Research areas on Energy Engineering

Research in Energy Engineering is divided into four areas: thermochemical energy conversion, advanced fluidic materials for energy applications, energy efficiency, and energy system analysis.

• Thermochemical conversion processes: In this area, research focuses on producing fuels, materials, electricity, and heat through the combustion, gasification, and pyrolysis of fuels.
  
• Advanced fluidic materials for energy applications: The long-term goal of our research in this area is to understand, simulate, and evaluate advanced fluidic materials for various applications, such as gas separation & conversion, batteries, and absorption cycles.

• Energy efficiency: In this area, we study aspects related to energy efficiency at the component, process, and system levels, with a particular focus on buildings and industrial applications.
  
• Energy system analysis: Within the area, the research is targeted at the transition to a sustainable future, including but not limited to studies related to new technologies, process integration, and policy measures, as well as overall energy systems aspects at local, urban, national, and supranational levels.