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首页> 外文会议>SPE annual technical conference and exhibition >Design, Implementation and Simulation Analysis of Single-Well Chemical Tracer Test To Measure the Residual Oil Saturation to a Hydrocarbon Miscible Gas at Prudhoe Bay
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Design, Implementation and Simulation Analysis of Single-Well Chemical Tracer Test To Measure the Residual Oil Saturation to a Hydrocarbon Miscible Gas at Prudhoe Bay

机译：单井化学示踪试验的设计，实施和仿真分析，以测量Prudhoe湾烃类混溶气体残留油饱和度

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In 1900 a single well chemical tracer (SECT) test was performed in Prudhoe Bay to measure the effective water flood and miscible gas flood residuals over a 12 ft reservoir interval. This is believed to the the first such use of this technology for a hydrocarbon miscible gas. This paper describes how the usual SECT design was modified to accommodate the miscible gas, the results of the SECT, which for the miscible gas part were significantly higher than miscible gas coreflood residuals, and the subsequent simulation of the test which has provided good agreement with the observed results. The paper explains, with simulation support, what caused the measured residuals to be higher than expected, and draws on the experiences of this test to make recommendations for the design of future SWCT tests measuring residuals to gas flooding.
机译：1900年，在Prudhoe Bay中进行单一井化学示踪剂（SECT）试验，以测量超过12英尺储层间隔的有效水洪水和混溶性气体洪水残余。 这被认为是第一次这样的这种技术用于烃可混溶气体。 本文介绍了通常修改通常的拟枝设计以适应混溶性气体，这些划分的结果，即可混溶的气体部分的结果显着高于可混溶的气体核心剩余物，以及随后的测试模拟，该测试提供了良好的协议 观察结果。 本文解释说，模拟支持，导致测量的残差高于预期，并借鉴了该测试的经验，以提出对未来SWCT测试的建议测量残留物到气体泛滥。

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