Propeller Turbine Mixer Design Calculator for Optimal Process Mixing

Calculate Propeller Turbine Mixer Design Parameters

kg/m3
Density of the fluid being mixed (e.g., 1000 for water).
RPM
Revolutions per minute of the impeller (e.g., 60 RPM).
meters
Diameter of the impeller (e.g., 0.5 meters).
Dimensionless factor specific to impeller type and geometry (e.g., 1.5 for a pitched-blade turbine).

Optimize your mixing processes with our Propeller Turbine Mixer Design Calculator. Quickly determine key parameters like power requirement, impeller speed, and impeller diameter for efficient fluid agitation in chemical, pharmaceutical, and industrial applications. Ensure homogeneous blending and improved reaction rates with precise calculations, crucial for effective process engineering.

Formula:

The power (P) required for a propeller turbine mixer can be calculated using the following formula:

P = Np × ρ × N3 × D5

  • P: Power (Watts)
  • Np: Power Number (dimensionless, depends on impeller type, baffling, and Reynolds number)
  • ρ: Fluid Density (kg/m3)
  • N: Impeller Speed (revolutions per second, rps)
  • D: Impeller Diameter (meters)

Science and Chemical Engineering Tools

Blue-Shift Velocity

Go to Calculator

Horizontal Velocity

Go to Calculator

Cable Force

Go to Calculator

Center Gravity Triangle Height

Go to Calculator

Change In Velocity

Go to Calculator

LMTD Shell and TubeTtemperature

Go to Calculator