Is there a pump that can transfer materials outward in a vacuum environment?
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There are pumps that can transfer the material out of the tank without breaking the vacuum in it, right?
Screw conveyor pump – take a look, what is your material?
{:3_54:} The pump transfers materials; as long as the tank isn’t emptied, won’t it draw in air anyway? Then why is the vacuum destroyed?
There are pumps that can transfer the material out of the tank without breaking the vacuum in it, right? One is the original characteristic; it is possible to consider placing the equipment at a higher position and discharging the material from a lower point, relying on the automatic pressure increase of the material within the pipes
Perhaps you could take a look at vacuum drum filters to see how they achieve continuous discharge
A normal centrifugal pump will do; you just need to set a higher suction head for the pump, and by using that suction head to overcome the vacuum, it will be possible to pump out the fluid.
What do you mean? ? Is it possible to use a pump and a level gauge in interlock?
The material is n-hexane; I am using a reactor to recover n-hexane under vacuum. However, the volume of the recovery tank below is small, so it cannot hold all the recovered n-hexane at once. It is necessary to stop the vacuum process in order to transfer the material, and then resume the recovery process. What I want now is to be able to transfer the material without disrupting the vacuum in the tank
The material is n-hexane; I am using a reactor to recover n-hexane under vacuum. However, the volume of the recovery tank below is small, so it cannot hold all the recovered n-hexane at once. It is necessary to stop the vacuum process in order to transfer the material, and then resume the recovery process. What I want now is to be able to transfer the material without disrupting the vacuum in the tank
The material is n-hexane; I am using a reactor to recover n-hexane under vacuum. However, the volume of the recovery tank below is small, so it cannot hold all the recovered n-hexane at once. It is necessary to stop the vacuum process in order to transfer the material, and then resume the recovery process. What I want now is to be able to transfer the material without disrupting the vacuum in the tank
The material is n-hexane; I am using a reactor to recover n-hexane under vacuum. However, the volume of the recovery tank below is small, so it cannot hold all the recovered n-hexane at once. It is necessary to stop the vacuum process in order to transfer the material, and then resume the recovery process. What I want now is to be able to transfer the material without disrupting the vacuum in the tank