Scrubber Design Calculation Excel Hot Direct

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

where:

= (0.000585/vr) * SQRT(sigma/rho_l) + 0.0597 * (mu_l / SQRT(sigma/rho_l))^0.45 * (Ql/Qg)^1.5 scrubber design calculation excel hot

Calculate the pressure drop across the packing to size your fan. High-temperature applications often have higher liquid-to-gas ( ) ratios, which increases the pressure drop. Typical Limit: Design for of the flooding velocity. Excel Spreadsheet Structure

Designing a wet scrubber for hot gas streams—such as incinerator exhaust, boiler flue gas, or thermal oxidizer discharges—presents unique thermodynamic challenges that standard design spreadsheets fail to capture. Evaporative Cooling and Water Makeup A complete wet scrubber design evaluation follows a

) ratio required to achieve target removal efficiency while ensuring complete wetting of the internals to prevent thermal shock or scale buildup. 3. Building the Excel Calculation Tool

An Excel spreadsheet allows you to quickly evaluate different packing materials, gas flow rates, and liquid-to-gas (L/G) ratios. Organize your workbook into four distinct, logical sections. Section 1: Input Parameters (Data Entry) Excel Spreadsheet Structure Designing a wet scrubber for

Scrubber Design Calculation Excel Sheet for Hot Gas Applications

) or empirical flooding constants to add directly to your formulas. Share public link

$$ L = \frac\textMolar flow rate of SO2 \times \textStoichiometric ratio\textMolecular weight of NaOH \times \textDensity of NaOH solution $$

Rapid temperature drops at the inlet can crack ceramic packing or buckle plastic internals. Ensure your tool prompts for a dedicated alloy or refractory-lined quench spray zone before the packing bed. Material Selection: Standard plastics like PVC soften above 60∘C60 raised to the composed with power C