Design Calculation Excel Best | Scrubber

For a comprehensive scrubber design, Excel is the industry standard for preliminary calculations, though specialized software like Aspen Plus is used for complex fluid dynamics.

Input the following data into the spreadsheet:

| Cell | Label | Input/Formula | Description | | :--- | :--- | :--- | :--- | | | Gas Flow Rate | User Input | e.g., 10,000 ACFM | | B3 | Inlet Conc. (ppm) | User Input | e.g., 500 ppm | | B4 | Target Efficiency | User Input | e.g., 99% | | B5 | Packing Type | Drop Down | "2 inch Pall Rings" | | C10 | Packing Factor (F) | =VLOOKUP(B5, PackingTable, 2, FALSE) | Looks up factor from database | | D20 | Flooding Velocity | =(Flood_Calc_Function) | Iterative calculation result | | D21 | Design Velocity | =D20 * 0.7 | 70% of flooding | | D22 | Column Diameter | =SQRT((4 * B2) / (PI() * D21 * 60)) | Final Diameter Output | scrubber design calculation excel best

This is where the pollutant is actually removed. The height depends on how easily the gas dissolves into the liquid.

I can provide the exact empirical equations and packing factors for your configuration. Share public link For a comprehensive scrubber design, Excel is the

I can provide the exact formulas, specific packing constants, or Henry's Law constants for your process. Share public link

Use the formula = (A x V) / (ρ x T) to calculate the gas flow rate. The height depends on how easily the gas

Using the ideal gas law, calculate the gas density in Excel:

Drop-down menu linked to the database tab.