Abstract
Thermobaric conditions of hydrocarbons flow in the pipe, as well as the component composition of the hydrocarbon system and the geometric shape of the pipeline, determine the stability of their operational complications. The power consumption for pumping a unit mass of a hydrocarbon mixture in the form of gas is 2÷3 orders of magnitude higher than the power consumption for pumping a hydrocarbon mixture in the form of a liquid. The method for calculating the flow and heat and mass transfer of gas-liquid hydrocarbon media in the field and main pipelines during their design and operation is essential when solving energy conservation issues when transporting a hydrocarbon mixture. Over the past decade, research in the field of monitoring of technological processes in the pipelines of energy transportation systems has been conducted at Tyumen Industrial University at the Department of Hydrocarbon Resources Transport.
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