Zhiqiang Wu | Shaanxi Key Laboratory of Energy Chemical Process Intensification, School of Chemical Engineering and Technology, Xi’an Jiaotong University | Chemical looping reforming of biomass: oxygen carriers design and application
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Cuiping Wang | Shandong University of Science and Technology | Effect of Iron-rich sludge ash companying on the Fe/Al composed oxygen carrier in the sludge gasification process
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Oyvind Langorgen | SINTEF Energy Research | Pilot tests with waste and biomass in a 150 kW auto-thermal CLC unit
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Zixiang GAO | Southeast university | Enhanced redox performance of Fe2O3-based oxygen carrier in the chemical looping hydrogen generation process by little co-dopant of CuO and NiO
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Zhipeng Li | Southeast University | |
Xinyue Su | Southeast University | Alternate cycles of CO2 storage and in-situ hydrogenation to CH4 on Ni-Na-Al2O3: Influence of preparation methods
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Zhenkun Sun | Southeast University | Chemical looping methane reforming using ilmenite as both catalyst and oxygen carrier
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Fangjun Wang | Southeast University | Investigations on Biomass Gasification of Compact-Fast Dual Fluidized Bed Calcium Looping - From Kilowatt to Megawatt Scale
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Fan Yin | Southeast University | Study on hydrogen generation by chemical looping water splitting using natural ores or industrial solid wastes as oxygen carrier
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Chun Zhu | Southeast University | New insights into Absorption Mechanism of Potassium by Fe2TiO5: Experimental and DFT Calculation
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Philipp Mohn | Technical University of Darmstadt | Exploring the Scalability of Chemical-Looping Combustion for Sustainable Waste-to-Energy Applications through Pilot Testing at 150 kWth and 1 MWth Scale
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L.-S. Fan | The Ohio State University | Chemical Looping Platform: Multiscale Approach and Commercialization Prospects
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Rushikesh Joshi | The Ohio State University | Moving bed reducer with integration of combustor heat exchangers for hydrogen production in chemical looping systems: Process simulation and techno-economic analysis Biomass gasification: >700hr sub-pilot demonstration with a low tar, high purity syngas generation at H2/CO = 2 using OSU moving bed chemical looping
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Vincenzo Spallina | The University of Manchester | High-Pressure Chemical Looping with Packed Bed Reactors: Challenges, Advances and New Process Configurations
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Logan Hughey | The University of Utah | Incorporation of oxygen carrier recycle into the large-scale production of Cu-based oxygen carriers
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Vincent Gouraud | TotalEnergies | CHEERS demo unit operational results
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Bingjie Liu | Tsinghua University | Effect of Reaction Modes on Chemical Looping Gasification of Waste Plastics Using NiO/Al2O3 as Oxygen Carrier
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IWei Wang | Tsinghua University | Integrated CO2 capture and conversion over limestone using fluidized bed system in a chemical looping scheme
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Benjamin Fleiß | TU Wien | Impurity balance during 80 kWth pilot plant operation with bark and necessary gas cleaning steps
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Fabrizio Scala | Università di Napoli Federico II | Chemical looping sorption-enhanced CO2 methanation using zeolites in a lab-scale interconnected fluidized bed system Evaluation of the performance of limestone-based sorbents for sorption-enhanced gasification in presence of steam in a lab-scale interconnected fluidized bed apparatus Chemical looping with integrated CO2 capture and methanation in fluidized bed reactors using highly performing dual function materials
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