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Intelligent system for on the spot and on line oil drilling operations.

机译:用于现场和在线石油钻井作业的智能系统。

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This thesis presents a novel intelligent system for oil drilling operations. The system analyzes the data collected from the oil well logging process on the spot. This means that the data collected from the soils does not have to be sent to the geologists' labs. Instead, the information is processed instantaneously on the spot by a fuzzy inference system (FIS). This system increases the efficiency of oil companies.; The system was developed using fuzzy logic approaches. Fuzzy logic technology has the capability of dealing with non linear complex processes, which is very useful when analysing oil drilling operations.; This intelligent system provides two different types of drilling operations. Scenario 1 is composed of conventional equipment plus the intelligent system. Scenario 2 involves the technology used for the logging while drilling operations plus the intelligent system. Scenario 1 can be divided into sub-scenarios. Scenario 1A analyzes the collected data from the logging process off-line and on the spot. In scenario 1B, the analyzing process can be done while the logging process is being completed (Analyzing While Logging-AWL-). Scenario 2 analyzes the Well Logging data in real time and on the spot. All of these scenarios considerably decrease the time and costs of drilling operations.; The system was tested using an interface developed in Matlab. The system responded positively to all the situations explored during the testing stage.
机译:本文提出了一种新型的石油钻井智能系统。该系统当场分析从油井测井过程中收集的数据。这意味着从土壤中收集的数据不必发送到地质学家的实验室。而是由模糊推理系统(FIS)在现场即时处理信息。该系统提高了石油公司的效率。该系统是使用模糊逻辑方法开发的。模糊逻辑技术具有处理非线性复杂过程的能力,这在分析石油钻井作业时非常有用。该智能系统提供两种不同类型的钻井作业。方案1由常规设备和智能系统组成。方案2涉及用于随钻测井的技术以及智能系统。方案1可以分为子方案。方案1A离线和现场分析从记录过程中收集的数据。在方案1B中,可以在完成日志记录过程的同时进行分析过程(Analogzing While Logging-AWL-)。方案2实时分析现场测井数据。所有这些情况都大大减少了钻井作业的时间和成本。该系统使用Matlab开发的界面进行了测试。该系统对测试阶段探索的所有情况都做出了积极的回应。

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