Blar i Department of Physics and Technology på forfatter "Qasim, M."
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Mix Hydrate formation by CH4-CO2 exchange using Phase Field Theory with implicit Thermodynamics
Qasim, M.; Baig, K.; Kvamme, B.; Bauman, J. (Peer reviewed; Journal article, 2012)Natural gas hydrates are ice-like structures composed of water and gas (mostly methane) molecules. They are found worldwide and contain huge amounts of bound methane. Therefore, it represent potentially vast and yet untapped ... -
Phase field theory modeling of CH4/CO2 gas hydrates in gravity fields
Qasim, M.; Kvamme, B.; Baig, K. (Peer reviewed; Journal article, 2011)Natural gas hydrates in reservoirs are thermodynamically unstable due to the interactions with surrounding fluids (aqueous, gas) and mineral surfaces. Depending on the local flow hydrate will dissociate as well as reform. ... -
Thermodynamic and Kinetic Modeling of CH4/CO2 Hydrates Phase transitions
Kvamme, B.; Baig, K.; Qasim, M.; Bauman, J. (Peer reviewed; Journal article, 2013)Natural gas hydrates in reservoirs are thermodynamically unstable due to exposure to mineral surfaces and possibly undersaturated phases of water and hydrate formers. Changes in global temperatures also alter the stability ...