Mechanistic modelling of alkaline/surfactant/polymer flooding process at under-optimum salinity condition for enhanced oil recovery
SM Hosseini-Nasab, C Padalkar, E Battistutta… - SPE Asia Pacific …, 2015 - onepetro.org
Abstract Alkaline-Surfactant-Polymer (ASP) flooding is potentially the most efficient chemical
EOR methods. It yields extremely high incremental recovery factors in excess of 95% of
residual oil for water flooding. The current opinion is that such extremely high recoveries can
only be achieved at optimum salinity conditions, ie for the Winsor type III micro-emulsion
phase characterized by an ultra-low interfacial tension (IFT). This represents a serious
limitation since several factors including alkali-rock interaction, initial state of reservoir water …
EOR methods. It yields extremely high incremental recovery factors in excess of 95% of
residual oil for water flooding. The current opinion is that such extremely high recoveries can
only be achieved at optimum salinity conditions, ie for the Winsor type III micro-emulsion
phase characterized by an ultra-low interfacial tension (IFT). This represents a serious
limitation since several factors including alkali-rock interaction, initial state of reservoir water …
[引用][C] Mechanistic modelling of alkaline/surfactant/polymer flooding process at under-optimum salinity condition for enhanced oil recovery
SMH Nasab, C Padalkar, E Battistutta… - SPE Asia Pacific …, 2015 - research.tudelft.nl
Mechanistic modelling of alkaline/surfactant/ polymer flooding process at under-optimum
salinity condition for enhanced oil recovery — TU Delft Research Portal … Mechanistic
modelling of alkaline/surfactant/ polymer flooding process at under-optimum salinity
condition for enhanced oil recovery …
salinity condition for enhanced oil recovery — TU Delft Research Portal … Mechanistic
modelling of alkaline/surfactant/ polymer flooding process at under-optimum salinity
condition for enhanced oil recovery …
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