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Example Projects

Steam Process Library

Steam_Lib, the Steam and Water Process Library, is an easy to use yet powerful model library for analyzing thermal systems that use water and steam as working fluid. It offers a comprehensive range of models for both design and off-design analysis.

To calculate the properties of water and steam, Steam_Lib utilizes the IAPWS_IF97, which stands for the Industrial Formulation 1997 for the Thermodynamic Properties of Water and Steam, developed by the International Association for the Properties of Water and Steam (IAPWS).

Steam_Lib is a subset of several other model libraries.

generator
generator
motor
motor
W_Boiler
simple water/steam boiler model
W_Connector
connector for water streams to be used in closed loops
W_Condenser
steam condenser, water cooled
W_Cooling_Tower_dry
dry cooling tower
W_Cooling_Tower_wet
wet cooling tower
W_Deaerator
direct mixing preheater a.k.a. deaerator
W_Drum
steam drum
W_Htex
general purpose heat exchanger, water on both sides
W_Heat_sink
heat sink for water streams
W_Heat_source
heat source for water streams
W_Mixer
mixer for water streams
W_Pipe
pipe for water
W_Preheater
preheater for water/steam cycles
W_Pump
pump for water
W_Reheater
simple reheater model
W_Separator
steam separator to remove water droplets (or condensate) from steam
W_Sink
sink for a water stream
W_Source
source for a water stream
W_Splitter
splitter for water streams
W_Turbine
steam turbine
W_Turbine_end
steam turbine, end stage
W_Valve
valve for water
W_Xprescription
prescription/calculation of steam quality
Demo_Basic_Steam_Cycle
Basic Clausius-Rankine steam cycle.
Demo_Steam_Cycle_Deaerator
Clausius-Rankine steam cycle with steam extraction for direct mixing preheating in a deaerator.
Demo_Steam_Turbine_Reheat
A steam cycle with reheating in order to take advantage of the increased efficiency with higher pressures and avoid excessive moisture in the low-pressure stages of the turbine.
Demo_Water_Stream
Demonstrates the capability of the W_Stream object
Steam Cycle with Off-Design Model
Steam Cycle with deaerator. The project contains a design and off-design model/dataset
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We are an innovative company located in Graz, Austria. For over 30 years we have been involved in process simulation in the field of power plant construction and beyond. Our software IPSEpro is used by over 1500 users in more than 50 countries. With IPSE GO, our goal is to bring process simulation to the cloud.