CrystalTCS

An ejector is a simple piece of equipment and it does not have any moving parts. These ejectors use either gas or fluid as a motive force.   A vacuum is like air. If space contains air pressure under the atmospheric pressure, then it is called a vacuum. If an ejector uses compressed air & high pressure then it is called a vacuum ejector. The compressed air will pass on through the convergent nozzle, which will be then changed into the velocity energy. A compact ejector with air-saving regulation uses fewer compressed air as compared to the traditional vacuum ejector.  Working Principle of Vacuum Ejector The vacuum ejector follows the venturi principle. Basically, this vacuum ejector is divided into two types respectively ejectors with eco-nozzle technology and single-stage ejectors. In a single-stage vacuum ejector, the compressed air is supplied through the opening of the ejector and then it passes through the nozzle.  While happening this process, the air is

Liquid Jet Ejectors are particularly intended to operate using water, or any other clear liquid to generate vacuum equivalent to the vapor pressure of the liquid. These liquid jet ejectors are useful for applications when expensive process fluid wants to recover. They are most appropriate for low non-condensable and high condensable loads in applications. An external heat exchanger can be provided to maintain a liquid temperature in accordance with the vacuum requirement. For a higher vacuum, the liquid jet ejector can be utilized along with a steam jet ejector combination system. The whole structure can be supplied as a pre-assembled skid mounted unit for quick installation. Liquid Jet Ejectors are available in carbon steel, stainless steel, titanium, duplex steel, rubber lined, PP, PTFE and PVDF. Working Principle of Liquid Jet Ejectors Liquid Jet Injectors can work without the mechanical drives and for this reason, it provides high consistency in constant operation m

Atmospheric Air Jet Ejector uses the power available from the expansion of atmospheric air to the Liquid Ring Pump inlet pressure to drive the Ejector. Atmospheric air enters the Ejector and passes through the nozzle where the pressure energy is transformed into kinetic energy. On leaving the nozzle at high velocity a region of low pressure is created in the suction chamber which entrains the process fluid. The two streams then come together within the throat of the Ejector before being decelerated in the hole cone to get better pressure to suit the Liquid Ring Pump inlet ability. Atmospheric air ejectors use freely available air from the atmosphere as their energy source which eliminates any need for gas supply systems or compressors. Crystal TCS is one of the leading Atmospheric Air Ejectors manufacturers & suppliers who produced high-performance air ejectors which is used for extending the operating range of Liquid Ring Vacuum Pumps. We are able to supply the entir