Session 1: Mon 20th

20th September Session 1 11.30 -12.50

Draft programme - this may be subject to change

Session 1A - Post-Combustion: Solvents Session Chairs: Halvard Svendsen and Earl Geotheer

1. Accurate Screening of Amines by the Wetted Wall Column: Xi Chen, Fred Closmann, Gary Rochelle; The University of Texas at Austin, Ross Dugas; The Dow Chemical Company, Shan Zhou, Tsinghua University

2. Equilibrium Absorption of Carbon Dioxide by Amino Acid Salt and Amine Amino Acid Salt Solutions: Ugochukwu Edwin Aronu, Hallvard F. Svendsen, Erik T. Hessen, Tore Haug-Warberg, Norwegian University of Science and Technology, Karl Anders Hoff;SINTEF Materials and Chemistry, N-7465 Trondheim, Norway

3. New Energy Efficient Processes and Improvements for Flue Gas CO₂ Capture?: Masahiko Tatsumi, Takashi Nojo, Yasuyuki Yagi; The Kansai Electric Power Co.,Inc, Masaki Iijima, Touyoshi Ohishi, Hiroshi Tanaka, Takuya Hirata; Mitsubishi Heavy Industries,Ltd.

4. Synthesis and Selection of Hindered New Amine Absorbents for CO₂ Capture: Firoz Alam Chowdhury, hiromichi Okabe, Hideetaka Yamada, masami Onoda, Yuchi Fujioka; Research Institute of Innovative Technology

Session 1B - Pre-Combustion Plant Technology Session Chairs: Koroush Zanganegh and Jonathan Forsyth

1. Application of the Sorption Enhanced-Steam Methane Reforming Process in Combined Cycle-Based Power Plant:Matteo Romano, Eugnio Cassotti, Paolo Chiesa; Politecnico di Milano, Julien Meyer, Johann Mastin IFE

2. Advanced Hydrogen and CO₂ Capture Technology for Sour Syngas: Kevin Fogash, Jeffery Hufton, Tim Golden, RObert Quinn, Jeffery Kloosterman,Cahrles Schaffer, Reed Hnedershot; Air Products, Andrew Wright, Vince White; Air Products PLC

3. Optimisation of Pre-Combustion Capture for IGCC with a Focus on the Water Balance: Trent Harkin; Cooperative Centre for Greenhouse Gas Technologies (CO₂CRC) & Department of Chemical Engineering, Monash University, Barry Hooper: Cooperative Centre for Greenhouse Gas Technologies (CO₂CRC), Andrew Hoadley; Department of Chemical Engineering, Monash University

4. Application of MCFCs for active CO₂ Capture within Natural Gas Combined Cycles: Giampaolo Manzolini, Stefano Campanati, Paolo Chiesa; Politecnico di Milano, Arturo Torazza, Flavio Federici, Pietro Bedont, Filippo Parodi; Ansaldo Fuel Cell

Session 1C -Learning from Projects Session Chairs: Jason Anderson and Sallie Greenberg

1. Public Acceptance Challenges for Onshore CO₂ Storage in Barendrecht: Margriet Kuijper; Shell CO₂ Storage B.V.

2. Public Communication and Participation Practices of Onshore CCS: Lessons from the Dutch Case Study Barendrecht: Suzanne Brunsting, Ynke Feenstra, Marjolein de Best Waldhober; Energy Research Centre of the Netherlands (ECN)

3. Total's Lacq to Rousse CO₂ Capture, Transport and Storage: a Social Case Study: Minh Ha-Duong; CIRED, CNRS, Ana-sofia Campos; CIRED, EHESS, Michèle Gaultier; Consultant in environment and sustainable development, Benoît de Guillebon; APESA

4. What Drives Local Public Acceptance – Comparing Two Cases from Germany: Elisabeth Duetsche; Fraunhofer ISI

Session 1D - Field Studies (1) - Seismic Session Chairs: Andrew Chadwick

1. Time-Lapse Seismic Surface and Down-Hole Measurements for Monitoring CO₂ Storage in the CO₂SINK Project (Ketzin, Germany): Stefan Lüth, Peter Bergmann, Julia Götz, Alexandra Ivanova; GFZ German Centre for Geosciences, Potsdam, Germany, Christopher Juhlin; Uppsala University, Sweden, Calin Cosma; Vibrometric, Finland

2. Seismic Monitoring of CO₂ Injection into a Depleted Gas Reservoir – Otway Basin Project, Australia: Milovan Urosevic, Roman Pevzner, Anton Kepic; Curtin University and CO₂CRC, Valeriya Shulakova; CSIRO and CO₂CRC, Sandeep Sharma; CO₂CRC and Schlumberger

3. Post-Injection Monitoring of Stored CO₂ at the Nagaoka Pilot site: 5 Years Time-lapse Well Logging Results: Saeko Mito-Adachi; RITE, Ziqiu Xue; RITE & Kyoto University

4. Geophysical Monitoring of the Weyburn CO₂ Flood: Results during 10 years of Injection: Donald White; Geological Survey of Canada

Session 1E - Integrated CCS Systems Session Chairs Jim Dooley and Mike Haines

1. How Storage Uncertainty Will Drive CCS Infrastructure: Gordon Keatin, Richard Middleton, Rajesh Pawar, Donatella Paqualini, Philip Stauffer; Los Alamos National Laboratory

2. Effect of Contaminants on Thermodynamic Properties of CO₂-rich Fluids and Ramifications in the Design of Surface and Injection Facilities for Geologic CO₂ Sequestration: Sandeep Verma, Charles Oakes, Nikita Chugunov, T.S. Ramakrishnan; Schlumberger Doll Research Center

3. Tailor-made Conceptual Design of CO₂ Transport & Injection Facilities for the Barendrecht CO₂ Storage Project; Minimizing Risk and Optimizing Lifecycle Value.

4. New CCS System Integration Including CO₂ Carrier and Liquefaction Process: Byeongyong Yoo, Sunngeun Lee; DSME (Daewoo Shipbuilding and Marine Engineering)

Session 1F -Capacity Assessmnet Methods Session Chairs: Charles Gorecki and Sam Jonathan Pearce

1. The Impact of Boundary Conditions on CO₂ Storage Capacity Estimation in Aquifers: Daniel James Smith, David J. Noy, R.Andrew Chadwick, Sam Holloway; British Geological Survey

2. Regional CO₂ Storage Capacity Estimates: Prospectivity Not Statistics: Lynton Spencer, John Bradshaw, Barry Bradshaw, Anna-Liisa Lahtinen, Alfredo Chirinos; CO₂ Geological Storage Solutions - CGSS

3. Defining Simple and Comprehensive Assessment Units for CO₂ Storage in Aquifers Beneath the UK North Sea and Continental Shelf: Mark Wilkinson, R. Stuart Haszeldine; School of GeoSciences, The University of Edinburgh, Sam Holloway, Martin Quinn; British Geological Survey, Richard Swarbrick; GeoPressure Technology, Mountjoy Research Centre, Jon Gluyas; Department of Earth Sciences, Durham University, Eugene Balbinski; ECL Technology, Eric Mackay; Institute of Petroleum Engineering, Heriot-Watt University, Susan Daniels; Geospatial Research Ltd., Department of Earth Sciences, University of Durham, Grahame Smith; Senergy Alternative Energy Limited

4. Basin-Scale CO₂ Sequestration in Deep Saline Aquifers: A New Method to Quickly Estimate Storage Capacity and Permanence: Michael Szulczewski, Chritopher MacMinn; Ruben Juanes; MIT