Browsing SINTEF Open by Author "Fossen, Martin"
Now showing items 1-5 of 5
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CFD simulations of the two-phase flow of different mixtures in a closed system flow wheel
Roca R., Jose F.; Carneiro, Joao N.E.; Oliveira, Jose E.S.; Mo, Sjur; Fossen, Martin; Johansen, Stein T. (SINTEF Proceedings;1, Chapter, 2015) -
Combined Approach to Evaluate Hydrate Slurry Transport Properties through Wetting and Flow Experiments
Fossen, Martin; Hatscher, Stephan; Ugueto, Luis (Peer reviewed; Journal article, 2023)A condensate oil system was evaluated with respect to its hydrate properties by two experimental methods, namely, the wetting index (WI) procedure and a flow loop called the wheel flow loop. The WI was used to initially ... -
Phase Transitions and Separation Time Scales of CO2-Crude Oil Fluid Systems: Wheel Flow Loop Experiments and Modelling
Fossen, Martin; Pasqualette, Marcelo A.; Carneiro, Joao N.E. (Peer reviewed; Journal article, 2020)Presented here is experimental and theoretical work on phase transitions and separation time scales for CO2−crude oil mixtures with CO2 content ranging from pure to 79 mol %. The experimental work was performed using the ... -
Study on how oil type and weathering of crude oils affect interaction with sea ice and polyethylene skimmer material
Øksenvåg, Jane Helén Carlsen; Fossen, Martin; Farooq, Umer (Journal article; Peer reviewed, 2019-08)Understanding the fate of spilled oil in cold environments is essential for oil spill response in Arctic areas. The potential for oils to adhere to sea ice and mechanical skimmers can significantly impact the success of ... -
Using machine learning-based variable selection to identify hydrate related components from FT-ICR MS spectra
Gjelsvik, Elise Lunde; Fossen, Martin; Brunsvik, Anders; Tøndel, Kristin (Peer reviewed; Journal article, 2022)The blockages of pipelines caused by agglomeration of gas hydrates is a major flow assurance issue in the oil and gas industry. Some crude oils form gas hydrates that remain as transportable particles in a slurry. It is ...