Jet pumps / Ejectors working principle

Ejectors, also known as jet pumps, are versatile, reliable in operation and almost maintenance-free. Manufactured in various materials, they can be used nearly everywhere.
Learn more here: www.gea.com/en/productgroups/...

[@BKKnTHAI]

Love the Visuals, so nice and easy to understand.

[@xturkishsa8092]

thanks, really high quality animation

[@geagroup]

Thank you for the positive feedback!

[@proyunusyt4628]

Slow deflate ? Fast deflate ?

[@Abu-faris23]

Does it work with powder?!

[@h7opolo]

nice

[@devivara1162]

Sir why ejector used diffuser???

[@Sakhmeov]

Because self-normalization, like a De Laval bell; By allowing the medium to diffuse out and potentially expand as the flows blend, this firstly creates a Venturi, with a flow bias in the ejecting direction (medium under pressure will want to go towards the bigger opening). Secondly the expanded "receiving" surface or volume through the nozzle allows for progressively greater expression volume of the higher speed central flow, to allow it to more optimally affect the slower surrounding one. Diffusion gives faster flow mixing and more efficient transfer of the ejected central flow's energy, to drive the medium, in addition to the regular aiding of achieving flow laminarity through allowing the flow an expanded area to self-normalize in.

[@AsadbekJoramurodov]

Zo'r