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The NIST Mixture Property Database calculates thermodynamic and
transport properties of mixtures of fluids selected from any of
17 possible pure components. The emphasis of the database is on
density prediction (especially for CO2-rich mixtures),
but results for other properties and mixtures are also accurate.
All phase equilibrium calculations are performed with the
Peng-Robinson equation of state, and coexisting phase properties
are calculated with the NIST extended corresponding states model.
Calculations can be performed for mixtures formed from any of 17
pure components. These include:
- carbon dioxide
- hydrocarbons
- carbon monoxide
- nitrogen
- oxygen
- hydrogen sulfide
- argon
Calculated properties for any specified mixture include:
- density
- bubble point pressure
- bubble point temperature
- dew point pressure
- dew point temperature
- saturation properties
- enthalpy
- entropy
- heat capacity
- viscosity
- thermal conductivity
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