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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.

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Technical Session 4

Time Session Paper
     
15.50  4A Maintaining Power Output with the Addition of CO2 Capture: A Techno-Economic Assessment of Integrated Retrofits with Sequential Combustion of Gas Turbine Flue Gas:
Maria Sanchez del Rio, University of Edinburgh
16.10  4A

Optimising Integrated Reference Cases in the OCTAVIUS Project:
Hanne Kvamsdal, SINTEF
16.30  4A

Flouropolymer Heat Exchangers: The Clean and Profitable Solution fro Efficiency Improvements and CO2 Reduction at Coal-Fired Power Plants with CCS Technology:
Peter Dittmann, Wallstein Ingenieur
16.50 4A

Integration of a Precipitating CO2 Capture Process in an NGCC Power Plant:ntegration of a Precipitating CO2 Capture Process in an NGCC Power Plant:
Ugochukwu Edwin Aronua, SINTEF
17.10 4A

Delta Purification's Solvent Reclaimer Operation and Preformance in the Cleanup of Degraded Solvents used in CO2 Capture from Coal-Fired power Plant Flue Gases:
Ahmed Aboudheir, Delta Purification
     
     
15.50 4B

A Study on Risks to Human Health Due to NO2, PM2.5, and SO2 Emissions from a Post-Combustion Carbon Dioxide Capture Process in Canada:
Jarotwan Koiwanit, University of Regina
16.10  4B

Cause and Prevention of Aerosol-Based Emission  - Results from the Post-Combustion Capture Pilot Plant at Niederaussem:
Peter Moser, RWE
16.30 4B

Behavior of trace elements in an amine-based CO2 capture plant at different sections of the process:
Merched Azzi, CSIRO
16.50 4B Study on Reaction Mechanisms of Amine Absorbent and Aldehydes:
Asato Kondo, Toshiba
17.10 4B

Measurement and Interpretation of Amine Aerosols: 
Matt Beaudry, The University of Texas at Austin 
     
     
15.50 4C

Enhancing the Operation and Production of an Existing 800 Tonne Per Day Plant Capturing CO2 Flue Gases of a Coal-Fired Power Plant:
Ahmed Abhoudheir, Delta Purification
16.10 4C

Multi-Scale Modelling of Carbon Capture Systems:ulti-Scale Modelling of Carbon Capture Systems:
David Miller, USDOE
16.30 4C

Simulation and Validation of CO2 Mass Transfer Processes in Aqueous MEA Solutions with Aspen Plus at CO2 Technology Centre Mongstad:
Espen Steinseth Hamborg, TCM
16.50 4C Effect of Liquid Viscocity on Mass Transfer Area and Liquid Phase Mass Transfer Coefficient for Strucured Packings:
Di Song, The University of Texas at Austin
17.10 4C

Development of Cyclic Adsorption for CO2 Capture: Process Modelling and Optimisation:
Matteo Gazzani, ETH Zurich