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首页> 外文期刊>Journal of Petroleum Science & Engineering >An independent fracturing water-flooding development method for shallow low-permeability thin oil layers in multi-layer sandstone reservoirs
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An independent fracturing water-flooding development method for shallow low-permeability thin oil layers in multi-layer sandstone reservoirs

机译:多层砂岩储层浅低渗透薄油层的独立压裂水洪水开发方法

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摘要

Lots of multi-layer heterogeneous sandstone reservoirs have reached extreme high water content and high recovery after long-time water-flooding development, and their low-permeability thin oil layers (LPTOLs) have gradually been the main potential reserves. Therefore, taking the geology of LPTOLs into account, an independent water-flooding development (IWD) method with stratified hydraulic fracturing (SHF) for LPTOLs is put forward. The method combines undeveloped LPTOLs as an individual strata series in one injection-production system, and the HPTOLs even with low water content are abandoned in order to reduce the reservoir vertical heterogeneity. To realize economic benefits, mature stratified hydraulic fracturing is necessary to increase production. The key of IWD is selecting and combining appropriate LPTOLs in an individual strata series.
机译:许多多层异构砂岩储层已经达到极高的水含量和长期水洪水开发后的高恢复,并且它们的低渗透性薄油层(LPTOL)逐渐成为主要潜在储备。 因此,提出了对LPTOL的地质进行考虑的,对LPTOL的分层水力压裂(SHF)进行了独立的水洪水开发(IWD)方法。 该方法将未开发的LPTOLS与一个注射生产系统中的单独地层系列相结合,并且除了低水含量的HPTOL也被遗弃以降低储层垂直异质性。 为了实现经济效益,需要成熟的分层水力压裂来增加产量。 IWD的键正在选择并将适当的LPTOL组合在单个Strata系列中。

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