Schlumberger / BP / Chemical Engineering Laboratory / ASCOMP Inc. / ASCOMP GmbH / /
Country
Switzerland / United States / United Kingdom / / /
Event
Environmental Issue / Reorganization / /
Facility
University of Nottingham / Chemical Engineering Laboratory / Wiley Online Library / /
IndustryTerm
wells employing gas lift / hydrocarbon transportation systems / particle systems / gas solubility / simulation tools / oil recovery / oil reservoir / granular porous media / oil production lines / transportation / gas velocity / fluid systems / carbon steel / oil phase / gas superficial velocity / example gas / separation equipment / oil and gas pipes / oil and gas sector / gas bubbles / gas systems / gas-lift efficiency / oil and gas pipelines / algebraic multigrid algorithm / natural gas / oil and gas / cylindrical porous media / gas turbine combustion sector / gas-phase components / synthetic oil / oil systems / oil recovery systems / horizontal and low upslope gas liquid / oil / miles oil pipeline / evaporative gas emissions / oil-hydrate / gas pipelines / predictive tools / energy production / carrier phase / energy costs / greenhouse gas emissions / oil and gas industry / treated gas / gas mixture phase / safety prevention systems / simulation technologies / gas phases / gas-lift / gas-lift technique / oil industry / carbon abatement technologies / liquid systems / subsea oil production / oil and gas exploration / computational prediction tools / gas void fraction / Online Library / porous media / subsea oil production equipment / hydrocarbon transportation / chemicals / gas phase / variable gas / Gas injection / /
Organization
Canadian Society / University of Nottingham / European Union / /
Position
Vp / Author / model for 3D turbulent flow problems / N-phase model / the results were not as good / /
Product
Sigma DP2 Digital Camera / Carbone Dioxide injection / /
ADVANCED SIMULATION OF TRANSIENT MULTIPHASE FLOW & FLOW ASSURANCE IN THE OIL & GAS INDUSTRY Djamel Lakehal1,2 *