Use the Leva equation or manufacturer-specific curves.
Venturi scrubbers excel at fine particulate collection (<2.5 microns). Their high gas velocities in the throat (often 60–120 m/s, sometimes up to 200 m/s) atomize the scrubbing liquid into fine droplets, maximizing particle capture through inertial impaction. scrubber design calculation excel hot
Do you need help writing the for automating the fluid properties lookups? Share public link Use the Leva equation or manufacturer-specific curves
The first step is to establish the properties of the incoming hot gas. Because the gas is "hot," you must account for its actual volume at operating temperature rather than standard conditions. Define in ACFM (Actual Cubic Feet per Minute) or Inlet Temperature ( Tincap T sub i n end-sub ): Note the temperature (e.g., 400∘F400 raised to the composed with power cap F 590∘C590 raised to the composed with power cap C Do you need help writing the for automating
“Gas Flow = 5000 m³/h | Velocity = 2 m/s → Scrubber Diameter ≈ 1.0 m, Packed Height ≈ 5.0 m, Liquid Flow ≈ 50 m³/h ✅ Designed for 90% SO₂ removal using water”
D=4⋅Qgπ⋅Vscap D equals the square root of the fraction with numerator 4 center dot cap Q sub g and denominator pi center dot cap V sub s end-fraction end-root