Technology Collaboration Programme by IEA logo

IEA Greenhouse Gas R&D Programme

IEAGHG funds research into the development and deployment of carbon capture and storage (CCS) technologies

Facilitating technology advancements, addressing barriers, and enabling deployment. Our work focuses on technologies that can reduce our carbon emissions, and mitigate climate change and global warming. We are a not for profit organisation, and all of our work is subject to peer review ensuring that it remains impartial and unbiased.

More about us
Day 1 -13th September
08.20 -10.40 Welcome & Keynote
Dr.Kelly Thambimuthu, IEAGHG
Prof. Lars Stromberg, Vattenfall AB
Prof. Ken Okazaki, Tokyo Institute of Technology
Chris Spero, CS Energy/COSPL 
11.10 -12.40 Plenary/Panel Session
Callide Oxyfuel Project Engineering/Commissioning Experience
1. Boiler Retrofit Design: Terutoshi Uchida, IHI
2. CO2 Plant Capture Design: Philippe Court, Air Liquide
3. Commisioning Experience and Preliminary Operational Results: Chris Spero, CSOSPL/CS Energy 
14.00-15.40 Session 1A – Demonstration and Large Scale Pilot Plant Project (1) Session 1B – Oxyfuel Combustion Fundamentals (1) Session 1C – OxyCFB (1)
16.05 -17.45 Session 2A – Oxygen Production and System Integration Session 2B – Oxyfuel Burner Development Session 2C – OxyCFB (2)
Day 2 - 14th September
08.20 -10.25 Keynote
Mick Buffier, Xstrata
John Wheeldon, EPRI
Ken Humphrey, FutureGen 2 Alliance 
10.50 -12.40 Plenary/Panel Session
Oxyfuel Demonstration Project - Technical Update 
1. The Demonstration Project at Jänschwelde, Technology and Politics - Not always in Harmony: Lars Stromberg, Vattenfall 
2. The OXYCFB300 Compostilla Project: Technological Development: Monica Lupion, CIUDEN 
3. FutureGen 2.0: Update: Denny McDonald, Babcock & Wilcox 
4. The Korean Activities of Oxyfuel Combustion: Young-Ju Kim, KEPRI 
14.00 -15.40 Session 3A – Demonstration and Large Scale Pilot Plant Project (2) Session 4B – Mercury and Trace Metal Emissions from Oxyfuel Combustion Session 3C – Chemical Looping Combustion
16.05 -17.45 Session 4A – Toward Commercialisation of Oxyfuel Technology Session 4B – Mercury and Trace Metal Emissions from Oxyfuel Combustion Session 4C – Material Development & Corrosion Issues
17.45 -19.15 Poster Session
Day 3 - 15th September
08.20 -10.20 Plenary/Panel Session
Development and Challenges of the CO2 Processing Unit 
1. Impurities Management in an Oxy-Combustion Power Plant: Jean-Pierre Tranier, Air Liquide 
2. Air Products Oxyfuel CO2 Compression and Purification Developments: Vince White, Air Products 
3. LINDE's Activities for Design and Development of the CO2 Processing  Unit in the Oxyfuel Power Plant: Roland Ritter, LINDE-KCA-Dresden GmbH
4. Purification of Oxy-Combustion Flue Gas for SOx/NOx Removal and Hjosir CO2 Recovery: Minish Shah, Praxair 
10.40 -12.40 Session 5A – Demonstration and Large Scale Pilot Plant Project (3) Session 5B – Oxyfuel Combustion Fundamentals (2) Session 5C – CFD and Process Modelling
14.00 -16.00 Session 6A – CO2 Quality Impacts and Pollution Control Session 6B – SOx and NOx Control Session 6C – Other Applications of Oxyfuel Combustion
16.25 -17.25 Closing Session
 
Chris Spero, COSPL/CS Energy
Klaus-Dieter Tigges, Hitachi 
Nicolas Perrin, Air Liquide
Monica Lupion, CIUDEN
John Topper, IEAGHG