How to calculate the amount of Juntai Tube settlers?
Written By: Jasmine
Contact Email: jasmine@juntaiplastic.com
How to calculate the amount of Juntai Tube settlers is a problem often encountered in the replacement of Juntai Tube settlers of the sedimentation tank and the design, so how to calculate the amount of Juntai Tube settlers in the sedimentation tank? The common shapes of the inclined tube packing sedimentation tank are rectangular and round. Then, assuming that the inclined tube packing specifications have been selected, there are the following two calculation formulas:
1. If the shape of Juntai Tube settlers sedimentation tank is rectangular, the calculation formula for the quantity of Juntai Tube settlers is:
The number of Juntai Tube settlers N (unit: square) = the length of the Juntai Tube settlers sedimentation tank (unit: meter) multiplied by the width (unit: meter), that is, the area of the sedimentation tank, why is this calculation, because the Juntai Tube settlers needs to be installed to fill the entire tank, the specification of Juntai Tube settlers is 1000mm*1000mm*886mm (the vertical height of Juntai Tube settlers).
Give an example: the length of the pond is 15 meters and the width is 12 meters. What is the amount of Juntai Tube settlers required?
Answer: N=13mX11m=143m3, that is, the amount of Juntai Tube settlers required for the square sedimentation tank is 143m3.
2. If the inclined tube packing sedimentation tank is circular, the diameter R of the circular tank needs to be known, then the calculation formula for the quantity of inclined tube packing is:
The number of inclined pipe filler N=π(R/2）^2 is the area of the circle.
An example: For a 12-meter diameter inclined tube packing sedimentation tank, what is the amount of inclined tube packing required?
Answer: N=3.14*(12/2)2=113.04 squares, the integer is 113 squares. If the height of the circular inclined tube filling sedimentation tank is considered as the double layer, the 113 calculated in the above formula needs to be multiplied by two. That is 226 squares.
Through the above examples, everyone has already understood how to calculate the number of inclined pipe fillers.
