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This post was last edited by hsulad on 2019-10-4 at 18:46. A minimum pumping volume of 3000 m3/min is required. The total volume is approximately 110,000 liters per minute. Who has the resources? The medium is water-containing air at a temperature of 40 degrees.
Centrifugal pumps, axial flow pumps, and water ring pumps are all suitable
The flow unit is hours, right? If it were really minutes, it would be extremely large; I doubt any manufacturer could produce such a thing: lol
3000 m3/min – it is unlikely that any single unit manufactured by a manufacturer can meet this requirement. With such high flow rates, a vacuum unit can be chosen.
Multi-stage Roots liquid ring vacuum system: just add more compression stages.
Multiple wet rotary vane pump systems should be able to meet your requirements. The rotors with the fastest pumping speed are Roots rotors. But systems like rotary vane pumps won’t work; such rotary vane pumps are unable to operate in pressure ranges from atmospheric pressure to 12 kPa
This post was last edited by 39766 on 2020-3-13 at 23:00. The flow rate is 110,000 liters per minute; I’m convinced this isn’t a device meant for use on Earth. Its installed capacity is probably around 100,000 KW... If a motor is used to drive this pump, then a dedicated power plant would have to be built for it!
10 2BE1 703 water ring pumps connected in parallel to pump together