Applications

Liquid Jet Ejectors are used in a wide range of applications, including:

Pumping: Jet pumps are used to pump liquids, gases, and solids from one location to another. They are commonly used to transfer liquids from storage tanks or to drain tanks and vessels.

Mixing: Jet pumps can be used to mix liquids or to dilute a concentrated liquid with a solvent.

Evacuation: Jet pumps can be used to evacuate air, gases, and vapors from a process or a system.

Heating and cooling: Jet pumps can be used to heat or cool liquids by mixing them with a hot or cold fluid.

Wastewater treatment: Jet pumps are used to mix and transport wastewater, sludge, and other solids in wastewater treatment plants.

Advantages

No moving parts: Jet pumps have no moving parts, which makes them simple to operate and maintain.

Low maintenance: Since jet pumps have no moving parts, they require minimal maintenance.

High reliability: Jet pumps are highly reliable and can operate continuously without failure.

Wide operating range: Jet pumps can operate over a wide range of flow rates and pressures.

Easy to install: Jet pumps are easy to install and can be retrofitted to existing systems.

Disadvantages

Low efficiency: Jet pumps have lower efficiency compared to other pumping systems.

Limited suction lift: Jet pumps have a limited suction lift, which means they cannot lift fluids from deep depths.

Noise: Jet pumps produce high noise levels due to the high-velocity fluid flow.

Limited capacity: Jet pumps have limited capacity compared to other pumping systems.

High energy consumption: Jet pumps consume more energy compared to other pumping systems.