Experience in Implementation of Polymer Flooding on East Messoyakhskoye Oil Field

E. Zagrebelnyy, N. Glushenko, V. Komarov, G. Nemirovich, I. Ilyasov, D. Sugaipov, O. Ushmaev, N. Pleshanov, R. Iskhakov
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引用次数: 0

Abstract

Development of reservoirs with high oil viscosity is usually challenging because of requirement to apply comlex technologies for economical efficient oil recovery. East Messoyakhskoye oil field is a complex project both from geological caracteristics (viscous oil with viscosity 111 cP, highly heterogeneous reservoir with permeability 50-2500 mD, presence of gas cap and aquifer) and due to its remote location (arctic climatic conditions, no transport and industrial facilities). Main reserves are located in reservoir PK, senomanian formation. At the field development plan stage calculations showed requirement of flooding for reservoir pressure maintenance, but waterflooding expected to be risky due to fingering and it was obvious that for efficient reservoir development enhanced oil recovery methods should be considered. This paper presents choosen enhanced oil recovery strategy, the way passed in polymer flooding implementation and current results.
东梅索阿赫斯科耶油田聚合物驱的实施经验
高粘度油藏的开发具有挑战性,因为需要采用复杂的技术来实现经济高效的采油。East Messoyakhskoye油田是一个复杂的项目,其地质特征(稠度为111 cP的稠油,渗透率为50-2500 mD的高度非均质油藏,存在气顶和含水层)以及地理位置偏远(北极气候条件,没有运输和工业设施)。主要储量位于塞诺曼尼亚组PK储层。在油田开发计划阶段,计算表明需要驱油来维持油藏压力,但由于手指指向,预计水驱有风险,显然,为了有效开发油藏,应考虑提高采收率的方法。本文介绍了聚合物驱实施中所选择的提高采收率策略、采用的方法及目前的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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