Programme
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Monday 7th |
Tuesday 8th |
Wednesday 9th |
Thursday 10th |
Friday 11th |
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08.00 - 10.00 |
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Site Visits
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10.00 - 10.25 |
Coffee |
Coffee |
Coffee |
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10.25 - 13.00 |
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13.00 - 14.00 |
Lunch |
Lunch |
Lunch |
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14.00 - 15.15 |
3c Coal Ignition and Char Combustion Related Issues (Part 1) |
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15.15 - 15.40 |
Registration opens
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Coffee |
Coffee |
Coffee |
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15.40 - 17.25 |
4c Coal Ignition and Char Combustion Related Issues (Part 2) |
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17.30 - 20.00 |
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20.00 - 22.00 |
Dinner Sponsored by Alstom |
Dinner Hosted by Vattenfall |
Dinner Sponsored by Air Products |
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Vattenfall Oxyfuel Power Plant Development -Engineering of a Coal Fired Power Plant with Oxyfuel Technology: Daniel Hultqvist*, Markus Glausch, Heike Meyer, Detlef Radunsky and Thomas Witter;Vattenfall Europe PowerConsult GmbH
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Enhanced Cryogenic Air Separartion: A Proven Process Applied to Oxyfuel: Gerhard Beysel*; Linde AG
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Oxyfuel Pulverized Coal Steam Generator Development 30 MWth Pilot Steam Generator Commissioning and Testing: Frank Kluger*,Patrick Monckert, Bernd Krohmer, Georg-Nikolaus Stamatelopoulos;Alstom Power, Jurgen Jacoby, Uwe Burchardt; Vattenfall
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Flue-gas Cleaning Processes for CO2 Capture from Oxyfuel Combustion - Experience of FGD and FGC at 30MWth Oxyfuel Combustion Pilot Plant: J. Yan*, Vattenfall Research and Development AB, Richard Faber; Vattenfall Europe Generation AG & Co. KG, Thomas Schmidt, gerhard Ross; Babcock Noell GmbH, Jürgen Jacoby, Marie Anheden, Rainer Geiting; Vattenfall Research and Development AB, Daniel Kosel; Vattenfall Europe Generation AG & Co. KG
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First experience in the commissioning of the CO2-plant in Schwarze Pumpe: Roland Ritter*; Bernd Holling; Linde-KCA, Thomas Porsche, Mario Biele; Vattenfall Europe Generation
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Behaviors of NOx and SOx in CO2 Compression/Purification Processes - Experience at 30 MWth Oxy-Coal Combustion CO2 Capture Pilot Plant: Cyril Thébault*, Jinying Yan; Vattenfall Research and Development AB, Mario Biele; Vattenfall Europe Generation AG & Co. KG, Roland Ritter; Linde-KCA, Jurgen Jacoby, Marie Anheden; Vattenfall Research and Development AB, Daniel Kuehnemuth; Chlamers University of Technology
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Test Measurements Concept and Investigations in the Oxyfuel Pilot plant in Schwarze Pumpe: Jurgen Jacoby*; Vattenfall Research and Development, Uwe Burchhardt; Vattenfall Europe Generation, Rainer Gieruing, Marie Anheden; Vattenfall Research and Development
Session 1a Heat Transfer Experiments and Modelling (Part 1)
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Radiation and Convection Heat Transfer in Oxyfuel Combustion: John Smart*, Phil O'Nions, Gerry Riley, Ed Jamieson; RWEnpower
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Modification of the Wejosirted-Sum-of-Grey-Gases Model to Account for Both Air-and Oxy-Fired Conditions: Robert Johansson*, Chalmers University of Technology
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Spectral Radiation Measurements on Oxyfuel Natural Gas Flames and Flue Gases: Comparison of Air and Oxyfuel Radiation: Valentin Becher*, Hartnut Spliethoff;Technische Universität München
Session 1b Flue Gas Clean Up/ Impact Purification/ VLE Experiments
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Impacts of Non-condensable Components on CO2 Compression/Purification, Pipeline Transport and Geological Storage: Jinying Yan*, Marie Anheden, Christian Bernstone; Vattenfall Research and Development AB, Stefan Liljemark, Helena Pettersson; Vattenfall Power Consultant AB, Hailong Li, Jinyue Yan; Royal Institute of Technology
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Flue Gas Cleaning in Oxyfuel Combustion: Wuyin Wang*, Jörgen Grubbström; Alstom Power Sweden AB
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Flue Gas Condensers for Oxyfuel: Stefan Åhman, Wuyin Wang, Jörgen Grubbström; Alstom Power.
Session 1c Ash Slagging, Fouling and Deposition
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Characterisation of Rig Deposits from Oxy-Coal Combustion: Fraser Wigley*; Imperial College London, Ben Goh; E.ON UK
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Oxy-combustion Impacts on Coal Ash Slagging and Fouling: Bradley Adams*, Andrew Fry; Reaction Engineering International
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Ash Partitioning Mechanisms under Oxy-Coal Combustion Conditions: Jost Wendt*, Will Morris; University of Utah, Dunxi Yu; University of Utah & On leave from State Key Laboratory of Coal, Yunlu Jia, JoAnn Ljosirtly; University of Utah
Session 2a Oxy-Coal Burner Development - Experimental Work
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Oxycoal Swirl Flame Stability as a Function of Flue Gas Recycling Ratio: Dobrin Toporov*, Malte Förster, Reinhold Kneer; Institute of Heat and Mass Transfer, RWTH Aachen
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An Investigation on the Characteristics of Oxyfuel Combustion of Premixed Swirl Flame: Ju Hyeong Cho, Han Seok Kim, Sang Min Lee, Won Seok Choi, Kook Young Ahn; Korea Institute of Machinery and Materials, Ta Kwan Woo; Sung Il Co., Ltd.(SIM), Ryu Seung Kwan; Hyundai Engineering Co., Ltd.
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Development of 0.1MW-class Oxy-PC swirl Burner with Primary O2 Direct-Injection: Dae Keun Lee, Dong-Soon Noh, Kyong-Bin Choi, Dong Myung Seo, Chang-Bog Ko, Eun Kyung Lee; Korea Institute of Energy Research
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Hjosirly Flexible Burner Concept for Oxyfuel Combustion: S. Grathwohl, O. Lemp, U. Schnell, J.Maier, G. Scheffknecht B. Khromer; IVD Universitat of Stuttgart, F. Kluger, B.Krohmer, P.Moenckert G-N. Stamatelopoulos; Alstom Power Systems GmbH
Session 2b CO2 Processing Unit - Experimental and Fundamental Study
Session 2c Material Related Issues Under Oxyfuel Combustion
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Results from Initial Material Exposure Tests in Oxyfuel Environment: Anders Hjörnhede*; Vattenfall Power Consultant AB, Melanie Montgomery; Vattenfall A/S, Alexander Gerhardt; Vattenfall Research and Development AB,
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Corrosion of Superheater Materials under Oxyfuel Conditions: Rene Kull*, Malgorzata Stein-Brzozowska, Jörg Maier, Günter Scheffknecht; Institute of Process Engineering and Power Plant Technology (IVD), University of Stuttgart, A.Schopf, Thomas Theye, H.J Massonne; IVD, Univ. Stuttgart
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Ageing and Corrosion of Steels in CO2 Rich Flue Gases: Axel Kranzmann*; Daniela Hünert, Wencke Schultz, Werner Österle, Romeo Saliwan-Neumann, Gabriele Oder, Ingrid Urban; Federal Institute for Materials Research and Testing , BAM
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Material Qualification for Oxyfuel Applications Focusing on Interactions Between Hjosir Temperature Corrosion and Mechanical Creep/Fatigue Loads: Juergen Olbricht*, Hellmuth Klingelhöffer, Birgit Skrotzki; BAM Federal Institute for Materials Research and Testing
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Impact of Hjosir Sulphur/Chlorine Coal on Hjosir Temperature Corrosuion - A Brief Note: Ben Goh; E.On Engineering UK
Wednesday 9th
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Present Status of Callide: An Oxyfuel Project: Chris Spero; CS Energy
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The CO2 Pilot at Lacq CO2 Capture, Transportation, Injection and Storage Ready for Sart Up: Nicolas Aimard*, Claude Prebende; Total, Dennis Cieutat, Ivan Sanchez-Molinero, Remi Tsiava; Air Liquide
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CIUDEN CCS Experimental Platform for Oxycombustion Technologies Development in Coal Power Generation: Monica Lupion*, Benito Navarrete, Pedro Otero, Vicente Cortes; Ciuden
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Oxy-Coal CFB Demonsration Project; Minish Shah, Dante Bonaquist, Stewart Mehlman; Praxair, Loren Howard; Holland Board of Public Works, Horst Hack; Foster Wheeler Inc., Joel Sminchak; Battelle.
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Korean Oxy-Fuel Demonstration Project: Sungchul Kim*, Hyun Dong Lee; Korea Electric Power Research Institute
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Oxygen Based Combustion for CO2 Capture and NZEP Performance; Kevin McCauley; B&W
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ENEL's Oxy-Combustion Project: Status Update: Marco Gazzino*, Nicola Rossi, Giancarlo Benelli; Enel Engineering and Innovation Division
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Spectral Modelling of Radiative Heat Transfer in Oxy-Coal Combustion: Jochen Ströhle, Bernd Epple, Matthias Orth*; Technische Universität Darmstadt
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Measurement of Radiative Heat Flux of Methane Jet Oxy-Flames in CO2 Diluted Atmospheres: Mario Ditaranto*, Thomas Opplet, Bård Lode; SINTEF Energy Research
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A Quantitative Study of the Performance of Commercial Radiation Models for Predicting Behaviour of Oxy-Coal Combustion: P. Edge*, P.O'Nions, M. Pourkashanian; University of Leeds (UK), P. Stephenson, J. Smart; RWE Npower (UK), A. Williams; University of Leeds (UK)
Session 3b CO2 Processing Unit - Industrial Gas Company Perspective
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Purification of Oxyfuel-Derived CO2: Current Developments and Future Plans: Vince White*, Kevin Fogash; Air Products PLC
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CO2 Purification Unit for Oxy-coal Combustion Systems: Philippe Court, Arthur Darde, Jean-Pierre Tranier*, Nicolas Perrin; Air Liquide
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Energetic Evaluation of a CO2 Purification and Compression Plant for the Oxyfuel Process: Roland Ritter*, Annett Kutzschbach, Torsten Stoffregen; LINDE-KCA DRESDEN GMBH
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Oxy-coal combustion: Effects of PO2 on Coal Jet Stability in O2/CO2 Environments: Jingwei Zhang, Kerry Kelly*, Eric Eddings, Jost Wendt; University of Utah
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Detailed Investigation of the Effects of Oxy-Fuel Combustion Conditions on Pulverized Coal Ignition and Char Burning Rate: Christopher Shaddix*, Ethan Hecht; Sandia National Laboratories, Santiago Jimenez; LITEC, Sang Min Lee; Korea Institute of Machinery and Materials, Alejandro Molina; National University of Colombia, Medellin
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Ignition Characteristics of Single Coal Particles in Air (O2/N2) and Oxy-fuel (O2/CO2) Environments: Zeenathul Farida Gani*, Behdad Moghtadderi, Terry Wall; The University of Newcastle
Session 4a Oxy - CFB Combustion Experiments and Fundamentals
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Oxyfuel-CFB Boiler Scale-up Based on Integrated Experimental and Modeling Work: Reijo Kuivalainen*; Foster Wheeler Energia Oy, Toni Pikkarainen, Timo Leino, Antti Tourunen; VTT Technical Research Center of Finland, Kari Myöhänen, Sirpa Takkinen, Timo Hyppänen; Lappeenranta University of Technology
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Circulating Fluidized Bed Boiler Technology – A Competitive Option for CO2 Capture through Oxyfuel Combustion?: Niklas Simonsson*; Vattenfall Research & Development AB, Timo Eriksson; Foster Wheeler Energia Oy, Minish Shah; Praxair Inc.
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Pilot-scale Evaluation of Oxycoal Firing in Circulating-Fluidized-Bed and Pulverized-Coal-Fired Test Facilities: Eric Eddings*, Ryan Okerlund; University of Utah, Lawrence Bool; Praxair, Inc., Andrew Fry, Bradley Adams; Reaction Engineering International
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First Results of an Oxyfuel Combustion Fluidized Bed: Luis M. Romeo*, Isabel Guedea, Irene Bolea, Ana Gonzalez, Carlos Lupiañez, Javier Pallares, Luis I. Diez; CIRCE
Session 4b Oxygen Production and Alternative Technology
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Air Separation Unit for Oxy-Coal Combustion Systems: Jean-Pierre Tranier*, Richard Dubettier, Nicolas Perrin; Air Liquide
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Oxy-Combustion on Oxygen Transport Membranes: Minish Shah*, Max Christie, Nick Degenstein, Jamie Wilson; Praxair, Inc.
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Oxygen Supply for Oxycoal CO2 Capture: Vince White*; Air Products PLC, Kevin Fogash; Air Products and Chemicals Inc
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OXYCOAL-AC: Integration of Hjosir Temperature Membranes for Air Separation in Oxyfuel Power Plants: Stefan Engels, Michael Modigell, Franz Beggel*; Aachener Verfahrenstechnik
Session 4c Coal Ignition and Char Combustion Related Issues (Part 2)
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Pulverised Coal Pyrolysis and Char Combustion Characteristics in Simulated Air (O2/N2) and Oxy-fuel (O2/CO2) Conditions: Renu Kumar Rathnam*, Liza Elliot, Yinghui Liu, Behdad Moghtaderi, Terry Wall; The University of Newcastle
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Transported Probability Density Function Modelling of Combustion with Recirculation of Flue Gases: R.P Lindstedt*, K. Gkagkas; Imperial College
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On the Prediction of Char Burnout from Oxy-coal Combustion: Sarma Pisupati*, Prabhat Naredi; The Pennsylvania State University
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An Experimental Approach to the Kinetics of the Combustion in O2/CO2-Atmospheres: Stephanie Tappe*, Hans joachim Krautz; BTU Cottbus, Chair of Power plant
Thursday 10th
Plenary Session 3 - Burner and Boiler Manufacturer Corner
Introduction to session: Stanley Santos; IEA GHG
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Evaluation of Oxy-Coal Combustion at a 30MWth Pilot: Hamid Farzan*, Denny McDonald; Babcock & Wilcox Power Generation Group, Raj Varagani, Nicolas Docquier, Nicolas Perrin; Air Liquide
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Demonstration of the Doosan Babcock Energy 40MWt OxyCoalTM Combustion System: E. Cameron*, D. Sturgeon, C McGhie, F. Fitzgerald; Doosan Babcock Energy Limited
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Study results on Oxy-fuel Combustion System for CO2 Capture: Toshihiko Yamada*, Makoto Takafuji; IHI Corporation
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Hitachi Babcock 30MWth Burner Testing Plans at Vattenfall Schwarze Pumpe Pilot Plant: C. Bergins; Hitachi Babcock
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Development and Demonstration of Oxy-CFB for Power Plants with CO2 Capture: Horst Hack*; Foster Wheeler
Session 5a Emission Related Issues
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The Sulphur Mass Balance in Oxy-Fuel Combustion of Lignite: Daniel Fleig*, Daniel Kühnemuth, Fredrik Normann, Klass Andersson, Filip Johnsson, Bo Leckner; Chalmers University of Technology
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Experimental and kinetic modeling study of the effect of SO2 on fuel oxidation in an O2/CO2 atmosphere: Jorge Giménez*, Angela Millera, Rafael Bibao, Maria Uxue Alzueta; University of Zaragoza
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Sulfur and Coal-Fired Oxyfuel Combustion with CCS: Impacts and Control Options: Terry Wall*, Rohan Stanger; The University of Newcastle, Joerg Maier; University of Stuttgart
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Assessment of Mercury Fate in Oxy-Coal Combustion: Maryam Gharebaghi*; University of Leeds, Ben Goh; E.ON Engineering UK Plc, Mohamed Poukashanian, Alan Williams; University of Leeds
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Control of Oxy-Fuel Combustion NOx Emission: Fredrik Normann*, Klas Andersson, Filip Johnsson, Bo Leckner; Chalmers University of Technology
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The Characteristic of NO Production Linetics and Fuel-N Conversion in Oxy-Firing Coal Combustion: Choi Gyung-Min*; Pusan Clean Coal Center, Pusan National University, Go Sun-Mi, Lee Kang-Yoel, Kim Duck-Jool; Pusan National University.
Session 5b Large Scale Oxyfuel Burner Development Programme Activities
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Oxyfuel Process Developments Leading to Demonstration Plant Design: Dennis McDonald*, Douglas DeVault; The Babcock & Wilcox Company, Jean-Pierre Tranier, Nicolas Perrin; Air Liquide
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Oxyfuel Fundamentals and Underpinning Technologies: David Fitzgerald*, Angus Duncan, Barry McGhee, Clive McGhie, David Sturgeon; Doosan Babcock Energy Limited
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Alstom 15MWth Oxyfuel Test Programme for Tangential Firing: John Marion*, Frank Kluger, Armand Levasseur, Nsakala Ya Nsakala, Jorgen Grubbstrom, Jean-Francios Leandri; Alstom Power
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Oxyfuel Retrofit to Condensing Coal Power Plant - Combustion Properties: Toshihiko Mine*, Babcock-Hitachi K.K.Kure Research Laboratory, Kenichi Ochi; Babcock-Hitachi K.K. Kure, Hirofumi Okazaki; Hitachi Ltd. Energy & Environmental Systems Laboratory, Pauli Dernjatin; Fortum Service
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Oxy-Coal Combustion Experiences on a 3 MW Test Rig Facility: Danila Cumbo*, Nicola Rossi, Giancarlo Benelli, Marco Gazzino; ENEL, Engineering and Innovation Division, Technical Area Research
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Update Jupiter Oxygen Corporation Large Scale Boiler Test Facility Results from first year of Operation with Carbon Capture: Brian Patrick*, Diretrich Gross, Mark Schoenfield, Thomas Weber; Jupiter Oxygen Corporation, Tom Ochs, Danylo Oryshchyn, Cathy Summers; USDOE - NETL
Session 5c CFD Modelling & Experimental Validation
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Numerical Simulation of a 3 MWth Oxycoal Burner: Lorenz Griendl*; Institute of Thermal Engineering, Graz University of Technology, Ulrich Hohenwarter, AE&E Austria GmbH & Co KG, Jürgen Karl; Institute of Thermal Engineering, Graz University of Technology
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Development of Recirculation system & Key components in Oxyfuel Combustion: Terufumi Kawasaki*, Yuji Fukuda; Babcock-Hitachi K.K. Kure Research Lab., Osama Ito; Hitachi Ltd., Energy & Environmental Systems Lab., Christian Bergins; Hitachi Power Europe GmbH, Song Wu; Hitachi Power Systems America
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Numerical Simulation of Oxyfuel Combustion: Andreas M. Kempf, Oliver T. Stein*; Imperial College London
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Experimental Data and CFD Calculations of Oxyfuel Firing and Adapted Pilot Scale Burner Design: Sebastian Rehfeldt*; Hitachi Power Europe GmbH, Dept. Research & Development & Institute of Process Engineering and Power Plant Technology, Dept. Power Plant Technology, University of Stuttgart, Christian Bergins; Hitachi Power Europe GmbH, Dept. Research & Development; Christian Kuhr, Martin Ehmann; Hitachi Power Europe GmbH, Dept. Technology Center, Klaus-Dieter Tigges, Jürgen Niesbach, Dieter Lasthaus; Hitachi Power Europe GmbH, Dept. Steam Generation
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Simulation of Air and Oxy Combustion of Pulverized Coal with CO2 Recirculation: Seunghwan Lee, Karam Han, Kang Y. Huh*; Department of Mechanical Engineering, POSTECH
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Numerical simulation of Lignite combustion in O2/CO2 environment by Eddy-Dissipation Model: Tanin Kangwanponpan*,Hans Joachim Krautz; Chair of Power Plant Technology, Brandenburg University of Technology, Cottbus,Germany
Session 6a Power Plant Reftrofit and Process Optimisation
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Development of Oxy-Burner Retrofit Principles for Existing Coal-Fired Utility Boilers: Andrew Fry*, Bradley Adams, Marc Cremer; Reaction Engineering International, Jiefeng Shan; Siemens Environmental Systems & Services
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Oxyfuel Retro-Fit to Condensing Coal Power Plant – FS of 500MW Class Plant: Pauli Derjantin; Fortum Power and Heat, Yuji Fukada; Babcock-Hitachi K.K.,Kure Research Laboratory
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Flue Gas Recirculation for Oxyfuel-Boilers: Energetic and Operational Design Issues: Christian Hermsdorf*, Alfons Kather; Hamburg Unviversity of Technology, Institute of Energy Systems
Session 6b Chemical Looping Combustion Concept
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Simulation of a Chemical Looping Combustion Process for Coal: Jochen Stroehle*, Alexia Lombarte, Matthias Orth, Bernd Epple; Technische Universität Darmstadt
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Alstom Chemical Looping Technology Advancement: Corrine Beal*, Herbert Andrus, Michel Vandycke; Alstom Power
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Kinetics Study for O2 Absorption/ Desorption Using a Cobalt Based Oxygen Carrier: Teng Zhang*, Zhen-shan Li, Ning-sheng Cai; Key laboratory for Thermal Science and Power Engineering of Ministry of Education
Session 6c Oxyfuel Combustion Technology Experimental Programme
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Oxy-combustion Technology Research through the DOE-NETL Existing Plants Capture Program: Timothy Fout*, Zhen-shan Li, Jared Ciferno, Lynn Brickett, Michael Matuszewski; U.S. Department of Energy / NETL
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Novel Oxy-steam Burner for Zero-emission Power Plants: Carlos Salvador, Milenka Mitrovic, Kourosh Zanganeh*; Clean Electric Power Generation, Canada
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Development of Oxyfuel Combustion within the E.On Group: Ben Goh*; E.ON Engineering Ltd
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John Topper; IEA GHG, UK
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Terry Wall; University of Newcastle, Australia
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Gerry Hesslemann; Doosan Babcock, UK
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Ian Brass, Air Products PLC, UK
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Chris Spero, CS ENergy, Australia
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Lars Stromberg; Vattenfall AB, Sweden
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Oxy-Coal Combustion Modeling: Eddy Chui*, Adrian Majeski; CanmetENERGY, Natural Resources Canada
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Operating Experience with a 0.1MWth OxyFuel-CFB Test Rig: Tomasz Czakiert*, Slawomir Karski; Czestochowa University of Technology, Karol Sztekler, Daniel Markiewicz;; Czestochowa University of Technology & Foster Wheeler Energia Polska Sp. z o. o. , Pawel Mirek; Czestochowa University of Technology, Marek Andrzejczyk; Foster Wheeler Energia Polska Sp. z o. o.,Wojciech Nowak; Czestochowa University of Technology
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Char Combustion Modeling under Oxyfuel Conditions; Adrian Goanta*; Jan-Peter Bohn, Valentin Becher, Harmut Spliethoff; Technische Universität München
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An Overview on the Development Status of 100kW class Power Plant using Oxyfuel Combustion at KIMM: Kook Young Ahna, Ju Hyeong Cho, Young Duk Lee*, Sangseok Yu; Korea Institute of Machinery and Materials, Hyun-il Jeongb; Korea Southern Power Co, Ta Kwan Woo; Sung Il Co., Ltd.(SIM); Hyoung June Parkd; Hyundai Engineering Co., Ltd
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EPA's Developing Oxyfuel Combustion Research Program: Willian Linak*, Chun Wai Lee; US Envrionmental Protection Agency, Myrrha Andersen; North Carolina State University
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Coal Devolatilization and Char Conversion in Oxy-Fuel Combustion: Jacob Brix*, Peter Arendt Jensen, Anker Degn Jensen, DTU Department of Chemical and Biochemical Engineering
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Simultaneous Devolatilisation and Char Combustion in Oxyfuel Coal Combustion. Flame Stand-off Distance: Aleksandra Milewska*, Bartosz Swaithowski, Rastko Jovanovic; Institute of Power Engineering, Department of Thermal Processes
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Reliability of Steels during Injecting of CO2 into Saline Aquifer: Anja Pfennig*; HTW Berlin, Applied University, Ralph Bäßler, Dirk Bettge, Axel Kranzmann; BAM Federal Institute for Materials Research and Testing
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Experimental Assessment of the Pollutant Formation during Oxyfuel Combustion: Karl Mieske*, Alfons Kather;Technical University of Hamburg
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Calcination of Limestone and In-Furnace Desulfurization Characteristics in Oxy-Fuel Combustion: Hyung-Keun Lee*, Young-Mo An, Hang-Dae Jo, Won-Kil Choi; Greenhouse Gas Research Center, Korea Institude of Energy Research, Sang-In Keel; Environment System Research Center, Korea Institude of Machinery & Materials
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Flue Gas Condensers for Oxyfuel: Stefan Åhman*, Wuyin Wang, Jörgen Grubbström; Alstom Power Sweden AB
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Electrochemical Assessment of Metallic Materials for Process Applications: Ralph Bäßler*, Andreas Burkert; BAM Federal Institute for Materials Research and Testing
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Radiative Heat Transfer in Oxyfuel Combustion: Rachel Porter, Mohamed Pourkashanian, Alan Williams; University of Leeds, Gerry Hesselmann, Brian Smith, David Smith, Nicolas Taylor; Doosan Babcock Energy Limited
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Modeling Oxy-combustion in the E.ON UK Combustion
T est Facility: Sandro Dal Secco* EDF -
A Preliminary Feasibility Study of Partnerships in Oxy fuel Combustion Research on Hjosir Ash Coal: Malti Goel*; Indian National Science Academy, V.S Verma; Central Electricity Regulatory Commission
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A Numerical Method for Optimizing Oxyfuel Power Plants: Xinxin Li*, Klaus Lackner, Department of Earth and Environmental Engineering
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Efficiency Increase of Oxyfuel Processes by Integration and Optimization: Mathias Klostermann, Alfons Kather; Hamburg University of Technology
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A Case of Performance Evaluation Studies of Oxy-coal Power Generation Systems: Sangmin Choi*; Department of Mechanical Engineering, Korea Advanced Institute of Science and Technology, Taehyung Kim, Sangil Seo; Korea Electric Power Research Institute
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CO2 Capture and Standard: Ligang Zheng*, Quan Zhuang, Yewen Tan, Bruce Clements, Richard Pomalis; CANMET Energy Technology Centre
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Comparison of Ash Release and Deposition under Air vs. Oxyfuel Combustion of solid fuels: L. Fryda*; ECN, C. Sobrino; Delft University of Technology, M. Losurdo; Technische Universität München, M.Cieplik, C. Bertrand; ECN, W. de Jong; Delft University of Technology, W. L. van de Kamp; ECN
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Ageing and Corrosion of Steels in CO2 Rich Flue Gas: Daniela Hünert, Gabriele Oder, Werner Österle, Romeo Saliwan-Neumann,, Wencke Schulz, Ingrid Urban & Axel Kranzmann*; Federal Institute for Materials Research and Testing, BAM, Germany
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The Flue Gas Desulphurization Unit from Babcock Noell GmbH for Vattenfall Europe Generation AG & Co. KG‘s Oxyfuel Pilot Plant at Schwarze Pumpe – first operational results and experiences: Felix Stark; Babcock Noell