Please ensure Javascript is enabled for purposes of website accessibility
Powered by Zoomin Software. For more details please contactZoomin

AVEVA™ Process Simulation

Available constant properties

  • Last UpdatedAug 13, 2024
  • 1 minute read

Currently, you can view and override the following constant property data for pure components:

Property

Description

Summary Properties (Read only)

Full Name

Full name of the pure component

Bank

Thermodynamic data bank

CAS No

Chemical Abstracts Service (CAS) registry number

SimSci ID

Unique internal ID assigned by AVEVA

Formula

Chemical formula

Basic Properties

MW

Molecular weight

NBP

Normal boiling point

NMP

Normal melting point

SG60F

Specific gravity at 60°F

MVOL25C

Liquid molecular volume at 25°C

Critical Properties

TC

Critical temperature

PC

Critical pressure

VC

Critical volume

ZC

Critical compressibility factor

ACENTRIC

Acentric factor

TTP

Triple-point temperature

PTP

Triple-point pressure

Heat Properties

GFORMATION

Ideal gas Gibbs free energy of formation

HFORMATION

Ideal gas heat of formation

HCOMBUST

Heat of combustion

HFUSIONNMP

Heat of fusion at the normal melting point

HVAPNBP

Heat of vaporization at the normal boiling point

Molecular Properties

RADIUS

Radius of gyration

Q

The surface area parameter for the UNIQUAC and UNIFAC methods

R

The volume parameter for the UNIQUAC and UNIFAC methods

Other Properties

RACKETT

Rackett parameter

SOLUPARA

Solubility parameter

DIPOLE

Dipole moment

FLASHPOINT

Flash point

LOFLAMM

Lower flammability limit

HIFLAMM

Upper flammability limit

AUTOIGNITION

Autoignition temperature

GHV

Gross heating value

LHV

Lower heating value

CNUM

Carbon number

ZNUM

Hydrogen deficiency number

PARACHOR

Parachor

CHARGE

Charge

TitleResults for “How to create a CRG?”Also Available in