NOVELTY - Solid fuel beneficiation and transportation to thermoelectric power station involves separating minerals in heavy aqueous liquid into solid fuel that delivered to the station; placing final tailings into worked-out area with subsequent regeneration of the liquid from beneficiation product and returning to start point of technological process, where regeneration is realized by washing with non-aqueous easily evaporable liquid, drying, liquefaction and distillation; passing remaining solid fuel to station; squeezing; washing; evaporating and returning to the beneficiation place.    USE - For solid fuel beneficiation and transportation to thermoelectric power station (claimed), where the solid fuel is various kind of coal and shale oil.    ADVANTAGE - The method provides a number of significant advantages in comparison with known methods of solid fuel beneficiation and transportation to a thermoelectric power station, i.e. provides decrease in power consumption by the entire mining and power generation industry, which represents a single technological complex owing to a refusal to deliver waste rock as a part of rock mass from a mine to the ground surface and to the organization of completely in-line technological process, from solid fuel production and beneficiation to its delivery to a thermoelectric power station for combustion. Besides, such industry is not accompanied with deleterious effect of fuel dust on the natural environment. Hence the method reduces energy consumption of mining energy generation, eliminates solid fuel loss, reduces irreversible water consumption, and protects the natural environment from the pollution with dusty fuel.    DETAILED DESCRIPTION - Method of solid fuel beneficiation and transportation to thermoelectric power station, involves separating minerals constituting rock mass in heavy aqueous liquid into a solid fuel delivered afterwards to thermoelectric power station; placing final tailings into a worked-out area with subsequent regeneration of the aqueous liquid from the beneficiation products and returning to the starting point of the technological process, where the regeneration of heavy aqueous liquid from final beneficiation tailings is realized by washing with non-aqueous easily evaporable liquid, placing in a worked-out area, drying with subsurface heat, liquefaction of vapors of the aqueous liquid leaving them and distillation of effluents left after their washing into aqueous and non-aqueous components by heat released at the liquefaction of non-aqueous liquid; delivering the remaining solid fuel afloat in the heavy aqueous liquid to thermoelectric power station in the flow of the liquid; squeezing the liquid; washing with water and directed to combustion; evaporating effluents left after its washing with water, by heat released at the condensation of working medium of thermodynamic cycle of the thermoelectric power station; and returning evaporated effluents together with the liquid medium left earlier after its squeezing, to the place of solid fuel beneficiation.