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Selection of the Best Control Valve for Flotation Column and Flotation Cell Control, and Choosing the Best Method of Controlling Thickener Underflow

机译:选择浮选柱和浮选电池控制的最佳控制阀,并选择控制增稠器下溢的最佳方法

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In this paper, various types of valves which can be utilized in flotation and thickening control are evaluated. For example, dart valves have been traditionally utilized on flotation cells; however, in certain designs, the dart valve may require an external box built onto the exterior of the flotation cell. There are alternate types of valves that do not require the containment box and thereby allow for a less expensive total assembly and still provide accurate and reliable control of the flotation cell. Furthermore, the low driving head in flotation cells may create challenges in selection of the control valve size. On the other hand, the best method of controlling thickener underflow is also evaluated. Depending on the installation, elevation of the thickener and outlet piping the thickener may be controlled with either a valve or may need to be controlled by a pump. The purpose of this portion of the paper is to offer ideas on the best technologies to increase the efficiency of the thickening process.
机译:在本文中,评估了可用于浮选和增稠控制的各种类型的阀门。例如,传统上用于浮选细胞的飞镖阀;然而,在某些设计中,飞镖阀可能需要内置在浮选电池外部的外部盒子。有交替类型的阀门,不需要容纳箱,从而允许较便宜的总组装,并且仍然提供对浮选单元的准确可靠的控制。此外,浮选电池中的低驱动头可以在选择控制阀尺寸方面产生挑战。另一方面,还评估了控制增稠剂的最佳方法。根据安装,可以用阀门控制增稠剂和出口管道的高度,或者可能需要由泵控制。本文本部分的目的是提供关于提高增稠过程效率的最佳技术的想法。

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