efficiency and by control of gas mobility to avoid fingering and segregation. Analysis of foam capacity, stability and structure at elevated pressure and temperature as a function of time reveals the dominating […] Beschreibung Currently, the application of aqueous foams in enhanced oil recovery (EOR/EGR) is gaining increasing attention. Aqueous foams combine advantages of different substances used in oil and gas […] Jaeger, M. Amro: Foam Analysis at Elevated Pressures for Enhanced Oil Recovery Applications, Energy and Fuels Energy Fuels 33 (2019) 5, 3743-3752. Kontakt Prof. Dr. Philip Jaeger
the pipe materials has to be taken into account. In case of polymer pipes, gas may permeate leading to losses and material fatigue. Corrosion of steel pipes depends on water content, wetting and pH under […] conditions. Fundamental investigation on gas diffusion in polymers, change of pH in sour gas atmosphere, especially in presence of CO2, and wetting at elevated pressures is carried out. Publikationen P. Jaeger […] Jaeger, R. Eggers: Interfacial properties at elevated pressures in reservoir systems containing compressed or supercritical carbon dioxide, J. Supercrit. Fluids 66 (2012), 80– 85. Kontakt Prof. Dr. Philip
Kernfluten und Mikrofluidik. PrOve This research project aims to investigate the efficiency of viscoelastic effects of polymer solutions to enhance oil recovery. The evaluation is driven by a DGMK 746 Expe […] numerische Analyse des Polymerflutprozesses unter Verwendung von Mikromodellen. MEOR Investigation of Microbial Enhanced Oil Recovery in Micromodels DGMK 742 Adjoint Method Used in History Matching and
emission reduction and the production and storage of renewable CH4 to achieve a sustainable energy supply system. Currently, fundamental and technical studies of UBM are still insufficient in many aspects such […] Mechanisms of flow-chemistry-biology coupling and enhanced caprock integrity in CO2 geological sequestration based on the synergistic effect of nanoparticles and methanogens. (Beschreibung nur auf Englisch […] gas/ bacteria leakage during the UBM process is one of the major environmental concerns. The German team in TU Clausthal has started basic studies of UBM. As its long-standing partner, the Chinese team
mit der Speicherung von Wasserstoff in porösen Reservoiren bewerten werden. Das InstituteofSubsurfaceEnergySystems (TUC) ist insbesondere an den Arbeitspaketen 9 und 10 beteiligt, in denen numerische
TEN.EFZN FORSCHUNGSPLATTFORM GEOENERGIESYSTEME Laufzeit 01.10.2024 bis 30.09.2029 Leitung Prof. Dr. Leonhard Ganzer Beschreibung In der Forschungsplattform Geoenergiesysteme wird am Beispiel eines bes
porösen Medien HyUsPRe The HyUsPRe project researches the feasibility and potential of implementing large-scale storage of renewable hydrogen in porous reservoirs in Europe. UMAS Untertägige Methanisierung
Modellierung (durchgeführt von der TU Clausthal) Im Rahmen von WP 3 entwickelt das InstituteofSubsurfaceEnergySystems (ITE) der TU Clausthal ein reaktives Transportmodell, um mikrobiell induzierte Prozesse
Integrity of completion systems for subsurface hydrogen storage Objective of this project is to quantify the risks of storing hydrogen in underground storage facilities by better understanding the involved […] 2288 Telefax: +49 5323 72 3146 E-Mail: nelson.perozo @ tu-clausthal . de ADDRESS InstituteofSubsurfaceEnergySystems Agricolastraße 10 Building C 21, Room H104 38678 Clausthal-Zellerfeld […] mechanisms and transport properties in porous systems. By means of laboratory tests, the effect of compressed hydrogen interacting with reservoir water inside the pores of the completion cement is experimentally
Untersuchungen der Eignung von Gasspeichern zur Einlagerung von Wasserstoff Laufzeit 15.03.2021 - 29.02.2024 Leitung Prof. Dr. B. Lehmann (DMT) Prof. Dr. L. Ganzer (TU Clausthal) Beschreibung Bei der
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