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Development of a novel waterflood conformance control system

机译:开发新型水泡一致性控制系统

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摘要

An Industry Consortium (BP, ChevronTexaco and Nalco Company) conducted a joint research project known as Bright Water. The goal of this project was to develop a novel, time- delayed, highly expandable particulate material that would improve the sweep efficiency of a water flood. In November 2001, the first of these water flood profile modification treatments was pumped in the Minas field, as reported in SPE 84897 (1). An overview of the development of the particulatesystem is given in the present paper. The polymeric "kernel" particles are capable of "popping" under the influence of temperature and time. The expanded particle can then provide resistance to fluid flow in porous media. Various properties of the kernel dispersions are summarized. Laboratory tests representative of the deployment of the product are presented to illustrate the injection, propagation and popping of the particles. Screening criteria for application of the product are reviewed and related to product selection for the field trial.
机译:一个行业财团(BP,Chevrontexaco和Nalco Company)进行了一项称为明亮水的联合研究项目。该项目的目标是开发一种新颖,时间延迟,高度可扩展的颗粒材料,可以提高水洪水的扫描效率。 2001年11月,如SPE 84897(1)所述,在Minas领域中泵送了这些水分泛曲线改性治疗。本文给出了颗粒体系的发展概述。聚合物“核”颗粒能够在温度和时间的影响下“弹出”。然后,膨胀颗粒可以提供对多孔介质中的流体流动的抵抗力。总结了内核分散体的各种性质。提出了代表产品部署的实验室测试,以说明颗粒的注射,传播和弹出。筛选产品的筛选标准,并与现场试验的产品选择相关。

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