whXXpert

Steam Cycle Analysis and System Design of Waste Heat Based Power Plants

The whXXpert handles system design of Waste Heat Power Plants for Rotary Kiln based Sponge Iron plants or Waste Gases from any sources and designs entire Power Plant System including WHRB, Steam Turbine, Feed Pumps, Deaerator, Condenser, CEP, Cooling Tower, CW System, ACW System, Plant Water System, Air Conditioning and Ventilation System, Compressed Air System, Fire Fighting System etc.

It computes maximum steam generation from the available waste gas from the rotary kiln or other sources. The major inputs for this software are Waste Gas Volumetric composition, Gas Quantity, Gas Temperature and Dust Content.

The Heat Balance Diagram depicts the Waste Heat Power Plant configuration and also gives performance details like Gross Power, Auxiliary Power Consumption and Net Power.

This Expert System designs entire Power Plant System including Boiler, Motor Driven Boiler Feed Pumps, Deaerator, Feed Heaters, Condenser, CEP, Cooling Tower, CW System, ACW System, Plant Water System, Ash Handling Plant, Air Conditioning and Ventilation System, Compressed Air System, Fire Fighting System, and Plant Power & Utility Piping System.

Waste Heat Boiler and Auxiliaries	Pre-treatment System	Heat Balance Diagram
Steam Turbine and Auxiliaries	DM Plant	Water Balance
Feed Heating System	Cooling Tower	Plant Auxiliary Power
Deaerator	Ash Handling System	Plant Performance
Surface Condenser	HVAC System	Equipment List
CW System	Fire Fighting System	Electric Motor List
ACW System	Compressed Air System	Project Cost Estimation
Raw Water System	Power Piping System	Cost of Generation

It gives sizing details like capacity etc., with basic parameters for selection of the equipment for the Waste Heat Power Plant.

The System Design sheet performs number of basic calculations and integrates all the components of the Waste Heat Power Plant System.

The WHRB Performance gives complete calculations for Heat Duty, Steam Generation, Configuration of the Heating Surfaces, Steam and Gas Temperature Profile, Heat Duty Distribution, Electro-Static Precipitator, ID Fan and Main Stack.

It optimizes the Plant Economics by calculating Cost of Generation and Project Cost Estimation. It computes the Heat Rate and Auxiliary Power consumption of the Power Plant.

The System Design sheet performs number of basic calculations and integrates all the components of the Power Plant System.

This software is basically a worksheet module with build-in programs developed using Visual Basic Application Tools, which can be customized easily to specific requirements.

Mail your enquires to -

Aravinthraajan Energy Systems

[email protected]