Line Sizing Incompressible Flow Excel Workbook with Rohit Kumar Yadav

💧 Perform Liquid Pipeline Sizing with Confidence

The ChemicalWala Incompressible Line Sizing Live Workbook is a practical Excel-based tool for preliminary sizing and hydraulic evaluation of liquid pipelines.

Enter the flow rate, fluid properties, pipe details, operating pressure and fittings data. The workbook automatically performs the connected calculations and presents recommended pipe-size options with clear hydraulic results.

✅ Key Calculations and Features

• Incompressible liquid line-sizing calculations

• Flow-rate and velocity evaluation

• Reynolds-number and flow-regime identification

• Laminar friction factor using 64/Re

• Turbulent friction-factor estimation

• Darcy-Weisbach pressure-drop calculation

• Straight-pipe friction-loss calculation

• Fittings and valve losses using K-values

• Pressure drop per 100 metres

• Total pipeline pressure-drop calculation

• Estimated outlet-pressure calculation

• API RP 14E erosional-velocity screening

• Comparison of multiple candidate pipe sizes

• Pipe schedule and internal-diameter consideration

• Automatic pass, review and warning indicators

• Live Excel formulas with instant recalculation

📦 What You Will Receive

• One ready-to-use Excel line-sizing workbook

• Editable process, fluid and piping inputs

• Automatically generated hydraulic results

• Candidate pipe-size comparison table

• Reusable format for different projects and services

• Professional calculation sheet for design and review work

🎯 Suitable For

• Process and Chemical Engineers

• Piping and hydraulic-design professionals

• EPC, project and plant engineers

• Engineering consultants and freelancers

• Students preparing for process-design roles

⚠️ Engineering Note

This workbook supports preliminary hydraulic sizing and technical evaluation. Final pipe size must be reviewed against the approved design basis, project specifications, piping material class, allowable pressure drop, operating requirements and applicable engineering standards.