Dissipated Head Loss Static Mixer Design Calculator

To move a given volume of liquid through a pipe it requires a certain amount of energy. A portion of that energy is lost to the resistance to flow, which is the head loss. It is also called as resistance head or friction head. It is caused due to the frictional forces of the container. This online dissipated head loss static mixer design calculator helps you to calculate the static mixer head loss based on the specific weight of water, flow rate and dissipated power.

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To move a given volume of liquid through a pipe it requires a certain amount of energy. A portion of that energy is lost to the resistance to flow, which is the head loss. It is also called as resistance head or friction head. It is caused due to the frictional forces of the container. This online dissipated head loss static mixer design calculator helps you to calculate the static mixer head loss based on the specific weight of water, flow rate and dissipated power.

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Formula:

H = P / ( γ ×Q ) Where, H = Static Mixer Design Dissipated Head Loss P = Dissipated Power γ = Specific Weight Water Q = Flowrate

Example:

Calculate the head loss in static mixer design having dissipated power of 50 foot-pound/sec, specific weight of water is 26 pound/foot3 and flowrate of 2 ft3/s?

Solution:

H= 50 / ( 26 ×2 )
= 0.9615 ft


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