非常规气藏多级水力压裂水平井开发优化

A. Shandrygin
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引用次数: 4

摘要

目前,页岩气和致密气藏开发只有一种可实现的技术,那就是多级水力压裂水平井系统的应用。利用该技术生产页岩气和致密气的效率取决于井设计的一些参数,其中首先需要注意的是:井筒长度、水力裂缝半长和水力压裂级数。页岩和致密地层的产气量指标也很大程度上取决于井网密度。本文研究了这些因素对不同渗透率储层页岩气和致密气产量的影响。同时,提出了确定井网密度和井参数最优值的方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of Unconventional Gas Reservoirs Development by Horizontal Wells with Multiple Hydraulic Fracturing
Currently, there is only one realizable technology for development of gas shale and tight gas formations which is based on the applying of the horizontal well systems with multi-stage hydraulic fracturing. The efficiency of shale and tight gas production using this technology in a complex manner depends on some parameters of the wells design, among which, first of all, it is necessary to note: wellbore length, half-length of hydraulic fracture and number of hydraulic fracturing stages. Gas production indicators from shale and tigth formations also significantly depend on the wells grid density. In this paper, we studied the influence of these factors on the shale gas and tight gas production from reservoirs with different permeability. Also, we present the approach to determine the optimal values of wells parameters and the wells grid density
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