Hydrogen, E-Fuels and Applications
Chemical energy sources, in particular hydrogen and hydrogen-based synthetic fuels, will play a central role in the energy system of a sustainable and climate-neutral industrial society.
The EnCN is researching innovative technologies for hydrogen production, storage and logistics. They demonstrate how hydrogen can be used profitably in industrial projects.
- Techno-economic analysis of different hydrogen storage and supply routes, in particular liquid organic hydrogen carriers
- Model-based, holistic energy market design
- Development of reactor concepts for reversible chemical hydrogen storage
- Catalyst development for chemical hydrogen storage and release
- Testing and evaluation of various reactor heating options
- Development of concepts for heat storage and heat integration in hydrogen storage systems
- Development of a new type of hydrogen compressor
- Construction, operation and optimisation of storage systems
- Development of stationary hydrogen or hydrogen/methane engines for block-type thermal power stations
- Thermodynamic evaluation and optimization of energy storage processes
- Design and construction of reactors for energy process technology
- Simulation-based optimization of chemical reactors and processes
- Development of plant and process technology in the field of hydrogen logistics and hydrogen storage
- Simulation-based optimization of engine combustion processes
- Extensive experience in the field of ionic compressors
- Optimization of process-internal heat flows and cross-process heat integration
- Mathematical modelling of energy market systems
- Pilot plants for reversible, chemical hydrogen storage on a laboratory and pilot scale
- Pilot plants for thermochemical energy storage on a laboratory scale
- Measurement equipment for recording surface reactions and adsorption processes
- Test benches for the technical evaluation of burner systems
- Measurement equipment for recording and optimising technical and internal combustion processes
- Analysis and optimization of energy processes
- Design of LOHC storage systems
- Development of tailor-made process technology for hydrogen storage
- Catalyst development for LOHC storage applications
- Construction of prototypes
- Economic consideration of various parameters of the current and future energy market
- Decentralized energy and hydrogen supply for private and industrial applications, e.g. hydrogen filling stations
- Transport and long-term storage of energy in the form of hydrogen
- Linking renewable energy generation with a wide range of hydrogen users
Publications
Runge P, Sölch C, Albert J, Wasserscheid P, Zöttl G, Grimm V (2023)
Runge P, Sölch C, Albert J, Wasserscheid P, Zöttl G, Grimm V (2019)
Shoshi A, Schlücker E (2018)
Shoshi A, Schlücker E (2018)
Energy Technology
European Journal of Operational Research
Energy Technology
European Journal of Operational Research
Progress in Energy and Combustion Science
International Journal of Hydrogen Energy
Proceedings of the Combustion Institute
Journal of Supercritical Fluids
Energy and Environmental Science
Proceedings of the Combustion Institute
Angewandte Chemie International Edition
International Journal of Hydrogen Energy
Crystal Growth & Design
Particle & Particle Systems Characterization
Storch M., Zigan L., Wensing M., Will S. (2014)
Alkyl chain length-dependent surface reaction of dodecahydro-N-alkylcarbazoles on Pt model catalysts
Journal of Chemical Physics
Nachrichten aus der Chemie
Journal of Supercritical Fluids
Journal of Crystal Growth
Journal of Regulatory Economics
European Economic Review
Chemistry - A European Journal
Journal of Economics & Management Strategy
Energy Technology
International Journal of Hydrogen Energy
Chemie Ingenieur Technik
Desalination and Water Treatment
Energy and Environmental Science
Journal of Economic Theory
Applied Physics B-Lasers and Optics
Energy and Environmental Science
Chemistry - A European Journal
International Journal of Industrial Organization
Energy and Environmental Science