Thermodynamic Apparatus with an Integrated Dynamic Mixing System

Any type of liquid hydrocarbon fuel, and especially fuel compositions based on liquid hydrocarbon fuels, tends to lose its homogeneity during storage. As a result, agglomerates and sediment formations occur, predominantly at the bottom of storage tanks containing the fuel or fuel mixture.

The elimination of such heterogeneity can be most efficiently achieved through the innovative homogenization process developed by Kristina Bessarabenko, implemented by means of an innovative dynamic homogenization device that performs homogenization directly within the pipeline through which the fuel or fuel mixture flows.

The homogenization process is carried out at a stable temperature or, under certain ratios and operational conditions, with a decrease in the temperature of the combustible liquid or fuel mixture.

The entire dynamic homogenization process is achieved by generating specific turbulent hydrodynamic conditions within the flow of liquid fuel or fuel mixture, without disrupting the chemical and physical equilibrium among its components.