🌡️ Process Thermodynamics (Delta-T ≈ 1.0°F per 350 PSI Friction Heat, Post-Cooler GPM)

Homogenizer Temperature Rise Calculator

Calculate adiabatic product temperature rise caused by mechanical shear and fluid friction across extreme high-pressure homogenizing valves (approx. +1.0 deg F for every 300-350 PSI pressure drop / +1.0 deg C per 40 bar): size downstream sanitary plate/tubular heat exchanger chillers to prevent product heat damage, and process cooling profits.

1. Project & Operating Inputs

Product Flow Rate (GPH e.g. 2,500 GPH Emulsion Stream)

Homogenization Pressure (PSIG e.g. 14,000 PSIG Pressure Drop)

Customer Bid Price for Supplied & Piped Sanitary Chiller Skid ($)

Alfa Laval Sanitary Multi-Tube Exchanger, Glycol Valve, Pumping ($)

2. Financial Breakdown & Yield

HOMOGENIZER THERMODYNAMICS

Turnkey Post-Homogenization Chiller Profit

Sanitary Heat Transfer Engineering Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost