participate on the project “Investigation of Microbial Enhanced Oil Recovery (MEOR) in Micromodels. This research focuses on the investigation and fundamental understanding of the pore-scale oil recovery mechanisms […] bacteria Additional oil recovery that results from the pore-scale mechanisms listed above For this research “2.5”-D silicon-edged pore-networks (micromodels), which resemble porous media are used. Compared
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
Nigeria Master of Engineering in Petroleum Engineering 2017 Research Assistant at Shell Professorial Chair, FUT, Owerri, Nigeria since 2014 Research Intern at Shell Professorial Chair, FUT, Owerri, Nigeria
Group Deutsche Wissenschaftliche Gesellschaft für Erdöl, Erdgas und Kohle e.V. DMT DPI - The Polymer Research Platform Emerson Electric Company Exxon Mobil Production Deutschland GmbH GEA Gruppe Halliburton
mobilisierten Öls in reifen Ölfeldern unter Verwendung von Kernfluten und Mikrofluidik. PrOve This research project aims to investigate the efficiency of viscoelastic effects of polymer solutions to enhance
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
partners: Sichuan University, China University of Mining and Technology, TU Clausthal, EFZN): Basic research for Chinese energy storage in caverns built in highly impure rock salt (2012 – 2016, project leader […] Institute of Rock & Soil Mechanics of the Chinese Academy of Science, TU Clausthal, EFZN): Basic research on CO 2 sequestration in rock salt caverns (2007 – 2010) Geothermal Systems BMWi-Projekt (0325662F)
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
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
Deutsch
English