How Does An Air Ejector Work? An air ejector or steam ejector is a gadget that utilizes the movement of Motive Fluid to move another Suction liquid. It includes an extensive variety of utilization in steam ejector in heater condenser, water generator and in taking action centrifugal pump.
Air Ejector Theory It is based on the principle of convergent or divergent nozzle because it provides the venturi impact at the point of diffusion because the tube gets narrows at the throat the speed of the fluid will increase and since of the venturi have an effect on it pressure decreases, vacuum can occur in the diffuser throat wherever the suction line are going to be provided. An air ejector which utilizes the high weight motive liquid, for example, air or steam to flow through the convergent nozzle the capacity of the convergent nozzle is to change pressure energy of the motive liquid into the speed energy. As in convergent nozzle the accompanying impact happens, P1-pressure of the liquid entering the nozzle. V1-speed of the liquid entering the nozzle. P2-weight of the liquid going away the nozzle. V2-pressure of the liquid going away the nozzle. By Bernoulli's hypothesis: P1 Ă— V1 = P2 Ă— V2 As the pressure energy before coming into the convergent nozzle is larger and the speed is less for the liquid. At the point of release the pressure energy is reborn over into the speed so that the speed will be more and the pressure will be less throughout the release. Divergent nozzle the contrary impact takes place speed energy is converting into pressure energy, at the point of dispersion there is a low pressure or vacuum is made which is utilized to suck the other liquid for the movement. We at CrystalTCS manufacture Ejectors in different materials such as Carbon Steel, Stainless Steel and Hastelloys. The material selection is done after making careful assessments and taking due considerations of the process mediums.