Profile:

Water jet ejectorsUses water as motive force,it use the kinetic Energy of a motive water or liquid to entrain another liquid or gas,completely Mix the two, and then discharge the mixture against a counter pressure and are Used in large numbers throughout industry for pumping, mixing operations, Production plants.

 

Water jet vacuum ejectorsAre simple and versatile devices that Generate vacuum using high pressure water jet, by suction of gas or steam and Discharging them at a pressure intermediate between motive and suction Pressures.

 

Water jet vacuum ejectorsSucks off gases and /or vapours with the Aid of the kinetic energy gained from the motive water. At the same time the Vapours as far as physically possible - will be condensed.

 

Water jet vacuum ejectorsHave no moving parts: they consist of a Head, a motive nozzle and a diffuser.

 

Water jet vacuum ejectorsDesign is based on the theory of nozzle and diffuser areas and on a combination of theory and empirically determined Coefficient for lengths and shape. The most efficient ejectors are obtained through experimentation of prototype and mechanical design.

 

the Efficiency of steam turbines in a power plant directly correlates to the Pressure of the steam that exits the turbine.Water jet vacuum ejectorsInstalled at the condenser outlet efficiently remove noncondensable Vapors and the associated water vapor from the turbine condenser and Accordingly lowers the operating pressure of the condenser which increases the Amount of heat available for conversion to mechanical power.

 

Product Features

• Maintenance free.
• Easy to operate.
• Facilitate for low Level installation.
• Simple in design.
• Reliable in operation.
• No moving parts.
• Virtually silent Operation.
• Custom designed.
• High Vacuum Performance

 

Applications

• Power Plant Vacuum Systems.
• Distillation.
• Vacuum Impregnation.
• Pump priming.
• Evacuating closed Vessels.
• Empty tanks.
• Pumping and mixing Operations.
• Boiler feed water.
• Producing emulsions.
• Chemical processing.

 

Materials of Construction:

• Cast Iron
• Carbon Steel
• Stainless Steel
• Low alloy steels