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<p>The study addresses the state of the art of steam jet and liquid jet apparatuses. A schematic diagram of a modern multi-nozzle steam jet apparatus is presented. The economic feasibility and payback period of modern steam jet vacuum systems driven by low-pressure steam are demonstrated. The paper provides a schematic description of an improved liquid jet apparatus with reduced hydrodynamic resistance, lower energy consumption, and a nozzle with centrifugal spray atomization of a viscous working fluid. The necessity of using internal built-in filtering elements in jet apparatuses is validated, and their most reliable design is presented.</p>

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Promising Designs of Vacuum System Jet Apparatuses

  • 期刊论文

  • 发表日期：

    2026年3月1日

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  • I. R. Vezirov,
  • U. R. Vezirov,
  • E. G. Telyashev,
  • R. R. Vezirov,
  • R. N. Salakhov

摘要

The study addresses the state of the art of steam jet and liquid jet apparatuses. A schematic diagram of a modern multi-nozzle steam jet apparatus is presented. The economic feasibility and payback period of modern steam jet vacuum systems driven by low-pressure steam are demonstrated. The paper provides a schematic description of an improved liquid jet apparatus with reduced hydrodynamic resistance, lower energy consumption, and a nozzle with centrifugal spray atomization of a viscous working fluid. The necessity of using internal built-in filtering elements in jet apparatuses is validated, and their most reliable design is presented.