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  • https://eng.libretexts.org/Bookshelves/Chemical_Engineering/Phase_Relations_in_Reservoir_Engineering_(Adewumi)/06%3A_PT_Behavior_and_Equations_of_State_(EOS)_I/6.01%3A_Introduction
    This means that in the course of producing the reservoir, a process that always involves movement, I am assuming that everywhere the gas and the liquid are in equilibrium. It only cares about its own ...This means that in the course of producing the reservoir, a process that always involves movement, I am assuming that everywhere the gas and the liquid are in equilibrium. It only cares about its own pressure and temperature condition: P s , T s . The composition of the fluid at the separator inlet is assumed to be the same as that of the reservoir fluid, although this is strictly true only for single phase conditions.
  • https://eng.libretexts.org/Bookshelves/Chemical_Engineering/Distillation_Science_(Coleman)/05%3A_Equation_of_State
    This article deals with the recommendations for Equation Of State (EOS), as well as the mathematical techniques for solving such non-intrinsic EOS equation forms. The module explains why an EOS is nee...This article deals with the recommendations for Equation Of State (EOS), as well as the mathematical techniques for solving such non-intrinsic EOS equation forms. The module explains why an EOS is needed to evaluate the pure-component physical properties that are used in distillation science, reviews the various options and makes a recommendation. Also included are techniques for solving the EOS cubic equations and some work-arounds near the critical point.

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