Projects

In the context of the energy transition, processes related to storage and utilization of CO₂ and H₂ as well as fluid mixtures containing natural gas are gaining relevance. These processes take place at elevated pressure.

The interfacial behavior of TEG-water in the presence of compressed gases in a packed column is vital to the performance of dehydration in packed columns.

Investigations on the interactions between transported fluids and the pipe materials.

Shales are considered a highly potential source of oil and gas. Defining a suitable production or extraction process highly depends on the geochemical and petrophysical characteristics of the shale. 

Detailed and comprehensive investigations of the influences of interfacial rheology and mutual solubility as well as several material properties such as density, viscosity and interfacial tension.

This research project is targeting conformance problems for the optimal exploitation of unmobilised mobile oil in mature oil fields by utilizing core flooding and microfluidics.

This research project aims to investigate the efficiency of viscoelastic effects of polymer solutions to enhance oil recovery. The evaluation is driven by a detailed investigation of the polymer viscoelastic phenomenon.

Experimental and Numerical Analysis of Polymer Flooding Processes Using Micromodels.

Investigation of Microbial Enhanced Oil Recovery in Micromodels

Adjoint Method Used in History Matching and Optimization Workflows.