Break-Out Center. Each of the facilities has its own unique characteristics. The testing center, since its establishment along with ITE in 1983, is the only of its kind as part of a university. OCTG Make-Up […] 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, High and Medium
OCTG Connection Test Center I This unit has been designed to test gas tightness of OCTG connections under combined loading. Tubulars up to 7" diameter can be mounted using adapters and tested in the rigid […] rigid frame. In addition, both ends are fixed by solid bolts to allow bending of the pipe. The lower end can be activated by a hydraulic piston with a force equal to 2800 kN. If testing is to be done under
The RP V connection testing frame is the bigger test facility designed for testing the gas tightness of tubular connections under extreme conditions. The facility is also able to perform tensile tests to
compressive force ( F ) up to 400 kN) Tensile strength of cured cement sample Shear strength of cured cement sample – using hydraulic press Storage of various cement forms in an autoclave according to API
ty of gases, especially H 2 , CO 2 and CH 4 through porous media at elevated pressures and temperatures of up to 35 MPa and 150 °C, respectively. Further on, the capillary breakthrough pressure of gases […] the visualization of gas permeation through the water-filled pores at breakthrough. An inline Raman spectroscope is applied to record changes in gas mixture compositions. The integrity of completion and sealing […] sealing systems for hydrogen and carbon dioxide storage is the main focus of the studies being carried out. The setup comprises high precision pressure transducers on the upstream and downstream side.
Anschließend Beratervertrag mit Kernforschungsanlage Jülich, insbesondere über Entwicklung neuartiger Systeme zur Nutzung fossiler Energierohstoffe zu erwähnen sind hier noch die Tätigkeit im Vorstand des Vereins
014 E-Mail: yousra.el.bouhlali @ tu-clausthal . de Sprechzeiten: nach Vereinbahrung InstituteofSubsurfaceEnergySystems Agricolastraße 10 Gebäude C 21, Raum 227 38678 Clausthal-Zellerfeld
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