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METHOD FOR HYDROCARBON DEPOSIT DEVELOPMENT ALONG WITH FORCE APPLICATION TO GEOLOGIC ENVIRONMENT

机译:在地质环境中强制应用的油气成藏方法

摘要

FIELD: oil industry, particularly to produce oil from oil deposit, mainly at the later stage of oil field development.;SUBSTANCE: method involves revealing near-vertical const- and/or post-sedimentation crack formation zones extending from crystalline basement to oil formation reservoir in geological environment spreading under productive formation to crystalline basement depth and more, wherein the near-vertical zones are constituted of inversion ring-shaped structures elongated in plane; choosing wells having draining zones communicated with above near-vertical zones in hydrocarbon deposit or drilling additional wells to above near-vertical zones; applying mechanical stress excitement action to above near-vertical zones within frequency band corresponding to temporary fractural crack formation processes and dynamic reconfiguration of above near-vertical zones with oscillating amplitude bias and acceleration parameters, which exceed threshold values characterizing trigger action effects.;EFFECT: increased oil output by providing purposeful selection of objects and time of mechanical stress application in geological environment, increased efficiency of formation energy and geological conditions usage, increased impact depth along with reduced power inputs.;17 cl, 1 ex, 2 dwg
机译:领域:石油工业,主要是在油田开发的后期,特别是从油藏生产石油;实质:该方法涉及揭示从结晶基底到油层的近垂直构造和/或沉积后裂缝形成区地质环境下的储层在生产作用下扩展至结晶基底深度以上,其中近垂直带由平面内延伸的倒转环形结构构成。选择具有与油气藏中近垂直以上区域连通的排泄区的井,或在近垂直以上区域中钻更多的井;将机械应力激励作用施加到与临时断裂裂缝形成过程相对应的频带内的上述近垂直区域上,并利用振荡的振幅偏差和加速度参数对上述近垂直区域以上的区域进行动态重构,其超过表征触发作用效应的阈值。通过有目的地选择地质环境中施加机械应力的对象和时间来增加石油输出量,提高地层能量和地质条件的使用效率,增加冲击深度以及减少动力输入; 17 cl,1 ex,2 dwg

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