NOVELTY - Fragmented municipal and/or organic waste-containing batch material is dried and processed in a separation and evaporation block (108) connected with a mixing turbine (110) carrying out catalytic depolymerisation process, which is carried out in presence catalyst and readings of sensors with respect to blocks are monitored using technological process control block (112), to measure content of catalyst and automatic catalyst feeder (113) is activated to supply catalyst when amount of catalyst is reduced. The depolymerised material is distilled in distiller (109), to obtain a biocomponent.    USE - Manufacture of biocomponent used for biofuel.    ADVANTAGE - The method enables manufacture of biocomponent having improved kinematic viscosity, and storage and transportation of biocomponent safely, and is environmentally-friendly.    DETAILED DESCRIPTION - Fragmented municipal and/or organic waste-containing batch material is dried and processed in a separation and evaporation block connected with a mixing turbine carrying out catalytic depolymerisation process, which is carried out in presence of sodium aluminosilicate as catalyst and readings of sensors with respect to the separation and evaporation blocks are monitored using a technological process control block, to measure the content of catalyst, and automatic catalyst feeder is activated to supply 5-35 kg/1000 l catalyst when the amount of catalyst is reduced. The depolymerised material is distilled in a distiller, to obtain a biocomponent. The obtained biocomponent is treated using colloidal solution of 5-20 ppm cerium dioxide particles having particle size of 6-8 nm in light distillates of petroleum. The portion of obtained biocomponent is supplied for combustion-electric generator.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating manufacture of biocomponent.    Separation and evaporation block (108)    Distiller (109)    Mixing turbine (110)    Technological process control block (112)    Automatic catalyst feeder (113)