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Eliminating Need For Gas Preheat In Pressure Regulation

机译:在压力调节中消除了对气体预热的需要

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摘要

Universal Vortex, Inc. offers proprietary technology that provides non-freeze pressure regulation of non-preheated gas. This substantially reduces or even eliminates energy consumption that is routinely required to preheat the high-pressure gas upstream of its pressure regulation. The UVI technology allows increasing the pressure regulated gas temperature-also without applying any external source of energy. The technique is based on using the proprietary self-heating vortex tube as a primary pressure regulator that follows with the energy redistribution in the pressure regulated gas. The Vortex Tube (VT) is a specially designed cylindrical device with no moving parts. It takes high-pressure gas and, in the course of its depressurizing, converts (vortex phenomenon) the inlet gas flow energy into two low pressure streams - cold and hot -which exit the VT separately. The generated hot gas, prior to exiting the VT, is used to warm the unit's inlet orifice (spot heating) thus eliminating the likelihood of depressurized gas freezing (self-heating provision). Intensity of the vortex energy division depends on the ratio of the VT inlet and outlet pressures and is not affected by the gas flow rate through the unit. The concept design of the Vortex Pressure Regulation Station (VPRS) that retains the existing PRS is shown in Fig 1.
机译:Universal Vortex,Inc.提供专有技术,可对非预热气体进行非冻结压力调节。这大大减少或什至消除了在压力调节上游预热高压气体通常所需的能量消耗。 UVI技术允许在不使用任何外部能源的情况下提高压力调节气体的温度。该技术基于使用专有的自加热涡流管作为主要压力调节器,然后在压力调节气体中进行能量重新分配。涡流管(VT)是专门设计的圆柱形设备,没有活动部件。它吸收高压气体,并且在其减压过程中,将(进气涡流现象)入口气体的流能转换为两个低压流-冷流和热流-分别离开VT。所产生的热气在离开VT之前,用于加热设备的进气孔(点加热),从而消除了降压的气体冻结(自加热)的可能性。涡旋能量分配的强度取决于VT入口和出口压力的比值,不受流经装置的气体流量的影响。保留了现有PRS的涡流压力调节站(VPRS)的概念设计如图1所示。

著录项

  • 来源
    《Pipeline & gas journal》 |2013年第7期|155-155|共1页
  • 作者

    Lev Tunkel;

  • 作者单位

    Universal Vortex, Inc.;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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