膨胀管技术在通61-侧162井的应用  

APPLICATION OF BULGED TUBE TECHNOLOGY IN TONG61-CE162 WELL

作　　者：张新旭[1] 魏学成[1] 张令存[1] 

机构地区：[1]胜利油田黄河钻井公司,山东东营257064

出　　处：《石油钻采工艺》2005年第2期71-73,共3页Oil Drilling & Production Technology

基　　金：国家"十五"重点科技攻关项目:复杂油气藏配套钻井技术及关键装备研究;合同编号2001BA605A13

摘　　要：膨胀管是国外19世纪90年代开发出来的套管家族的新产品。由于含碳量低,膨胀管比普通套管柔性好,可塑性强,主要用来优化深井井身结构、处理井壁掉块及坍塌、封堵高压层或低压漏失层、修补井中损坏的套管、在裸眼井径一定的情况下增大产层段泄油面积等。通过在通61-侧162井侧钻、扩眼、下膨胀管、固井、胀管等机械方法使管体发生永久塑性变形,使该井完井管柱泄油面积较普通套管扩大了77.51%,产量较老井末期提高109.37%。由此可见,膨胀管技术具有广阔的应用前景。The bulged tube is a new product of casing family that was developed in last century 90's. Because of low carbon content, the bulged tube is more flexible than common casing, and has stronger plasticity, primarily used for optimizing the hole structure of deep well, and handles well collapse, plugging lost-circulation zone in high pressure layer or low pressures and repair the damage casing in the well, enlarge the drainage area of producing pay under the certain diameter of open hole. Though the mechanical methods of well sidetracking, reaming hole, running bulged tube, well cementing, tube expanding etc. in Tong61-Ce162, make tube body take place permanent plastic deformation, and the well completion pipe string drainage area enlarges 77.51% than the common casing string, and the production raise 109.37% than the old well in last phase. This shows that, bulged tube technology has vast application prospect.

关 键 词：膨胀管技术 应用 泄油面积 90年代 19世纪 井身结构 塑性变形 机械方法 完井管柱 套管 含碳量 可塑性 漏失层 高压层 深井 封堵 层段 裸眼 侧钻 扩眼 固井 老井 

分 类 号：TE249[石油与天然气工程—油气井工程] TE348