Schinkelstraße 8
Aachen, North Rhine-Westphalia 52062
Germany
Institute of Technical Thermodynamics, RWTH Aachen University
Direct Air Carbon Capture and Storage; Carbon Dioxide Removal; Optimal Control
Stochastic goal programming, multi-objective optimization, Multi-criteria decision-making, Data-driven modeling, Multi-energy system, Energy system decarbonization
Design optimization, Multi-objective, N-1 reliability, Monte Carlo reliability assessment, Distributed multi-energy systems
Life cycle assessment, Decarbonization, Glass industry, Hydrogen, Environmental impacts
mixed-integer linear programming, multi-criteria decision-making, modeling to generate alternatives, utility systems, industrial decarbonization
Carbon dioxide removal, Rolling-Horizon Optimization, Dynamic modelling, Direct-Air Carbon Capture and Storage, Negative Emission Technology
Direct Air Carbon Capture and Storage; Life Cycle Assessment; Environmental Impact Modeling; Sorbents; Carbon Storage
Life Cycle Assessment, Hydrogen Import, Ammonia Import, Hydrogen Supply Chain, Uncertainty Analysis, Global Sensitivity Analysis
Negative emission technologies, flexible operation, life-cycle GHG emissions, net removal costs, dynamic simulation and optimizations
Energy Efficiency, Heat Integration, Pinch Method, Logarithmic Mean Temperature Difference, Dynamic Processes, Ordinary Differential Equations
Renewables-based energy systems, multistage process systems, PEM electrolyzer, direct air capture plant, methanation process, Surrogate model
Carbon Dioxide Removal, Rolling-Horizon Optimization, Dynamic modelling, Direct-Air Carbon Capture and Storage, Negative Emission Technology
CDR, carbon dioxide removal, negative emissions, negative emission technologies, DACCS, direct air capture and storage, ssessment indicator selection, KPI, performance indicators, evaluation, assessment criteria, showstoppers
Feasibility prediction, Surrogate modeling, Convex hull, Linear programming, Neural networks, Multi-energy system
Multi-energy system, Model predictive control, Seasonal storage, Stochastic dynamic programming, Stochastic forecasting
process optimization, waste heat recovery, Heat integration, glass melting process
