A detailed overview of all events can be found in the congress planner.
P 01 |
Sustainable Building Blocks to Produce Carotenoids
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 02 |
Sorption enhanced ammonia synthesis – progress on sorptive ammonia separation
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 03 |
Catalytic NH3 Decomposition
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 04 |
Catalyst Testing for Methanol Production using Real Cleaned Steel-Mill-Gases
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 05 |
H2-efficient, Non-oxidative Conversion of Methanol to Dimethyl Ether, Methyl Formate and Dimethoxymethane over Cu/Hβ Catalyst
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 06 |
Chemical Hydrogen Storage by Catalytic Hydrogen Loading and Release in the LOHC System Benzyltoluene
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 07 |
SAFari project - Sustainable Aviation Fuels based on Advanced Reactions and Process Intensification
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 08 |
Powder metallurgically modified foams as Catalytic Carriers: Enhancing Performance through Porosity
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 09 |
Performance of CoMn-Na Catalysts for the Production of Lower Olefins from Synthesis Gas
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 10 |
Techno-economic comparison of different Power-to-DME process routes
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 11 |
Flexibility-requirements of methanol synthesis for the two-step dimethyl ether production based on renewable power
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 12 |
Structure-activity relationship of heterogeneous catalysts for Dimethyl ether steam reforming
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 13 |
Solid Molecular Catalysts for the Conversion to and of Renewable Fuels
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 14 |
Enabling Load-Flexible Methanol Synthesis from CO₂
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 15 |
Hydrogen and syngas production from biomass via formic acid and methyl formate
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 16 |
Dynamic Operation of CO2 Methanation
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 17 |
Transient State Simulation of a Fixed Bed Reactor
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 18 |
Supported Bimetallic FeAg Catalysts for the Selective Acetylene Hydrogenation under Industrial Relevant Front-End Conditions
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 19 |
Selective Production and Elongation of Hydrocarbons from Synthesis Gas via a Three-Step Reaction Cycle
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 20 |
Utilization of redox cyclability of a modified NiMnAl-spinel catalyst for the methanation of CO₂
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 21 |
Enabling High-Pressure Ammonia Reforming: Setup Development, Validation, and Kinetic Insights
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 22 |
Light-assisted low-pressure methanol synthesis
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 23 |
CHEMampere: Technologies for sustainable chemical production with renewable electricity and CO2, N2, O2, and H2O
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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P 24 |
In-situ XAS investigation of Co-based Fischer-Tropsch model catalysts
Poster
Catalysis and Process Engineering as Enablers for Sustainable Energy Carriers and Chemicals
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