In the alkylation deisobutane column, the pressure at the bottom of the column is higher than that at the top. With a pressure of 0.56 MPa at the top and 0.7 MPa at the bottom, is there a risk of column flooding?
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In the alkylation deisobutane column, the pressure at the bottom of the column is higher than that at the top. With a pressure of 0.56 MPa at the top and 0.7 MPa at the bottom, is there a risk of column flooding?
Generally, the pressure at the bottom of the tower is higher than the pressure at the top
Be vigilant when the pressure drop exceeds the normal operating range
However, the purity of isobutane at the top of the tower fails to increase and remains at 62–63
The production volume was reduced by half, and the purity of isobutane at the tower top returned to its normal level
Which company offers alkylated isobutane with a purity of over 60%? ? It’s way too low; it should be at least 75 or 80, with higher values exceeding 90. .
How much is the normal control? ? What capacity should be designed? ? After exceeding the load limit, the product quality cannot be guaranteed. Trying to pull a heavy load with a small horse will inevitably result in certain sacrifices.
You are right; what is sacrificed in overproduction is the purity of isobutane
Overloading has a significant impact on the efficiency of the tower