Objectives: 3 months internship. Wintershall Dea was and is being involved in multiple joint-industry research projects dedicated to multiple issues of the CO2 storage value chain, including phase behaviour […] review and analysis is required for understanding of already obtained results, steering of further research and drawing the right conclusions for future developments/projects. Tasks and deliverables: Structure
Praktikum für Master Studenten Objectives: 6 months internship. As part of the ongoing joint-industry research project (INJECTWELL), a number of CO2 injection core-flood experiments were performed studying the
Technology offers application oriented research and development, practical teaching courses as well as other services for the oil, gas and geothermal industry. Research and Development The Cement and Drilling […] Drilling Fluid Laboratory Center research and development line focuses on supporting the oil, gas and geothermal industry in finding tailored solutions related to drilling fluids and cement technical problems […] problems. Sustainable and innovative technologies are our signature. Main research and development areas are: Design and testing of drilling and workover fluids under wellbore conditions Design and testing
devices in full scale under combined service loads and extreme conditions. The state-of-the-art research and third-party testing facility consists of a High Pressure Autoclave, a Medium Pressure Autoclave
Geosequestration and Conversion Joint Research and Development Platform. Kontakt Dr.-Ing Ke Li Sponsoren und Partner This project is funded by the German Research Foundation (DFG) and National Natural
und Partner This project is a cooperation of the Institute of Mathematics , Institute of Energy Research and Physical Technologies , Institute of Chemical and Electrochemical Process Engineering and the
Transport von Bakterien in mit zwei Phasen gesättigten porösen Medien HyUsPRe The HyUsPRe project researches the feasibility and potential of implementing large-scale storage of renewable hydrogen in porous
Transport von Bakterien in mit zwei Phasen gesättigten porösen Medien HyUsPRe The HyUsPRe project researches the feasibility and potential of implementing large-scale storage of renewable hydrogen in porous
material properties such as density, viscosity and interfacial tension. For this reason, the current research project includes a variety of detailed and comprehensive investigations regarding the topic. Pu
properties of synthetic polymer solutions improve oil displacement also at the microscopic scale. This research project aims to investigate the efficiency of viscoelastic effects of polymer solutions to enhance
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