Turbocharger Energy Analysis

The Turbocharger Energy Analysis tool allows you to quickly and easily calculate the boost provided by the Advanced Turbocharger (AT) in your plant. It is meant to assist you with the preliminary design. Results may vary. Please contact us for your specific design requirements.

Input

Turbo. Location General Membrane Boost Interstage Boost

Feed Flow (1, 2, 3, 4)(3, 4)

Product volumetric flow rate to the membranes.

[m3/hr]

Brine Flow (5, 6)

Concentrate/Reject volumetric flow rate exiting the membranes.

[m3/hr]

Pump Suction Pressure (1)(3)

Suction pressure to the high pressure feed pump.

[bar]

Required Membrane Pressure (4)

Fluid pressure required by the membranes.

[bar]

Brine Pressure (5)

Concentrate/Reject pressure exiting the membranes.

[bar]

Turbo. Exhaust Pressure (6)

Turbo. exhaust pressure from the Turbocharger. A minimum value of 1 [bar] is highly recommended.

[bar]

Units

English Metric

Turbo. Performance

Energy Rate calculation uses industry standard centrifugal pump efficiencies.

Turbocharger Model / Size:

Permeate Flow:

Pump Discharge Pressure:

Specific Energy Consumption:

In this calculation the assumption for cost of power is 0.08 [$/kWh].

Energy Savings:

Energy Savings assumes an existing pump efficiency of 75%.

Boost

Congratulations! Now that you have sized the Turbocharger to your plant, check out our AquaBold HPP Selector to incorporate the Energy Recovery AquaBold into your plant. Go now