选择性水力压裂井的多段水力喷砂射孔应用结果、前景

R. M. Sabitov, A. Panasenko, A. Rodionov, T. A. Khakimov
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引用次数: 0

摘要

提出了一种水平完井水力压裂工艺操作优化方法。该方法的目的是在目标层段内提高油井产能,减少水力压裂时间。对替代技术的分析评估结果有助于新方法的研究和测试,作为这项分析工作的结果,开发了各种水平井增产技术解决方案的条件,并研究了选择性油藏增产的先进技术、方法和程序。其中一种研究方法被确定为操作试验的潜在方法。该方法在不同地质和技术条件(不同直径和类型的尾管完井)下的18口作业井中进行了测试。通过实施工作,实现了计划的工艺效率、降低了人工含量、优化了水力压裂时间等性能目标。考虑到该技术在公司油田应用的积极结果,建议在类似的目标地区进行推广,包括在使用HF钻井投入生产的井中进行测试的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-Interval Hydraulic Sandblast Perforation of Wells with Selective Hydraulic Fracturing. Application Results, Prospects
This article proposes one of the methods of process operation optimization for hydraulic fracturing (HF) in wells with horizontal completion. The aim of the approach is to increase well productivity within the target intervals, reduction of hydraulic fracturing time. Results of analytical work on assessment of alternative technologies applied contributed to search and test of the new approach, as a result of this analytical work the conditions for various technological solutions for stimulation of wells with horizontal completion were developed and advanced technologies, methods, procedures of selective reservoir stimulation were searched. One of the methods studied was determined as the potential method for operational tests. This method was tested in 18 wells of operating stock for various geological and technical conditions (various diameter and type of liner completion). As a result of works executed, the performance targets were achieved: planned process efficiency, labor content was reduced, and hydraulic fracturing time was optimized. Taking into account availability of positive results of technology application at the company's fields, it was recommended for distribution at the similar targets, including the possibility of testing in wells that are put into production from drilling with HF.
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