CAJ | 학술논문

针对安塞王窑区人工裂缝预测难度大、剩余油分布难以描述等问题，以安塞王窑区为研究对象，基于岩石破裂力学及应力模拟恢复理论，通过岩石力学、测井及地应力综合研究，建立该区人工裂缝三维定量预测模型。模拟研究表明，该区人工裂缝受水平最大主应力控制，人工裂缝的不对称分布造成近井地带剩余油动用不均，利用该技术指导单井剖面剩余油措施挖潜12井次，有效率100%，指导平面上部署加密井62口，初期日产能保持在2t 以上。
침대안새왕요구인공렬봉예측난도대、잉여유분포난이묘술등문제，이안새왕요구위연구대상，기우암석파렬역학급응력모의회복이론，통과암석역학、측정급지응력종합연구，건립해구인공렬봉삼유정량예측모형。모의연구표명，해구인공렬봉수수평최대주응력공제，인공렬봉적불대칭분포조성근정지대잉여유동용불균，이용해기술지도단정부면잉여유조시알잠12정차，유효솔100%，지도평면상부서가밀정62구，초기일산능보지재2t 이상。
In order to solve the problems in artificial fracture quantitative prediction and remaining oil distribution in Ansai Oilfield,the Wangyao area was taken as an example. On the basis of rock fracture mechanics and stress field recovery simulation theory,through comprehensively studying on rock mechanics,logging,and ground stress research,the three - di-mensional artificial fracture prediction model was established. The simulation study showed that the artificial fracture distri-bution mainly was affected by the level maximum principal stress,and the asymmetric distribution of the artificial fractures was contributed to the uneven production of remaining oil near wellbore. This technique was used in oil wells to exploit the remaining oil for 12 times,with an efficiency of 100% . Sixty - tow infilling wells were drilled,and the initial production ca-pacity was maintained above 2 tons every day.