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Vortex tube in well separators

机译:涡旋管在井分离器

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摘要

The article presents modern constructions of sand well separators. The technology is based on a sand separator, which contains a body with an opposite re-winded bilifar helix and a coaxially installed mesh blanket. There are three center-by-deck adapter subs and three fishings installed inside the body. Well fluid sifting of sand and solids is based on usage of the physical process: a centrifugal effort and a scattering phenomenon. Modern constructions of sand well separators are more and more similar to the classical form of Ranque-Hilsch vortex tube. Features of liquid flowing in the vortex tube are used to create an effective construction of the sand well separator. Expansion of Ranque-Hilsch vortex tube attachments is connected with putting additional elements in operation in the central part of the tube. Sizes of the added internal tube in the vortex tube are optimized. Development trends of the sand well separator construction are defined taking into consideration Ranque-Hilsch vortex tube.
机译:本文介绍了沙井分离器的现代建筑。该技术基于沙子分离器,该分离器包含具有相对的重新缠绕的双峰螺旋和同轴安装的网毯的主体。有三个中心甲板适配器潜水艇和三个渔鱼在身体内部安装。井流体筛分的沙子和固体是基于物理过程的使用:一种离心努力和散射现象。沙井分离器的现代结构越来越常见于古典的Ranque-Hilsch涡旋管的典型形式。在涡旋管中流动的液体的特征用于造成砂阱分离器的有效结构。 RANQUE-HILSCH涡流管附件的扩展与在管的中心部分中的操作中施加另外的元件。涡旋管中添加的内管的尺寸进行了优化。考虑到Ranque-Hilsch Vortex管定义了沙井分离器结构的发展趋势。

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