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  1. 5997

    Chemical Engineering Calculations for Pressure Vessels

    v=Q/A, so increasing dia of the line for a pump will actually decrease the flow rate.
  2. 5997

    Chemical Engineering Calculations for Pressure Vessels

    Oh thank you. While this thread still seems hot, I have an other question which I'm sure you would know.If I want to increase flow in the existing pump can I do that by increasing the discharge line dia?
  3. 5997

    Chemical Engineering Calculations for Pressure Vessels

    Thanks TD2K for the response. About #3, I was confused how you are gonna find which equation applies on it, whether stokes law, intermediate or Newton's equation. That of course depends on the fluid Reynold#. Vessel sizing is a bit intricate and its really hard to find the stuff on google for...
  4. 5997

    Chemical Engineering Calculations for Pressure Vessels

    ok, to start with, a. how do I calculate the residence time b. What is/what is the criteria to select NLL or normal liquid level for vertical vessels c. how to assess CD, the drag coefficient Thanks for the quick reply
  5. 5997

    Chemical Engineering Calculations for Pressure Vessels

    Hi everybody, Can anybody tell me how to perform chemical engineering related calculations for pressure vessels, both vertical and horizontal. Thanks in advance.

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