MD simulations show high-salinity brine produces a salt-in effect that lowers asphaltene aggregation onset versus pure water due to reduced oil-phase water miscibility.
Journal of Petroleum Science and Engineering 26 (1 –4):49–55
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physics.chem-ph 2years
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MD simulations identify three sequential steps in asphaltenes aggregation onset during waterflooding, enhanced by hydrogen-bonding networks.
citing papers explorer
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Asphaltene aggregation onset during high-salinity waterflooding of reservoirs (a molecular dynamic study)
MD simulations show high-salinity brine produces a salt-in effect that lowers asphaltene aggregation onset versus pure water due to reduced oil-phase water miscibility.
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Microscopic details of asphaltenes aggregation onset during waterflooding
MD simulations identify three sequential steps in asphaltenes aggregation onset during waterflooding, enhanced by hydrogen-bonding networks.