⚙️ Combined Heat & Power CHP Backpressure Turbines (Isentropic Efficiency 70-80%)

Backpressure Steam Turbine Generator Calculator

Size combined heat and power (CHP) backpressure steam turbine generators (Elliott / Dresser-Rand / Siemens): calculate electric power output (kW = Steam Flow Lbs/Hr x Δh_isentropic x Efficiency / 3,412), replace wasteful pressure reducing valves (PRVs) with mechanical turbine power extraction, and industrial cogeneration yields.

1. Project & Operating Inputs

Inlet High-Pressure Steam Flow (Lbs / Hour e.g. 45,000 Lbs/Hr Steam)

Inlet Steam Pressure (PSIG e.g. 600 PSIG High-Pressure Header)

Customer Bid Price for Supplied & Connected Turbine Skid ($)

Backpressure Turbine, Synchronous Generator, Lube Oil Console & Piping ($)

2. Financial Breakdown & Yield

CHP STEAM TURBINE GENERATOR

Turnkey Cogeneration Package Profit

Industrial Power Integrator Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Material Cost