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渗吸驱油型清洁压裂液技术研究 Title:ResearchonAdsorptionandImbibition-TypeOil-CleaningFracturingFluidTechnology Abstract: Oil-cleaningfracturingfluidtechnologyplaysacrucialroleinenhancingoilrecoveryandeffectivelyimprovingtheproductionperformanceofoilreservoirs.Thisstudyaimstoinvestigatethedevelopmentandapplicationofadsorptionandimbibition-typeoil-cleaningfracturingfluidtechnology.Throughacomprehensiveliteraturereview,laboratoryexperiments,andfielddataanalysis,thisresearchpaperprovidesanin-depthunderstandingofthemechanisms,challenges,andpotentialapplicationsofthisinnovativetechnology. Introduction: Oilreservoirsoftenexperiencedecliningproductionduetothepresenceofvarioussubstancessuchasparaffin,asphaltene,andinorganiccompounds.Thesesubstancescanleadtoformationdamage,reducepermeability,andhinderoilflow.Conventionalfracturingfluidshavelimitedcleaningabilitiesandareunabletofullyrecovertheproductivityofoilreservoirs.Therefore,thedevelopmentofefficientandenvironmentallyfriendlyoil-cleaningfracturingfluidtechnologyisessential. Methodology: Thisstudyutilizesacombinationofliteraturereviewandlaboratoryexperimentstoinvestigatetheadsorptionandimbibition-typeoil-cleaningfracturingfluidtechnology.Initially,theresearchpaperprovidesacomprehensivereviewoftheexistingliteratureonthedevelopmentandapplicationofthistechnology.Next,laboratoryexperimentsareconductedtoevaluatetheperformanceoftheoil-cleaningfracturingfluidintermsofcleaningefficiency,viscosityandstability,compatibilitywithreservoirfluids,andenvironmentalimpact.Finally,fielddataanalysisiscarriedouttovalidatetheeffectivenessandpracticalityofthistechnologyinrealoilreservoirs. ResultsandDiscussion: Theresultsofthelaboratoryexperimentsindicatethattheadsorptionandimbibition-typeoil-cleaningfracturingfluidhasexcellentcleaningefficiency,withtheabilitytoremovebothorganicandinorganicsubstanceseffectively.Thefluidalsodemonstrateslowviscosityandhighstability,ensuringefficientfluidmovementwithinthereservoir.Furthermore,thecompatibilitytestsrevealthatthef