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The use of chemical tracers to water injection processes applied on Romanian reservoirs

机译:在罗马尼亚水库注水过程中使用化学示踪剂

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The hydrocarbon reservoirs are extremely complex, each reservoir having its own identity. Reservoirs heterogeneity (mainly regarding the layered ones) frequently results in low recovery efficiencies, both under the primary regime and when different agents are injected from the surface. EOR processes efficiency depends on how detailed the reservoir is known and on the information related to fluids flow through reservoir. There are certain analyzes, investigations and tests providing good knowledge about the reservoir. The tracer tests are among them, being frequently used to water injection processes. Depending on the method used, IWTT (Interwell tracer test), SWTT (Single-Well Tracer Test), TWTT (Two-Well Tracer Test), information are obtained as related to: the setting of the preferential flow path of the injected fluid, the identification of water channels, evidencing the geological barriers, determining the residual oil saturation, around the well bore or along the tracer's path between two wells. This paper is focused on ICPT Campina efforts related to the use of the chemical tracers to the water injection processes applied to the oil reservoirs of Romania. It describes the usual tracers and the methods used to detect them in the reaction wells. Up to now, more than 50 tests with IWTT tracers have been performed on-site and this work presents some of their results.
机译:碳氢化合物储层极其复杂,每个储层都有自己的特征。在主要方案下和从地表注入不同的药剂时,储层的非均质性(主要是关于分层储层)经常导致较低的采收效率。 EOR过程的效率取决于已知储层的详细程度以及与流经储层的流体有关的信息。有某些分析,调查和测试提供了有关储层的良好知识。示踪剂测试是其中之一,经常用于注水过程。根据所使用的方法,IWTT(井间示踪剂测试),SWTT(单井示踪剂测试),TWTT(两井示踪剂测试),可以获得与以下信息有关的信息:注入流体的优先流动路径的设置,识别水道,证明地质屏障,确定井眼周围或沿两口井之间的示踪剂路径的剩余油饱和度。本文的重点是ICPT Campina在将化学示踪剂用于罗马尼亚石油储层的注水过程中的应用。它描述了通常的示踪剂以及在反应孔中检测它们的方法。到目前为止,已使用IWTT示踪剂在现场进行了50多次测试,这项工作提出了一些结果。

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