Pipe Network Hydraulics – Live Excel Calculator with Rohit Kumar Yadav

🔗 Analyse Complete Piping Networks in One Workbook

The ChemicalWala Pipe Network Liquid & Gas Live One-Page Calculator is a practical Excel-based engineering tool developed for preliminary hydraulic evaluation of connected pipeline systems.

Define the fluid conditions and enter the pipe length, diameter, roughness, elevation and fittings data for each network segment. The workbook automatically calculates individual and cumulative hydraulic results in an easy-to-review format.

✅ Key Calculations and Features

• Separate calculation modes for liquid and gas services

• Multiple connected pipe-segment evaluation

• Segment-wise flow-velocity calculation

• Reynolds-number and flow-regime identification

• Friction-factor estimation

• Straight-pipe friction-loss calculation

• Fittings and valve losses using K-values

• Elevation or static-head consideration

• Pressure-drop calculation for every segment

• Cumulative network pressure-loss evaluation

• Estimated pressure available at downstream points

• Critical segment and high-loss identification

• Automatic engineering status and warning indicators

• Live Excel formulas with instant recalculation

• Clean one-page network calculation format

📦 What You Will Receive

• One ready-to-use Excel pipe-network calculator

• Editable fluid, operating and piping inputs

• Segment-wise automatic hydraulic calculations

• Summary of total pressure loss and outlet conditions

• Reusable format for different network arrangements

• Professional calculation sheet for engineering reviews

🎯 Suitable For

• Process and Chemical Engineers

• Piping and hydraulic-design engineers

• EPC, utility, project and plant engineers

• Engineering consultants and freelancers

• Students learning practical pipeline hydraulics

⚠️ Engineering Note

This calculator supports preliminary hydraulic analysis and engineering evaluation. Final network design must be verified using approved project specifications, confirmed piping geometry, applicable codes and detailed hydraulic-simulation software where required.