纬Ob地区地下水开采对岩石过滤特性的影响

V. I. Kozyrev, V. A. Beshentsev
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摘要

在石油和天然气生产地区,保护地下水的问题在今天尤为重要。本文主要研究了抽取地下水对小水体中过滤介质状态的影响。包括水动力试验(群集抽水)在内的研究已在同一地点进行了9年。通过三次实验,得到实验数据,然后在Hantush模型框架下进行解释。确定了含水层的参数:水导电性系数和压力导电性系数、溢流系数、溢流系数。本文对储层参数的变化进行了分析。结果发现,地下水在小水体中的长期运行也会导致过滤介质状态的改善,以及大量新鲜地下水的沉积。需要强调的是,在连续抽取地下水的条件下,底土用户应特别注意地下水监测,即水动力研究,其结果决定了水库的水文地质参数,其变化表明了过滤介质的状态。
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Influence of groundwater extraction on rock filtration properties in the territory of the Latitudinal Ob region
   The problem of groundwater protection in areas, where oil and gas production is taking place, is especially important today. The article focuses on the impact of groundwater extraction on the state of the filtration medium in small water bodies. Studies including hydrodynamic testing (cluster pumping) were being carrying out from 9 years at the same site. As a result of three exper-iments, experimental data were obtained, and then were interpreted in the framework of the Hantush model. The parameters of the aquifer are determined: coefficient of water conductivity and pressure conductivity factor, overflow factor, overflow coefficient. The article gives an analysis of changes in reservoir parameters. As a result, it was found that the long-term operation of ground-water in small water bodies also leads to an improvement in the state of the filtration medium, as well as in large deposits of fresh groundwater. It should be emphasized that in conditions of continuous extraction of groundwater the subsoil user should pay special attention to groundwater monitoring, namely, hydrodynamic studies, the results of which determine the hydrogeological parameters of the reservoir, and their changes indicate the state of the filtration medium.
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