Dynamics investigation of the natural gas specific humidity in the bottomhole zone and the hole of gas wells

Assessment of the natural gas specific humidity is necessary for technological calculations in production, treatment, and transportation gas. As well as knowledge dynamics allows you to calculate consumption hydrate inhibitors before their injection into wells. In this paper, bottomhole zone hole wells depending on temperature pressure have been investigated. The computational experiment was carried out framework non-isothermal filtration models real a reservoir formation / dissociation hydrates under conditions heat exchange with permafrost rocks. It shown that when sampling constant flow rate, dependence moisture fraction most pronounced zones, where Joule-Thomson effect prevails, other zones its value determined by dynamics.