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首页> 外文会议>Mediterranean Conference on Control and Automation >Non-linear control algorithms for de-oiling hydrocyclones
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Non-linear control algorithms for de-oiling hydrocyclones

机译：旋流器除油的非线性控制算法

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Reduction in environmental footprint has become one of the key performance indicators in the oil and gas industry. As per the OSPAR commission, produced water containing more than 30 ppm of oil cannot be discharged to sea. This clearly indicates the importance of advanced control systems in produced-water system equipment like hydrocyclones and compact flotation units. It is expected that the control algorithms handle all the plant disturbances and meet the performance specifications. This paper investigates non-linear control algorithms for controlling the efficiency of hydrocyclones. Here, two well-known non-linear control design techniques-feedback linearization control and sliding mode control are used for the control of a hydrocyclone.
机译：减少环境足迹已成为石油和天然气行业的关键性能指标之一。根据OSPAR委员会的规定，含油量超过30 ppm的采出水不能排放到海中。这清楚地表明了先进的控制系统在旋水分离器和紧凑型浮选机等采水系统设备中的重要性。期望控制算法能够处理所有工厂干扰并满足性能规范。本文研究了用于控制水力旋流器效率的非线性控制算法。在此，使用两种众所周知的非线性控制设计技术-反馈线性化控制和滑模控制来控制水力旋流器。

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