Experience in Optimizing the Location and Parameters of Multistage Hydraulic Fractures for a Multilateral Well Based on Reservoir Simulation

V. Syrtlanov, Y. Golovatskiy, K. Chistikov, Dmitriy Bormashov
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Abstract

This work presents the approaches used for the optimal placement and determination of parameters of hydraulic fractures in horizontal and multilateral wells in a low-permeability reservoir using various methods, including 3D modeling. The results of the production rate of a multilateral dualwellbore well are analyzed after the actual hydraulic fracturing performed on the basis of calculations. The advantages and disadvantages of modeling methods are evaluated, recommendations are given to improve the reliability of calculations for models with hydraulic fracturing (HF)/ multistage hydraulic fracturing (MHF).
基于油藏模拟的分支井多级水力裂缝位置及参数优化经验
本文介绍了利用各种方法(包括3D建模)在低渗透油藏中水平井和分支井中进行水力裂缝优化布置和参数确定的方法。在计算的基础上,对实际水力压裂后的多口双井的产量进行了分析。评价了各种建模方法的优缺点,提出了提高水力压裂(HF)/多级水力压裂(MHF)模型计算可靠性的建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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