KINETIC STUDY OF MODEL PROCESSES OF PARAﬃN SEDIMENTS DISSOLUTION IN A BINARY SYSTEM HEXANE-BENZENE AT TEMPERATURES RANGING FROM 10–60 <sup>◦ </sup>C
The process of the asphaltene-resin-paraﬃn deposits (ARPD) dissolution in the hexanebenzene mixture at 10–60 <sup>◦ </sup>C is investigated. The kinetic description of process is performed by Erofeev–Kolmogorov equation. The kinetic parameters: rate constant, activation energy, and reaction order of ARPD dissolution are estimated. The possibility of the kinetic parameters usage for evaluation of the solvent eﬀectiveness to remove deposits is shown.