当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2015年
4期
763-765
,共3页
高台子油层%油水同层%挖潜潜力%挖潜界限
高檯子油層%油水同層%挖潛潛力%挖潛界限
고태자유층%유수동층%알잠잠력%알잠계한
Oil layer of gaotaizi%Oil-water layer%Latent capacity of tapping potential%Boundaries of tapping potential
利用岩心、录井、测井、试油等动、静态地质资料,在精细地质认识的基础上,对高台子油层油水同层发育及分布特征、油水同层的动用状况及挖潜潜力进行了研究,并利用找水、试油、碳氧比能谱测井等资料分析成果对高台子油水同层的补孔界限进行了界定,研究得出:油水界面由北向南呈“∩”变化趋势,由西向东呈“∪”型变化趋势;油水同层部分层段已经动用,油水同层动用程度比纯油层差;油水界面储量纵向上主要分布在高Ⅰ组和高Ⅲ组,油水同层含水低于全井含水;剩余油类型主要以注采不完善型为主,需要通过完善注采关系来进一步提高油水同层的动用程度;确定了现阶段可以对油水同层补开的不同比例及挖潜深度界限,确保油水同层潜力得到充分动用。
利用巖心、錄井、測井、試油等動、靜態地質資料,在精細地質認識的基礎上,對高檯子油層油水同層髮育及分佈特徵、油水同層的動用狀況及挖潛潛力進行瞭研究,併利用找水、試油、碳氧比能譜測井等資料分析成果對高檯子油水同層的補孔界限進行瞭界定,研究得齣:油水界麵由北嚮南呈“∩”變化趨勢,由西嚮東呈“∪”型變化趨勢;油水同層部分層段已經動用,油水同層動用程度比純油層差;油水界麵儲量縱嚮上主要分佈在高Ⅰ組和高Ⅲ組,油水同層含水低于全井含水;剩餘油類型主要以註採不完善型為主,需要通過完善註採關繫來進一步提高油水同層的動用程度;確定瞭現階段可以對油水同層補開的不同比例及挖潛深度界限,確保油水同層潛力得到充分動用。
이용암심、록정、측정、시유등동、정태지질자료,재정세지질인식적기출상,대고태자유층유수동층발육급분포특정、유수동층적동용상황급알잠잠력진행료연구,병이용조수、시유、탄양비능보측정등자료분석성과대고태자유수동층적보공계한진행료계정,연구득출:유수계면유북향남정“∩”변화추세,유서향동정“∪”형변화추세;유수동층부분층단이경동용,유수동층동용정도비순유층차;유수계면저량종향상주요분포재고Ⅰ조화고Ⅲ조,유수동층함수저우전정함수;잉여유류형주요이주채불완선형위주,수요통과완선주채관계래진일보제고유수동층적동용정도;학정료현계단가이대유수동층보개적불동비례급알잠심도계한,학보유수동층잠력득도충분동용。
Based on precise mastery of the geological condition, developmental and distributional characteristics of oil-water layer in Gao Taizi oil layer were analyzed as well as reservoir producing contidion and latent capacity by using dynamic and static geological data including core, mud logging, well logging and well testing. Meanwhile, the reperforating boundaries of Gaotaizi oil-water layer were defined by data analysis, such as water exploration, well testing and carbon oxygen spectral logging. The results show that, oil-water interface presents the trend like “∩” from north to south,and “∪”from west to east; part of oil-water layer has been exploited, the exploiting situation of oil-water layer is worse than that of oil layer; The reserves of vertical oil-water interface are mainly distributed in Group GaoⅠandⅢ,the water content of oil-water layer is lower than that of the whole well; The remaining oil was mainly caused by incomplete injection-production, the exploiting efficiency could be increased by improving the releationship between injection and production; The percentage of reperforation and depth of tapping the potential in oil-water layer have be determined, which can ensure the latent capacity of oil-water layer to be fully exploited.