Mathematical modeling of the liquefied gases hydrates formation

A model of the formation of hydrates in the system of phase states of liquefied gas - water (ice, liquid, vapor), which is in a stratified state or in the form of emulsions, is presented. The relationship between the amount of liquefied gas components transferred into clusters and remaining in the environment is described. The features of the kinetics of the hydrate formation process are reflected. Using the developed mathematical model of the formation of hydrates of single- and multicomponent liquefied gases, it is possible, in a first approximation, to determine the thermobaric parameters, the basic properties and characteristics of the process, which include molecular (molar mass, density and number of moles of hydrates, as well as gas and water in it) and energy (hydrate formation in liquefied gas - water systems) parameters.