Scrubber Design Calculation Excel Hot -

🔥 Master Your Scrubber Design: Hot Gas Stream Excel Guide

Use the Generalized Pressure Drop Correlation (GPDC) . Aim for an operating velocity between of the flooding velocity. Find Cross-Sectional Area ( Ascap A sub s ):

For particulate removal (Venturi scrubbers): Typical L/G ranges from 1.0 to 3.0

Represents the mass transfer efficiency of the chosen packing. It depends on the gas velocity and packing type. Lower HTU values mean more efficient packing. scrubber design calculation excel hot

While an Excel spreadsheet provides an excellent starting point, it's crucial to understand its limitations before moving to final design.

Generate a clean, printable dashboard summary. This should highlight key outputs needed by procurement or manufacturing teams: Final Column Diameter (ft or mm)

The pressure drop determines the fan power required for the system. In Excel, this is usually calculated using the or the Leva correlation for packed beds: 🔥 Master Your Scrubber Design: Hot Gas Stream

: Calculate the water lost to evaporation to ensure your pump and hydro-tanks are sized correctly.

Z=NTU×HTUcap Z equals cap N cap T cap U cross cap H cap T cap U

Do you need help writing the for automating the fluid properties lookups? Share public link It depends on the gas velocity and packing type

This module determines the saturated gas flow rate. It utilizes iterative formulas or Excel’s feature to solve the heat balance equation:

Scrubbers are typically designed to operate at 60% to 80% of the flooding velocity ( Calculate Area ( ) and Diameter ( ):

A complete wet scrubber design evaluation follows a sequential engineering workflow:

= MAX(Minimum_Wetting_Rate * Column_Area, Calculated_Chemical_L_G * Saturated_Volumetric_Flow) Use code with caution. 4. Key Risks in Hot Gas Scrubber Design