CAJ | 학술논문

通过对调剖试验区块地质特征的研究，结合试验井注水管柱的现状，设计了YHH高膨微粒调剖施工工艺，阐述了其调剖机理，通过扶余油田西24-9区块内4口注水井的调剖先导性试验取得的成果证实：对应受益井组增油控水效果显著、YHH高膨微粒调剖施工工艺在多段分注管柱内适用，与聚合物交联、黏土、粉煤灰、石灰乳等调剖施工相比具有占井施工周期短、风险小、见效快的优点，为今后调剖工作的开展拓宽了途径。
통과대조부시험구괴지질특정적연구，결합시험정주수관주적현상，설계료YHH고팽미립조부시공공예，천술료기조부궤리，통과부여유전서24-9구괴내4구주수정적조부선도성시험취득적성과증실：대응수익정조증유공수효과현저、YHH고팽미립조부시공공예재다단분주관주내괄용，여취합물교련、점토、분매회、석회유등조부시공상비구유점정시공주기단、풍험소、견효쾌적우점，위금후조부공작적개전탁관료도경。
Combined with the current situation of test wells injection string, YHH high swelling particles of proifle control con-struction process was designed based on studying the geological characteristics of proifle control test block, and then its proifle control mechanism was described in detail. Proifle control pilot test results obtained from 4 injection wells of Block West 24-9 Fuyu oilifeld con-ifrmed that:the oil increment and water control effect is signiifcant for the corresponding beneift well group, and the YHH high-swelling particles can applied to multi-stage separate injection pipe column in proifle control construction process. Compared to the construction with cross-linked polymer, clay, lfy ash and lime, the YHH high-swelling particles proifle construction has the advantage of short cycle period, lower risk and quick returns, which broadens the way of carrying out the proifle control process in the future.