RSC Advances · 2018 · 38 citations · 38 references
EngineeringMaterials SciencePetroleum EngineeringDrillingDrilling EngineeringPolymer EngineeringBorehole StabilityDrilling FluidsDrilling OperationsNanocompositesPolymeric NanomaterialsRock PermeabilityEmulsion PolymerizationMicrospheresPoresShale InhibitionShale PermeabilityShale StabilityTemperature Resistance TestingWater-based Drilling Fluids
emulsion polymerization. The particle sizes in PME in aqueous solution ranged from 90 to 320 nm. PME was found to exhibit excellent salt tolerance and temperature resistance. The plugging performance of PME was tested through pressure transmission tests. The results indicated that the polymer microspheres in PME could effectively plug shale pores and reduce shale permeability. In addition, rolling recovery tests were used to evaluate the shale hydration inhibition performance of PME. It was found that PME showed great performance for decreasing shale hydration potential. These factors make PME a promising shale stabilizer for WDFs used to drill shale formations.
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Rajat Jain, Vikas Mahto, V. P. Sharma · Journal of Natural Gas Science and Engineering · 2015 · 164 citations