In a plant density by: 0.97 KGM/s and viscosity 0.03 KGM / s with a pipeline...

In a plant density by: 0.97 KGM/s and viscosity 0.03 KGM / s with a pipeline from tank to tank

he's being transported. The pipe used in the line is made of cast iron ( = 0.12 mm). One in the transplant line

there are pump units. One fully open sliding valve (KSV=3.2) and one before pumping on the line

the piece has a 90° standard bracket (K90=2.2). The inner diameter of the pipe used even before the pump is 6 cm

and the line is 7.5 m long. After the pump, two fully open ball valves were used.

(KKV=4.3). The inner diameter of the pipe used after the pump is 3 cm and its length is 17.5 m. After the pump

there are 4 60° standard elbows (K60=2.6) on the line. Volumetric flow rate before pump 5 m3/hour while, it is exactly three times that after the pump. While the warehouse is in a tower 12 m high from the ground, the tank

it is positioned 4 m above the ground. Taking this data into account;

a) total friction loss in the pipeline [20p]

b) pressure loss covered by the pump [15p]

c) the minimum power of the pump, which is used to beat pressure loss and works with 90% efficiency

Expert Solution

genius_generous answered 1 year ago

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