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GAS CONTENTS OF DIFFERENT COAL RESERVOIRS IN QINSHUI BASIN AND RESERVOIR FORMATION INFLUENCING FACTOR ANALYSIS

机译:秦水盆地不同煤储层含气量及储层形成影响因素分析

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摘要

The coal reservoir stratum in Qinshui Basin has the characteristics of high coal rank, strong adsorption capacity, high gas content, low porosity factor, double peak pore structure, low permeability, reservoir stratum pressure gradient, etc. In the research area, the tectonic stability and the tectonic heat event in Yanshan Period, the favorable coal gathering environment, the dynamic area of the viscous and weak underground water and other geologic processes comprehensively controlled the reservoir formation characteristics of the coal bed gas. Specifically, the paper aimed to establish the coal bed gas non-enrichment mode to simplify the reservoir formation definition problem and directly face to the coal bed gas development area selection, thus guiding the coal bed gas exploration and development area selection at the south of Qinshui Basin. Moreover, the paper was focused on the "bottleneck" problem -per well yield improvement to develop and perfect the exploration evaluation, the drilling completion, the reservoir stratum transform, the expulsion and mining process, the digital gas field and other relevant technologies. The five major core technologies have supported the construction of the coal bed gas energy production base at the south of Qinshui Basin.
机译:秦水盆地煤储层具有煤位高、吸附能力强、含气量高、孔隙系数低、双峰孔隙结构、渗透率低、储层层压力梯度等特点。在研究区,燕山时期构造稳定性和构造热事件、有利的聚煤环境、粘性弱地下水动力区等地质过程综合控制了煤层气的储层形成特征。具体而言,本文旨在建立煤层气非富集模式,简化储层定义问题,直接面向煤层气开发区选择,从而指导秦水盆地南部煤层气勘探开发区选择。此外,本文还重点关注“瓶颈”问题——每口井产量的提高,以开发和完善勘探评价、钻完井、储层地层改造、排出和开采过程、数字气田和其他相关技术。五大核心技术支撑了秦水盆地南部煤层气能源生产基地建设。

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