIRST Step – Large scale demonstration phase Large government / small industry contribution Governments must recognize that CCS is a significant and meaningful solution to reducing global CO2 emissions Governments must work to increase publ
Slide 7: Path Forward - Steps to Realize CCS Success (2 of 3)
Path Forward - Steps to Realize CCS Success (2 of 3) 2. SECOND Step – ‘Phase 1’commercial Large Industry / small government contribution The first step is important to prove CCS can work at large scale through the provision of government incentives The second step will lead to technology/knowled
Slide 8: Path Forward - Steps to Realize CCS Success (3 of 3)
Path Forward - Steps to Realize CCS Success (3 of 3) 3. THIRD Step – ‘Commercial Deployment’ Full industry contribution Significant cost reductions through operational experience Wide public acceptance and understanding Projects void of technical risk - vast experience and technology transfer
Slide 9: Path Forward - Role of Government Sector
Path Forward - Role of Government Sector Governments must create incentives which lead to the formation of an attractive market which will encourage industry investment and widespread CCS – How? A) Government must work to establish regulatory certainty B) Create tax credits/subsidies for downstream
Slide 10: Advantages of Post Combustion CO2 Capture
Advantages of Post Combustion CO2 Capture ① Is applicable for the current, global PC fleet ② Offers high degree of flexibility – is adaptable and cost competitive with other technologies ③ Operation at atmospheric pressure – safe and does not require exotic materials ④ Produces highly purified CO2 –
Slide 11: Current Status of MHI's Technology
Current Status of MHI’s Technology MHI has delivered commercial CO2 recovery plants in several countries These experiences apply to flue gas CO2 recovery from natural gas reformer or boiler 1999 Malaysia 2005 Japan 2006 India (200T/D Max) (330T/D max) (450T/D x 2) for Urea Production for General U
Slide 12: Current Status of MHI's Technology
Current Status of MHI’s Technology Coal Fired Long Term Demonstration Plant DEMO PLANT OUTLINE Client : Power Station, Japan Solvent : KS-1 Capacity : 10 Metric-T/D Feed Gas : Coal Fired Boiler (14.1 v% CO2) Start-up : July 2006 Location : Matsushima, Nagasaki, Japan Development Results >4,000 hou
Slide 13: Development
Current Status of MHI’s Technology Requirement for a Large Scale Coal Fired Demonstration Commercialization (>5000 T/D) Large scale (500-3000 T/D) Demo Plant Development Small scale (10 T/D) Demo Plant AND Commercial Experience R&D Lab, Bench, Pilot MHI Time
Slide 14: Lets Move
Current Status of MHI’s Technology LETS MOVE MHI is ready for the critical next step which will lead to the rapid commercialization of coal fired flue gas CO2 capture technology Following 1 year of operation we will offer this product on a full guarantee basis – a real solution to address CO2 em
Slide 15: Conclusions: A CO2 Solution is Here!
CONCLUSIONS A CO2 Solution is Here! 1. Government must take the lead, in the short term, by allocating various industry incentives - the issue here is ACTION NOT cost 2. Industry will then act leading to the widespread deployment of climate friendly technologies and ultimately long term sustainable
Slide 16: Thank You
THANK YOU Further Information; RONALD MITCHELL Work Phone: +81-45-224-9400 Manager Business Development Cell Phone: +81-90-4420-3941 Environmental Plant Department E-mail: [email protected] Mitsubishi Heavy Industries, Ltd. MHI Web: http://www.mhi.co.jp
Slide 17: Further Slides
CARBON CF CONSTRAINT. Further Slides
Slide 18: Current Status of MHI's Technology
Current Status of MHI’s Technology MHI's 10 Metric-T/D coal fired CO2 Capture Demo Plant Boiler De-Dust FGD GGH Stack Flue gas Scope of Demo. Plant Flue gas CO2 Matsushima Power station C.W. (J-POWER) CO2Absorber C.W. Stripper C.W. C.W. 43 psi Steam Blower Flue Gas Cooler/Deep FGD
Slide 19: Current Status of MHI's Technology
Current Status of MHI’s Technology Long Term Demo Plant Test Result Summary Item Test Result (1) CO2 Recovery Stable operation over a period of 4,000 hours Performance Heat requirement = ~750kcal/kg-CO2. We can expect a further (2) CO2 Recovery Heat 15% reduction through application of a new integra
Slide 20: Current Status of MHI's Technology
Current Status of MHI’s Technology Large Scale CO2 Capture Plant (3000 Metric-T/D) Design Complete Absorber Stripper Cooling Tower Deep FGD Flue Gas Duct
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