Model of a submerged jet accounting for two limiting schemes of hydrate formation

Abstract

Submerged jets propagating under stable hydrate conditions and flow environment are considered. An integral Lagrangian control volume method is developed for calculating the jet parameters: the trajectory, radius, temperature, density, and volumetric content of jet components. The impact of two extreme schemes of hydrate formation on the jet parameters is identified. The impact of the initial value of the gas flow rate on the jet temperature is investigated.