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    • 2. 发明申请
    • METHODS FOR TREATING A WELLBORE
    • 处理井筒的方法
    • WO2011005836A2
    • 2011-01-13
    • PCT/US2010041176
    • 2010-07-07
    • MI LLCDAKIN EUGENEFERNANDEZ JORGEBELL REGINALD J
    • DAKIN EUGENEFERNANDEZ JORGEBELL REGINALD J
    • E21B33/13E21B33/138E21B43/26
    • E21B33/13E21B43/14
    • A method of converting a completed well into a dual completed well that includes selectively pumping a water-based fluid into a first production zone of the completed well, wherein the water-based fluid has a pH of greater than about 5; allowing the water-based fluid to form a continuous, non-flowing water-based gel in the first production zone of the completed well, wherein the water-based gel has a pH of greater than about 5; disposing a layer of cement into the completed well above the water-based gel; perforating a second production zone of the completed well in a location above the layer of cement; drilling through the layer of cement; and breaking the water-based gel located in the first production zone of the completed well, wherein the breaking comprises: exposing the water-based gel to a breaker fluid, wherein the breaker fluid has a pH of greater than about 5 is disclosed.
    • 将完成的井转化成双重完井的方法,其包括选择性地将水基流体泵送到完井的第一生产区,其中所述水基流体具有大于约5的pH; 允许水基流体在完井的第一生产区中形成连续的,不流动的水基凝胶,其中所述水基凝胶具有大于约5的pH; 在水基凝胶上方的完井中放置一层水泥; 在水泥层之上的一个位置穿孔完井的第二生产区; 穿过水泥层; 并且破坏位于完井的第一生产区中的水基凝胶,其中所述断裂包括:将所述水基凝胶暴露于破坏剂流体,其中所述破坏剂流体具有大于约5的pH。
    • 10. 发明申请
    • METHODS FOR MINIMIZING FLUID LOSS TO AND DETERMINING THE LOCATIONS OF LOST CIRCULATION ZONES
    • 最小化流体损失和确定失速循环区位置的方法
    • WO2010059511A3
    • 2010-07-15
    • PCT/US2009064327
    • 2009-11-13
    • MI LLCDAKIN EUGENE
    • DAKIN EUGENE
    • E21B33/13E21B33/138
    • E21B21/003
    • A method for determining a location of a lost circulation zone in a wellbore having a first wellbore fluid therein that includes allowing loss of the first wellbore fluid to the lost circulation zone to stabilize; adding a volume of a second wellbore fluid having a density less than the first wellbore fluid to the wellbore on top of the first wellbore fluid to a predetermined wellbore depth; determining an average density of the combined first wellbore fluid and second wellbore fluid; mixing the first wellbore fluid and the second wellbore fluid together; pumping a volume of a third wellbore fluid having a density greater the average density of the combined first and second wellbore fluid into the wellbore bottom until fluid loss occurs; and determining the location of the lost circulation zone is disclosed.
    • 一种用于确定在其中具有第一井筒流体的井眼中的漏失循环区域的位置的方法,其包括使所述第一井眼流体损失到所述流失区域以使其稳定; 将具有小于第一井筒流体的密度的第二井筒流体的体积加载到第一井筒流体顶部的井筒至预定井筒深度; 确定组合的第一井筒流体和第二井眼流体的平均密度; 将第一井筒流体和第二井眼流体混合在一起; 泵送体积的第三井筒流体,其密度大于组合的第一和第二井筒流体进入井眼底部的平均密度,直到发生流体损失; 并且公开了确定丢失循环区域的位置。