1. Future Clean Electricity mix Mike Farley Director, Doosan Power Systems Chairman TUC Clean Coal Task Group
Presentation to TUC Conference
October

2. Current UK electricity mix Share of electricity supplied in 2009
Electricity in the UK
Current UK electricity mix
Essential requirements for future energy mix:
Addressing climate change
Security of supply – balanced portfolio
Affordable cost of electricity
Current UK policy:
No coal without CCS
Financial support for 4 projects
Electricity decarbonised by about 2030
80% reduction in emissions by 2050
Other, 2%
Renewables 7%
Nuclear
18%
Coal
28%
Share of electricity supplied in 2009
Current status of the UK market
Reinforcing that we have no choice but to deploy CCS
Gas
45%
CCS is an essential element of the future UK electricity mix (coal and gas) 1

3. Stages in global roll out of CCS
CCS – Global Overview
Stages in global roll out of CCS
Current status of CCS
2020
CCS is currently moving from the Pilot to the full size Demonstration stage
Already 4 storage projects in operation
20 full scale, full chain CCS projects expected to be operational by 2016
Today new plant can be built “CCS ready”
Commercialisation is required by 2020 if global climate change targets are to be met
Target for commercialised CCS
100 projects globally
2016
20 full scale, full chain CCS projects to be operational
2010
4 integrated projects
Pilots operational
Where we are
Ambitious roll out is needed if global climate change targets are to be met 2
Pilot
Demonstration
Commercialisation

4. Doosan Power Experience in Carbon Capture
United Kingdom
North America
Renfrew, 1t/day
Doosan Flue Gas Desulphurisation and Amine Scrubbing test facility recently opened
High degree of flexibility and accuracy to test wide range of Solvents & Coals
ITC 1T/day & Boundary Dam, 4t/day
University of Regina have been developing Carbon Capture technology for over 20 years / Boundary Dam in Operation since 2000 / ITC opened in 2003
20+ Years of Operation
Ferrybridge, CCPilot100+, 100t/day
Will be largest modern capture plant operating on coal globally
Operational within 12 months
Access to test any Solvent
Basin Electric, 3,000t/day
One of the front runners to commercialise PCC technology on major scale
Commercial project, utilised for Enhanced Oil Recovery
FEED Stage , Operational 2013
Industry Leading Scale
Evidence of DPS experience
Performance demonstrated on wide range of fuel and different plant configurations 3

5. Our Experience in OxyCoalTM
Largest oxyfuel firing demonstration of its kind
One year of successful operation at 40 MWth OxyCoalTM test facility in Renfrew
OxyCoalTM technology is now available for full power plant demonstration, on both retrofit and new build
We aim to design, supply and construct:
100 MWe and 250 MWe oxyfuel plants to be operational by 2015
400 MWe – 1000 MWe oxyfuel plants to be operational by 2020
Evidence of DPS experience
Doosan Power Systems is a world leader in oxyfuel development 4
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6. Key Messages
We believe that coal has a future with CCS, alongside nuclear and renewables:
coal CCS is critical to decarbonising electricity,
whilst maintaining security of supply and
at a reasonable cost
Consistency and sustained commitment from Government is needed
Governments must plan for commercial roll out beyond demonstrations:
public engagement
financial mechanisms
development of infrastructure and storage
legal and regulatory frameworks
Conclusions
Coal has a future, only with CCS
DPS is strongly committed to this
Governments must also be looking beyond initial demonstrations

7. CCS – Total Jobs Potential for UK plc
Jobs across whole chain
Four early demonstrations (incl coal and gas) for needed to provide references for capture, transport and storage
Win 10% share of export market
UK plc share of global business potentially worth 40,000 jobs in UK/Scotland from 2020
Further 10,000 possible jobs in UK/Scotland from 2025

8. Thank you