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首页> 外文期刊>SPE Reservoir Evaluation & Engineering >Analysis of a Single-Well Chemical Tracer Test To Measure the Residual Oil Saturation to a Hydrocarbon Miscible Gas Flood at Prudhoe Bay
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Analysis of a Single-Well Chemical Tracer Test To Measure the Residual Oil Saturation to a Hydrocarbon Miscible Gas Flood at Prudhoe Bay

机译:单井化学示踪剂测试的分析,以测量普鲁德霍湾的烃类混溶气驱剩余油的饱和度

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摘要

In 1990, a single-well chemical tracer (SWCT) test was performed in Prudhoe Bay to measure the effective waterflood and miscible gasflood residuals over a 12 ft reservoir interval. This is believed to be the first such use of this technology for a hydrocarbon mis- cible gas. This paper describes how the usual SWCT design was modified to accommmodate the miscible gas, the results of the SWCT, which indicate significantly higher residual oil saturation For miscible gasflood that expected from coreflood experiments, And the subsequent simulation of the test which has provided good Agreement with the observed results. The paper shows, with com- Positional simulation support, that the high apparent residual oil Saturation was a consequence of incomplete volumetric sweep by The miscible gas and draws on the experiences of this test to make Recommendations for the deign of future SWCT tests measuring Residuals to gasflooding.
机译:1990年,在Prudhoe湾进行了单井化学示踪剂(SWCT)测试,以测量12英尺储层间隔内的有效注水和可混溶注气残留量。据信这是这种技术首次用于可与碳氢化合物混溶的气体。本文介绍了如何修改常规的SWCT设计以适应混溶性气体,SWCT的结果表明,对于岩心驱油实验所期望的混溶性气驱,残余油饱和度显着提高,并且随后的模拟试验提供了良好的一致性。与观察到的结果。本文在位置仿真的支持下表明,表观残留油的高饱和度是混溶性气体不完全进行体积扫描的结果,并借鉴了该试验的经验,提出了建议,为以后的SWCT试验设计建议气驱。

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