Steam and liquid ejectors

Catalog of industrial pressure ejectors

  • Steam and Water Ejector 248

  • Liquid Ejector 250

  • Steam Ejector 252

  • Steam Ejector 253

What is a steam and liquid ejector?

A steam and liquid ejector plays a crucial role in numerous industrial processes, particularly when it is necessary to remove air, gases, or vapors from condensers and equipment operating under vacuum.

steam jet ejectors

Unlike conventional vacuum pumps, ejectors are known for their simplicity and reliability, since they lack moving parts, such as valves, pistons, or rotors, which makes them less prone to mechanical and maintenance failures. The operating principle of an ejector is based on the transfer of energy through the collision of a high-speed fluid jet with another fluid, whether moving or stationary.

This process results in an initially rapid mixture that gradually decreases in speed, allowing the desired pressure to be reached efficiently and controlled. Ejectors are valued for their robustness and their ability to adapt to a wide variety of working conditions, making them a versatile and reliable option in a wide range of industrial applications.

Their contribution to efficiency and safety in industrial processes is indisputable, making them essential in optimizing operations and the pursuit of more sustainable practices in the industry.

Do you need a steam and liquid ejector like the ones we distribute at Valfonta?

This type of ejector is ideal for industrial applications that require the extraction of gases or vapors using water as the driving medium. Its simple, yet effective design makes it versatile for a wide range of industrial environments, providing an efficient and reliable solution for vapor extraction in various processes.

Designed for processes where steam acts as the motive fluid, this ejector excels in high-temperature and pressure environments. It is highly efficient for the extraction of air and other gases, being a robust and reliable option for demanding industrial applications.

This ejector is ideal for processes that require more efficient heat and energy management. The use of superheated steam makes it particularly suitable for applications with high energy demands, providing optimized performance in terms of energy efficiency and thermal management.

Calculate the flow rate required in the system, as this will influence the size of the valve you need. The flow rate is measured in liters per minute or gallons per minute and is essential for correctly sizing the PRV.

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Contact

  • C/ Bronze 26 Pol. Ind. Les Guixeres
    08915 Badalona (Espanya)
  • (+34) 933 720 888

  • valfonta@valfonta.com

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