#Reactions in pyrosim manual

The most significant new feature in Pyrosim is the generalised empirical mode this is designed to replace the non-equilibrium stainless steel models. However explanation will be given for situations where data is exported from Thermo to Pyrosim. Thermodynamic data can now be edited in Thermo and exported to Pyrosim. Pyrosim is most suited to study complex systems, while Thermo allows compounds and single reactions to be rapidly analysed. Recently Pyrosim and Thermo (both developed by Rodney Jones) have now evolved into a suite of products. high temperature fusion and cupellation during platinum group metal chemical analysis, and the chemical interaction between a refractory brick and a molten metal bath.

Designed as a process simulator, it has nevertheless also been used to simulate other systems, e.g. Pyrosim is a pyrometallurgical process simulation package which can be configured to simulate many different high temperature metallurgical operations.

#Reactions in pyrosim manual

This manual discusses the features available in Pyrosim version 1.50. Ideal Mixing of Complex Components ModelĬHAPTER 5 THE EMPIRICAL MODEL APPENDIX A Expanded Menu Structure APPENDIX B Stainless Steel Models.Differences Between Operating and Observed Temperatures.Selecting thermodynamic data from Thermo.Running Pyrosim Under Microsoft Windows ©.Technical Support CHAPTER 1 INSTALLATION.This document describes Pyrosim version 1.5 CONTENTS INTRODUCTION Pyrosim Manual The Pyrosim User's Manual by