Aachener Beiträge zur Technischen Thermodynamik

Comparative Life Cycle Assessment of Industrial Multi-Product Processes

Automated Optimization-Based Synthesis of Distributed Energy Supply Systems

From Life-Cycle Assessment towards Life-Cycle Design of Carbon Dioxide Capture and Utilization

Integrated Design of Process and Working Fluids for Organic Rankine Cycles

System-Wide Perspective for Life Cycle Assessment of CO -based C1-Chemicals

From Dynamic Simulation to Optimal Design and Control of Adsorption Energy Systems

Integrated Computer-Aided Design of Molecules and Processes using COSMO-RS

Milliliter-Scale Setup for the Efficient Characterization of Multicomponent Vapor-Liquid Equilibria Using Raman Spectroscopy

Design Approach for Adsorption Energy Systems Integrating Dynamic Modeling with Small-Scale Experiments

Physically-Based Models for the Analysis of Raman Spectra

Technology Choice Model for Consequential Life Cycle Assessment

Measurement of Multicomponent Diffusion in Liquids Using Raman Microspectroscopy and Microfluidics

Reliable and Robust Optimal Design of Sustainable Energy Systems

Optimization of Low-Carbon Energy Systems from Industrial to National Scale

Hardware development and applications to fuel cell materials

Debottlenecking the Evaporator in Water-Based Adsorption Chillers

Optimization Methods for Integrating Energy and Production Systems

Hardware development and applications to fuel cell materials

Designing Pathways for Net-Zero Greenhouse Gas Emission Plastics with Life Cycle Optimization

Data-driven Modeling and Optimization of Multi-Energy Systems

Life-Cycle Assessment of Low-Carbon Technologies from Screening to Integrated Energy System Design

Efficient Measurement of Liquid–Liquid Equilibria Using Automation and Optimal Experimental Design

Reaction Models from Reactive Molecular Dynamics and High-Level Kinetics Predictions

Decision Support for the Synthesis of Energy Systems by Analysis of the Near-Optimal Solution Space

COSMO-RS-Based Methods for Improved Modelling of Complex Chemical Systems

Assessment of Adsorbents for Drying by Experiments and Dynamic Simulations

From Model-based Experimental Design and Analysis of Diffusion and Liquid-Liquid Equilibria to Process Applications

Uncertainty Analysis in Matrix-Based Life Cycle Assessment

Decarbonization of Copper Production by Optimal Demand Response and Power-to-Hydrogen

Predictive Life Cycle Assessment for Chemical Processes using Machine Learning