Development of a new reagent for the prevention of asphaltene-resin-paraffin deposits

The accidents arising in the collection and transportation system, as a result of complications during transportation and storage of gas and gas condensate, caused by their physicochemical and rheological properties, lead to both loss of production and damage to the ecological state of the environment. As we know, the difficulties and obstacles that arise during the collection, preparation for transportation, and storage of hydrocarbons are related to their multicomponent and multiphase nature, as well as their structural structure, the elimination of which has been investigated. The complexity and complications arising from the collection, transportation and storage of hydrocarbons in many cases due to their complexity and multiphase, as well as their structural structure. Collection and transportation of multiphase well products at offshore fields requires the selection of a reasonable pipeline diameter. The collection distance of gas condensate mixtures cannot be increased indefinitely by increasing the pipeline diameter and has a maximum limit. Increasing the collection distance beyond this limit leads to filling the gas pipeline with liquid (condensate) and deterioration of the efficient operation of the gas pipeline. To determine the hydraulic resistance coefficient, known formulas were used for a single-phase hydraulic medium using the velocity and density of the mixture, as well as its viscosity. At the same time, the use of two dependences for laminar and turbulent flows for the calculation of the hydraulic resistance coefficient was considered sufficient. At the same time, empirical formulas are used to determine the diameter and length of pipelines.. Keywords: transportation; pipeline; gas-condensate; systems; diameter; hydraulic; liquid; separation; hydrodynamic; separation.