Virial Formula Modules

Calculate gas compressibility factor or Z factor.

The compressibility factor is used to account for the non ideal behaviour of real gases. The non ideal gas law is expressed as

` P V = Z Ro T `

where :

P = gas pressure `
`T = gas temperature `
`V = gas mole volume `
`Z = gas compressibility factor `
`Ro = universal gas constant

The compressibility factor canbe calculated using either the Peng Robinson, Soave, Redlich Kwong or Van Der Waals cubic equations of state (EOS), or using the virial equation.

Change Module :

• Gas Compressibility Factor From The Cubic Equation Calculation Module
• Gas Compressibility Factor From The Virial Equation Calculation Module
• All

Related Modules :

• Fluid Compressibility Factor Data Module
• Fluid Critical Point And Molar Mass Data Module
• Fluid Mixture From Kay's Rule Calculation Module
• More Fluid Compressibility Z Factor Modules

Fluid ideal gas law Z factor or compressibility factor data.

The Z factor is commonly used to adjust the ideal gas law to account for the behaviour of real gases. The Z factor can be obtained from tables, or calculated using cubic equations of state (Van Der Waals, Peng Robinson, Soave, Redlich Kwong equations), or from other relationships such as the Virial equation.

Related Modules :

• Fluid Critical Point And Molar Mass Data Module
• Fluid Density And Specific Gravity Data Module
• Fluid Dynamic And Kinematic Viscosity Data Module
• Fluid Mixture From Kay's Rule Calculation Module
• Fluid Specific Heat Capacity Data Module
• Fluid Surface Tension Data Module
• Fluid Thermal Expansion Coefficient Data Module
• Fluid Vapour Pressure Data Module
• Gas Compressibility Factor Calculation Module
• Methane Gas And Liquid Data Module
• Yaws Critical Point And Accentric Factor Data Module
• More Fluid Compressibility Z Factor Modules