Flow Distributor Design $($Chemical Plant Design

When designing a ball plant device, we try to split the material into a

distributor if possible $($reactor$,$ fire tower, etc.$).$ When using a new trivial device, if

you don't fix the problem, it creates a dead zone where the flow stops. Therefore,

designing the distributor is very important. No matter what type of distributor there

is$,$ the most commonly used one is the perforated pipe distributor, which drills a

hole in the pipe.I$\text{'}$m trying to get this out of a $1\mathrm{.}0m$ extraction tower using a

perforated pipe distributor.

To apply oil $($density $800k\frac{g}{m}3,0\mathrm{.}85cP)$ to the extraction tower at a rate of

$5\mathrm{.}0m\frac{3}{h},$ we decided to use a pipe with an internal diameter of $20mm$ and drill $20$

holes of that diameter with a slider. Design and manufacture a distributor.

Compress the diameter of the hole $)$ and the total sugar production $(Pa).$