Chemical Engineering Design: Principles, Practice and Economics of Plant and Process Design

Inorganic compounds are listed in alphabetical order of the principal element in the empirical formula.
Organic compounds with the same number of carbon atoms are grouped together and arranged in order of the number of hydrogen atoms, with other atoms in alphabetical order.
A searchable spreadsheet containing the physical property data and models is available in the online material at http://books.elsevier.com/companions.
| NO | = Number in list |
| MOLWT | = Molecular weight |
| TFP | = Normal freezing point, deg C |
| TBP | = Normal boiling point, deg C |
| TC | = Critical temperature, deg K |
| PC | = Critical pressure, bar |
| VC | = Critical volume, cubic meter/mol |
| LDEN | = Liquid density, kg/cubic meter |
| TDEN | = Reference temperature for liquid density, deg C |
| HVAP | = Heat of vaporization at normal boiling point, J/mol |
| VISA, VISB | = Constants in the liquid viscosity equation: |
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DELHF = Standard enthalpy of formation of vapor at 298 K, kJ/mol.
DELGF = Standard Gibbs energy of formation of vapor at 298 K, kJ/mol.
CPVAPA, CPVAPB, CPVAPC, CPVAPD = Constants in the ideal gas heat capacity equation:
ANTA, ANTB, ANTC = Constants in the Antione equation:
To convert mmHg to N/sq.m multiply by 133.32.
To convert degrees Celsius to Kelvin add 273.15.
TMN = Minimum temperature for Antoine constant, deg C
TMX = Maximum temperature for Antoine constant, deg C
Most of the values in this data bank were taken, with the permission of the publishers, from The Properties of Gases and Liquids, 3rd ed., by R. C. Reid, T. K. Sherwood, and...