Maximize the Recovery Factor of Offshore High Water Cut Reservoir

Kuiqian Ma, Zhaobo Sun, Hongfu Shi
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Abstract

As the Offshore oilfields enter the high water cut stage, it encounters new and prominent problems such as difficulty in developing remaining oil, increased water breakthrough and rapid decline in production. How to maximize the recovery of high water cut offshore reservoirs and improve economic efficiency is a challenge. This paper reviews the lessons learned on how SZ field improves water injection to stable reservoir pressure. Architecture unit-based well pattern improvement, Increasing injection and big-pump enhanced liquid production including renovation and capacity expansion of Water treatment system; Polymer flooding, Modifying reservoir flow pattern with Gel Treatment, Polymer Microspheres. The wells display positive responses from the water injection. The responses include stable reservoir pressure, slower production increase, and slightly water cut increase. Enough and high quality water injection is extremely essential to maximize the recovery of a mature offshore heavy oil.
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海上高含水油藏采收率最大化
随着海上油田进入高含水阶段,剩余油开发困难、突水增多、产量下降迅速等新的突出问题日益突出。如何最大限度地提高海上高含水油藏的采收率,提高经济效益是一个难题。总结了SZ油田提高注水稳压的经验教训。以建筑单元为基础的井网改造,增加注水井和大泵增产,包括水处理系统的改造和扩容;聚合物驱;用凝胶处理改变储层流动模式;聚合物微球。这些井在注水后表现出积极的反应。油藏压力稳定,产量增长缓慢,含水率略有增加。为了最大限度地提高海上成熟稠油的采收率,足够高质量的注水是至关重要的。
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