油藏模拟

凝析油储层分析优化二叠纪盆地储层开发

本文介绍了一种专门的工作流程,旨在量化凝析油藏的严重程度,并随后优化二叠纪盆地深层油藏的开发策略。

图1——集成模拟工作流程图。
图1——集成模拟工作流程图。
来源:URTeC 4044947。

在非常规油藏开发中,凝析油储层问题(当油藏压力低于露点压力时,导致凝析油储层生产率下降的因素)一直备受关注。在实施任何缓解策略之前,明智的做法是,根据有限的早期生产数据评估未来凝析油储层的潜力。针对二叠纪盆地的深层地层,设计了一个专门的工作流程。该工作流程旨在量化凝析油储层的严重程度,并随后优化油藏开发策略。

介绍

井 A 是位于二叠纪盆地深层内的一口单一评估井。

图片尺寸 1280X1280
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原文链接/JPT
Reservoir simulation

Condensate Banking Analysis Optimizes Reservoir Development in Permian Basin

This paper presents a specialized workflow that aims to quantify the severity of condensate banking and subsequently optimize reservoir development strategies for a deep formation in the Permian Basin.

Fig. 1—Flow chart of the integrated simulation workflow.
Fig. 1—Flow chart of the integrated simulation workflow.
Source: URTeC 4044947.

In the context of unconventional reservoir development, the issue of condensate banking—a factor contributing to reduced productivity in gas condensate reservoirs when the reservoir pressure falls below the dewpoint pressure—poses a constant concern. Before implementation of any mitigation strategies, it is prudent to assess the potential of condensate banking in the future, based on the limited early production data. A specialized workflow was devised for a deep formation in the Permian Basin. This workflow aims to quantify the severity of condensate banking and subsequently optimize reservoir development strategies.

Introduction

Well A represents a single appraisal well situated within deep formations of the Permian Basin.

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