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Application of Intelligent System (DES PCP)for Monitoring Progressing Cavity Pumps

机译：智能系统（DES PCP）在螺杆泵监测中的应用

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In March 2002 REDUCT & Lobbe completed acomprehensive field research project for theSaskatchewan Petroleum Technology Research Center(SPTRC). This research project addressed the potentialapplication of intelligent systems for heavy oilproduction in Western Canada. The objectives of thetests were to: 1) assess the opportunities and identifyapplication areas for intelligent systems; 2) develop anddemonstrate a specialized, site-specific intelligentsystem; and 3) assess the performance and potentialbenefits of the implemented system.Six applications were identified as candidates for AIsystems, and Progressing Cavity Pumps (PCPs)monitoring, diagnosis and control was selected fordemonstration tests. The overall conclusions from thetests were that intelligent systems have the ability to: 1)diagnose well instabilities that a SCADA system alonecannot recognize; 2) notify operators about wells that require closer scrutiny (review); 3) provide decisionsupport with respect to recovery from different types offailures. These benefits are critical in terms ofoptimizing PCP operations and retaining and makingavailable the knowledge of experienced staff.The value of the potential benefits of a PCPintelligent system was estimated at up to $ 4,000 perwell per year, or several million dollars per year for amid-size PCP operation. Given that the cost of thesoftware represents only a fraction of SCADAinfrastructure expenditures, the implemented intelligentsystem could significantly leverage the SCADA system inmanagement and operations of PCP wells.
机译：2002年3月，REDUCT＆Lobbe为萨斯喀彻温省石油技术研究中心（SPTRC）完成了全面的野外研究项目。该研究项目探讨了智能系统在加拿大西部重油生产中的潜在应用。测试的目的是：1）评估机会并确定智能系统的应用领域； 2）开发和演示专门的，针对特定地点的智能系统； 3）评估已实施系统的性能和潜在效益。确定了六个应用程序作为AI系统的候选人，并选择了渐进腔泵（PCP）进行监视，诊断和控制以进行演示测试。通过测试得出的总体结论是，智能系统具有以下能力：1）诊断仅SCADA系统无法识别的良好不稳定性； 2）通知操作员需要进一步检查的油井（复核）； 3）为从不同类型的事故中恢复提供决策支持。这些好处对于优化PCP运营以及保留和提供经验丰富的员工的知识而言至关重要.PCPintelligent系统的潜在好处的价值估计为每年每人高达4,000美元，中型企业每年高达数百万美元PCP操作。鉴于软件成本仅占SCADA基础设施支出的一小部分，因此已实施的智能系统可以显着利用SCADA系统的管理和PCP井的运营。

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