Abstract
A simple method was previously developed based on ideal solution theory for the calculation of dew points of semicontinuous natural gas condensates. The method employed a gamma distribution function with the effective carbon number as the continuous distribution variable. The simple method is extended in this paper to account for nonidealities of the vapor and liquid phases. The new modified approach employs extensions of the viral equation and regular solution theory to continuous mixtures. No adjustable parameters are required, and the predictions are comparable to those of an equation of state method.
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