Preliminary program
You can download the detailed preliminary program as PDF file in the download section.
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Wednesday |
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9:00 |
Welcome | |
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9:30 |
Keynote lecture 1 Chemical looping combustion of solid fuels – status of development A. Lyngfelt, Chalmers University of Technology, Sweden |
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10:10 |
Keynote lecture 2 Carbonate looping for post-combustion CO2 capture – status of development E. J. Anthony, CANMET, Canada |
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10:50 |
Coffee |
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Session 1 |
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11:20 |
Performance of a Fe-based residue using different coals in a 500 Wth CLC unit T. Mendiara, A. Abad, L. F. De Diego, F. García-Labiano, P. Gayán, J. Adánez ICB-CSIC, Spain |
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11:45 |
Main results of the 10 kW coal pilot plant operation T. Sozinho1, W. Pelletant1, T. Gauthier1, H. Stainton2 1IFPEN, France, 2TOTAL SA, France |
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12:10 |
Operation of a 100 kW chemical looping combustor with ilmenite oxygen carrier and Cerrejón coal P. Markström, C. Linderholm, A. Lyngfelt Chalmers University of Technology, Sweden |
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12:35 |
Design and operation of a coal-fired 1 MWth chemical looping pilot plant M. Orth, J. Ströhle, B. Epple TU Darmstadt, Germany |
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13:00 |
Lunch |
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Session 2 |
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14:00 |
Operational experience with a coupled fluidized bed system for chemical looping combustion of solid fuels A. Thon, M. Kramp, E.-U. Hartge, S. Heinrich, J. Werther TU Hamburg-Harburg, Germany |
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14:25 |
Chemical looping combustion of two bituminous coal/char with natural hematite as oxygen carrier in 1 kWth reactor T. Song, L. Shen, H. Zhang, D. Chen, S. Zhang, H. Gu Southeast University Nanjing, China |
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14:50 |
Adaptation of a 10 kWth DFB system for CLC to solid fuels and comparison of a new micaceaous iron oxide and ilmenite with respect to syngas conversion F. Mayer, A. Bidwe, A. Schopf, K. Taheri, M. Zieba, G. Scheffknecht University of Stuttgart, Germany |
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15:15 |
The development of 10 kW chemical looping combustion technology in ICSET, WKU Y. Cao, S. P. Sit, W.-P. Pan Western Kentucky University, USA |
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15:40 |
10 MW CLC field pilot S. P. Sit1, A. Reed1, U. Hohenwarter2, V. Horn2, K. Marx3, T. Pröll3 1Cenovus Energy Inc., 2ANDRITZ Energy & Environment GmbH, 3TU Wien, Austria |
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16:05 |
Coffee |
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16:15 |
Poster Session | Visit of the 1MWth testing facility |
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Thursday |
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08:30 |
Keynote lecture 3 Oxygen carrier material development – overview J. Adanez, Instituto de Carboquimica CSIC, Spain |
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Session 3 |
Session 4 |
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09:10 |
The impact of reaction mechanism on the design of continuously operating CLC systems – nickel based versus copper based oxygen carriers T. Pröll, G. Schöny, K. Mayer, H. HofbauerTU Wien, Austria |
Study of steam effect on simultaneous carbonation and sulfation of calcium sorbentsH. Pawlak-KruczekUniversity of Technology Wroclaw, Poland |
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09:35 |
Preparation and characterization of Fe-based oxygen carrier by the solution combustion approach for chemical looping combustionJ. Zhang, Q. Guo, Y. Cheng Qingdao University of Science and Technology, China |
Sulfation rates of CaO particles in a post-combustion calcium looping system J. M. Cordero, M. Alonso, B. Arias, J. C. Abanades INCAR -CSIC, Spain |
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10:00 |
Spray drying – a scale up ready preparation technique for oxygen carrier production Jasper Van Noyen1, J. Deckx1, I. Thijs1, W. Hendrix1, D. Jing2, T. Mattisson2, A. Lyngfelt2, F. Snijkers1 1Flemish Institute for Technological Research (VITO), Belgium, 2Chalmers University, Sweden |
The effect of SO2 on limestone attrition during fluidized bed calcium looping cycles for CO2 capture A. Coppola, F. Montagnaro, P. Salatino, F. Scala Università degli Studi di Napoli Federico II, Italy |
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10:25 |
Developing a highly reactive and low nickel content oxygen carrier for gaseous fuels in CLC A. Cabello, P. Gayán, F. García-Labiano, A. Abad, L. F. De Diego, J. Adánez ICB-CSIC, Spain |
Continuous CO2 capture in a 1 MWth carbonate looping pilot plant J. Kremer, A. Galloy, J. Ströhle, B. Epple TU Darmstadt, Germany |
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10:50 |
Coffee |
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Session 5 |
Session 6 |
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11:20 |
Mixed oxides as oxygen carrier material for chemical-looping combustion with oxygen uncoupling M. Ryden, H. Leion, A. Lyngfelt, T. Mattisson Chalmers University of Technology, Sweden |
An advanced thermodynamic model for the simulation of the calcium looping process coupled with CFD model A. Nikolopoulosa2, K. Atsoniosa2, N. Nikolopoulos2, P. Grammelis2, E. Kakaras1,2 1National Technical University of Athens, Greece, 2Centre for Research and Technology Hellas, Greece |
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11:45 |
The fate of sulphur during CLOU process using a Cu-based oxygen-carrier I. Adánez-Rubio, P. Gayán, A. Abad, F. García-Labiano, L. F. De Diego, J. AdánezICB-CSIC, Spain |
Development of calcium looping process in 3 kWth and 1.9 MWth facilities M.-H. Chang, H.-W. Hsu, C.-M. Huang, W.-H. Liu, W.-C. Chen, J.-Y. Cheng, T.-W. Wen, W. Chen, C.-C. Li, C.-H. Chen, T.-H. Hsieh Industrial Technology Research Institute, Taiwan |
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12:10 |
Evaluation of different manganese ores in chemical-looping combustion (CLC) for solid fuels M. Arjmand, H. Leion, T. Mattisson, A. Lyngfelt Chalmers University of Technology, Sweden |
Thermodynamic evaluation and cold flow model testing of an indirectly heated carbonate looping process M. Junk, M. Reitz, J. Belz, J. Ströhle, B. Epple TU Darmstadt, Germany |
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12:35 |
Measurement and modeling of kinetics for copper-based chemical looping with oxygen uncoupling K. J. Whitty University of Utah, USA |
Self-fluidization in an indirectly heated calciner D. Höftberger, J. Karl Universität Erlangen-Nürnberg, Germany |
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13:00 |
Lunch | |
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Session 7 |
Session 8 |
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14:00 |
Experimental comparison of different ilmenites in fluidized bed and fixed bed chemical-looping combustion G. L. Schwebel1,3, D. Filippou2, G. Hudon2, M. Tworkowski1, A. Gipperich1, W. Krumm1 1Universität Siegen, Germany, 2Rio Tinto Iron & Titanium, Canada, 3G. Schwebel dht-envitech, Germany |
Ca(OH)2-based carbonation calcination reaction (CCR) process and calcium looping process (CLP) developed at the Ohio State University (OSU) N. Phalak1, W. Wang1, N. Deshpande1, Y. Wang1, Z. Sun1, S. Luo1, S. Ramkumar2, D. Connell3, R. Statnick4, L.-S. Fan1 1The Ohio State University, USA, 2ExxonMobil Upstream Research, USA, 3CONSOL Energy Inc. R&D, USA, 4ClearSkies Consulting, USA |
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14:25 |
Incorporation of promoters to enhance the oxygen capacity and reaction rates of iron oxide oxygen carriers for chemical looping combustion of coal and methane R. Siriwardane1, D. Miller2, H. Tian2 1National Energy Technology Center, USA, 2URS-Energy & Construction, USA |
Investigation of the sorbent enhanced methane reforming reaction M. Broda, A. M. Kierzkowska, Q. Imtiaz, C. R. Müller Swiss Federal Institute of Technology Zurich, Switzerland |
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14:50 |
Sulphur evolution in chemical looping combustion for NiFe2O4 combined oxygen carrier with coal of high sulphur content B. Wang, H. Zhao, Y. Zheng, Z. Liu, C. Zheng Huazhong University of Science and Technology, China |
Assessment of thermochemistry and preliminary design of a carbon looping combustion process (Carboloop) P. Salatino, O. Senneca Università degli Studi di Napoli Federico II, Italy |
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15:15 |
Chemical looping combustion of synthesis gas derived from steam gasification of coal over bimetallic Fe-Cu/supported oxides E. Ksepko1, R. V. Siriwardane2, H. Tian2, T. Simonyi2, M. Sciazko1 1Institute for Chemical Processing of Coal, Poland, 2U.S. Department of Energy, USA |
Definition of improved sorbents and their impact on the carbonate looping process B. Schüppel Rheinkalk – Lhoist Group, Germany |
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15:40 |
Coffee | |
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16:00 |
Cruise on the river Rhine through the Upper Middle Rhine World Heritage (UNESCO)Conference Dinner | |
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Friday |
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08:30 |
Keynote lecture 4 Challenges for 2nd generation technologies like chemical and carbonate looping from an industry point of view F. Ennenbach, F. Kluger, Alstom, Germany |
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Session 9 |
Session 10 |
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09:10 |
Development of metal oxides chemical looping process for coal-fired power plants C. Beal1, B. Epple2, A. Lyngfelt3, J.Adanez4, Y. Larring5, Y. Joumani6, J. Wolf7 1ALSTOM Power Systems, France, 2TU Darmstadt, Germany, 3Chalmers University, Sweden, 4CSIC, Spain, 5SINTEF, Norway, 6Air Liquide, France, 7Vattenfall, Sweden |
Methane combustion by moving bed fuel reactor with Fe-based oxygen carrier H.-C. Wu, Y. Ku, P.-C. Chiu, S.-H. Shiu, Y.-L. Kuo, Y.-H. Tseng National Taiwan University of Science and Technology, Taipei City, Taiwan |
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09:35 |
Chemical looping combustion: development status and perspectives – The DeCLiC project S. Bourgeon1, Th. Gauthier2, F. Guillou2, H. Stainton1 1TOTAL SA, France, 2IFP Energies nouvelles, France |
Development of bimetallic oxygen carrier containing Fe and Cu for high syngas conversion using a modified chemical looping combustion process Q. Imtiaz, N. S. Yüzbasi, A. Kierzkowska, C. Müller Swiss Federal Institute of Technology Zurich, Switzerland |
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10:00 |
Alstom’s limestone-based chemical looping prototype, program update I. F. Abdulally Alstom, USA |
Mechanistic studies on manganese-oxide for chemical looping desulfurization C. König1, T. Schildhauer1, S. Biollaz1, M. Nachtegaal1, N. Van Garderen2, F. Clemens2 1Paul Scherrer Institut, Switzerland, 2EMPA, Switzerland |
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10:25 |
Iron-based syngas chemical looping process and coal-direct chemical looping process development at Ohio State University A. Tong, R. Kim, L. Zeng, L.-S. Fan The Ohio State University, USA |
Ni based oxygen carrier for chemical looping combustion: The key importance of the support and the preparation methods M. R. Quddus1, M. M. Hossain2, H. I. de Lasa1 1University of Western Ontario, Canada, 2King Fahd University, Kingdom of Saudi Arabia |
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10:50 |
Coffee | |
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Session 11 |
Session 12 |
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11:20 |
Chemical looping combustion of victorian brown coals – scientific and technical issues S. Rajendran, C. Saha, K. Hein, S. Bhattacharya Monash University, Australia |
Packed bed reactor technology for chemical looping combustion R. Ocone Heriot-Watt University, UK |
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11:45 |
Process analysis of chemical looping with oxygen uncoupling (CLOU) and chemical looping combustion (CLC) for solid fuels A. H.Sahir, N. Tingey, J. S. Lighty University of Utah, USA |
Packed bed chemical looping combustion with syngas as fuel P. Hamers, F. Gallucci, M. van Sint Annaland Eindhoven University of Technology, The Netherlands |
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12:10 |
Chemical looping combustion: Comparative analysis of two different overall process configurations for removing unburnt gaseous components V. Kempkes, A. Kather TU Hamburg-Harburg, Germany |
Rotating bed reactor for CLC; bed characteristics dependencies on internal gas mixing S. F. Håkonsen, C. A. Grande, R. Blom SINTEF, Norway |
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12:35 |
Numerical evaluation of a pressurized CLC fuel reactor for process intensification S. Cloete1, Shahriar Amini2 1NTNU, Norway, 2SINTEF, Norway |
Operation and scale-up of fixed bed chemical looping combustion E. Kimball, P. Van Den Bos, A. Bezuijen, P. Van Den Broeke TNO, The Netherlands |
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13:00 |
Lunch | |
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Session 13 |
Session 14 |
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14:00 |
Modeling of CH4 combustion with NiO/NiAl2O4 in a 10 kWth CLC pilot plant M. M. Yazdanpanah1, A. Forret2, T. Gauthier2, A. Delebarre3 1TOTAL SA, France, 2IFP Energies nouvelles, France, 3ESSTIN, France |
The generation of hydrogen by chemical looping: Kinetics of reduction by mixtures of CO and CO2 of wüstite supported on zirconia W. Liu, J. S. Dennis, S. A. Scott University of Cambridge, UK |
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14:25 |
Experiment and modelling of the effect of char particel segregation on the gas conversion behavior in the fuel reactor for chemical looping J. Bao, Z. Li, H. Sun, L. Xu, N. Cai Tsinghua University, Beijing, China |
Evaluation of suitable oxygen carriers for chemical looping air separation (CLAS) for large scale oxygen production K. Shah, H. Song, E. Doroodchi, T. Wall, B. Moghtaderi The University of Newcastle, Australia |
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14:50 |
Modeling of Cu oxidation in adiabatic fixed-bed reactor with N2 recycle J. R. Fernández1, J. C. Abanades1, R. Murillo2 INCAR-CSIC, Spain |
Modelling and evaluation of an IGCC power plant using iron-oxide-based syngas chemical looping (SCL) combustion M. Sorgenfrei, G. Tsatsaronis TU Berlin, Germany |
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15:15 |
Kinetic modelling of ilmenite reduction under CO, H2 and CH4 following mechanistic and morphological approaches P. Perreault1, H. Stainton2, G.-S. Patience1 1École Polytechnique de Montréal, Canada, 2TOTAL, France |
The application of chemical looping technology in mitigating ventilation air methane (VAM). 1. process analysis Y. Zhang, E. Doroodchi, B. Moghtaderi The University of Newcastle, Australia |
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15:40 |
Coffee | |
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16:00 |
Round Table Discussion | |
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16:30 |
Closure of the Conference | |