储层表征

提高对小型油藏的了解可优化全油田生产力

本文的目的是提高对影响马来西亚近海油田油井性能和油藏连通性的不确定性的理解。

基于对核心数据图的理解对X水库的现代模拟。
图1——基于岩心数据理解的X油藏的现代模拟。
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马来西亚近海 MN 油田的储层主要由河流三角洲矿床组成。已经对主要储层进行了几项建模研究。经过20多年的生产，小型水库工程已经建成。这项研究的主要目的是提高对影响油井动态和油藏连通性的不确定性的理解，并确定潜在的加密机会。

介绍

根据 2017 年全场审查 (FFR) 的初步分析，团队认为有必要进行详细的地下评估。

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原文链接/jpt
Reservoir characterization

Improved Understanding of Minor Reservoirs Optimizes Full-Field Productivity

The goal of this paper is to improve the understanding of uncertainties affecting well performance and reservoir connectivity in an offshore Malaysian field.

Modern analog of the X reservoir based on the understanding of core data map.
Fig. 1—Modern analog of the X reservoir based on the understanding of core data.
 

Reservoirs in the MN field offshore Malaysia consist of predominantly fluvial delta deposits. Several modeling studies have been performed for major reservoirs. After more than 20 years of production, a project for minor reservoirs has been created. The primary objective of this study was to improve the understanding of the uncertainties affecting well performance and reservoir connectivity and to identify potential infill opportunities.

Introduction

From the initial analysis of a 2017 full-field review (FFR), the team decided that a detailed subsurface evaluation was necessary.

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