Overcoming Challenges of Polymer Injection Pilot in High-Viscosity, High-Salinity Reservoir – A Case Study from Sirikit Oilfield, Thailand

T. Worawutthichanyakul, S. Hanchaiphiboolkul, T. Ketmalee, M. Pancharoen, Prang Sinhabaedya, Rungkarn Thammasanya, Chuthanart Rujipimolkit, Jantakan Srisuriyon, T. Roatkanjanaporn, Yannavit Sornsoongnoen, Parichat Srisen
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Abstract

In Pru Kratium (PKM) highly viscous oil reservoir, the secondary recovery method such as waterflood can adversely affect production due to an unfavorable mobility ratio, resulting in viscous fingering and early water breakthrough. Although polymer flooding which usually mitigates unfavorable mobility ratio, this technique also faces a challenge due to the high salinity formation water which may lead to excessive polymer consumption. To improve recovery, a special polymer injection scheme was designed and the small-scale pilot was initiated. After one year of injection, the pilot demonstrated that the polymer improved the sweep efficiency of the flood in both vertical and horizontal directions. Ultimately, the increase in oil recovery factor gain was 2.41%.
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克服高粘度、高矿化度油藏注聚合物试验的挑战——以泰国诗丽吉油田为例
在Pru Kratium (PKM)高粘油藏中,由于流动性比不利,二次采油方法(如水驱)会对产量产生不利影响,导致粘指和早期见水。虽然聚合物驱通常可以缓解不利的流度比,但由于地层水的高矿化度可能导致聚合物的过量消耗,该技术也面临着挑战。为了提高采收率,设计了一种特殊的聚合物注入方案,并开始了小规模的试验。在注入一年后,试验证明该聚合物在垂直和水平方向上都提高了驱油的波及效率。最终,原油采收率提高了2.41%。
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