HSC Chemistry 9, Software for Process simulation, Reactions Equations, Heat and Material Balances, Equilibrium Calculations, Electrochemical Cell Equilibriums, Eh-pH Diagrams – Pourbaix diagram

Modules

Databases

Contact

Version 10 Modules

All modules included as standard

- Sim - Process simulation
- LCA Evaluation
- Mass Balance
- Reaction Equations
- Heat and Material Balances
- Heat Loss Calculator
- Equilibrium Calculations
- Exergy Balance
- Eh-pH Diagrams - Pourbaix
- H, S, Cp and Ellingham Diagrams
- Tpp Diagram-Stability diagrams
- Lpp Diagrams-Stability diagrams
- Water - Steam tables, etc.
- H, S, Cp Estimates
- Benson Estimation
- Species Converter
- Periodic Chart-Elements
- Measure Units
- HSC AddIn Functions
- Aqua
- Geo-Mineralogical calculations
- Map-GPS material stock
- Fit-Numerical Data fit
- Data-Statistical analysis

Databases

All included as standard

- HSC Thermochemical Database
- Water Steam/Fluid Database
- Heat Conduction Database
- Heat Convection Database
- Surface Radiation Database
- Gas Radiation Calculator
- Particle Radiation Calculator
- Elements Database
- Measure Units Database
- Minerals Database
- Aqueous Solution Density Database
- The Pitzer parameter Database

(866) 571-1976

01737 822144

Worldwide

sales and support

Equilibrium Calculations User Manual

Equilibrium calculations offer a practical way to observe the effects of process variables, such as temperature and amounts of raw materials, on product composition.

HSC Equilibrium Calculations

With this program option you can calculate the equilibrium composition and amounts of prevailing phases in any reactor. You only specify the raw material amounts, temperatures and the species of the system. These species can be specified by selecting the elements of the system, or typing the formulae, or by editing the old file. Activity coefficients can be given, if necessary, as constants or as functions of temperature and composition or instead of manually entering activity coefficient it is possible to use pre-defined activity models. This module also includes cell equilibrium calculations.

Calculations can be repeated at stepwise intervals over the range of raw material amounts or reaction temperatures in order to visualize the effect of these process variables. For example, you can observe the effect of temperature on arsenic evaporation from copper-iron sulfides, or the effect of chlorine feed on titanium chlorination.

Calculations are done using the Gibbs energy minimization method as soon as the user specifies the input data and presses the Calculate button. The results can be, for example, the equilibrium composition of the chemical system, which can be plotted as a function of temperature, partial pressure, etc.

You can select linear or logarithmic scale and set maximum and minimum values for the x- and y-axis.

The tabular numerical data which is used to draw the diagram can be saved as a normal text file by pressing the Table button. These files can be read, for example, in spreadsheet programs for further calculations.

A special Cell Equilibrium calculation option is also available for calculating the charge and composition of phases in electrochemical cells, such as batteries.

Buy online now

hsc10_u_basic3

HSC Chemistry 10 Basic 1 user license 3 year subscription*

1770 USD