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This research focuses on the study of individual and blend of foam surfactants as a foaming agent that has better gas mobility reduction and thus improving overall efficiency of residual oil.
Most of the research has been carried out on individual (single) surfactant as a foaming agent, but has neglected the effect of blend of foam surfactant system.
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Together the findings suggest that inhibition of oxLDL uptake is the predominant mechanism for c9,t11-CLA and CLA blend mediated inhibition of foam cell formation.
Surfactant blend of MK3 generated foam volume greater than individual surfactant of MK1.
Foam stability and longevity of foam surfactant blend formulations are presented in the Table 4.
This study presents the stability of foam surfactant blend in absence and presence of crude oil at atmospheric conditions.
Open image in new window Fig. 11 Pressure differential profile of foam surfactant blend 0.6 % AOS + 0.6 % LMDO.
Open image in new window Fig. 10 Pressure differential profile of foam surfactant blend 0.2 % AOS + 0.2%% TX-100.
The increase in Δp of CO2 slug is due to the injected slug of foam surfactant blend before injection of CO2 slug.
Blend of anionic and nonionic foam forming a surfactant formulation can improve the CO2 mobility control at high salinity with percentage of divalent ions.
Figures 6, 7 present the foam generated in absence and presence of crude oil by using foam surfactant blend of 0.2 % AOS + 0.2%% TX-100 (MK2) and 0.6 % AOS + 0.6 % LMDO (MK3).
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