Abstract: The inventive method for recovery of tires, mainly waste tires, consists in supplying waste tires to a pyrolysis column, in exposing the tires to the action of variable magnetic field in such a way that they are heated to a temperature of rubber thermal decomposition, in removing volatile products which are formed during the rubber thermal decomposition process, in cooling solid residues of the thermal decomposition products and in removing them from the pyrolysis column, wherein the tires are previously divided into parts which are supplied to the pyrolysis column through a feed port and the tires are inductively heated by means of a magnetic field, the frequency of which ranges from 1 to 1000 kHz. A device for carrying out said method is also disclosed.

Abstract: The invention relates to coke production in general and specifically to methods and devices for the production of metallurgical coke from noncaking coals. The method comprises metering, crushing and mixing of coal, an adhesion agent, and an organic waste component to produce uniform feedstock and subsequent heating of the feedstock, wherein as the adhesion agent are used high boiling point products of plastic waste pyrolysis, which are added to the feedstock in an amount of 15% to 20% of the total feedstock volume and wherein the feedstock is heated in the temperature range 250° C. to 1100° C. The device comprises a fire-resistant coking chamber; heating ducts; burners; means for charging the material to be coked; a coke discharging means, wherein the device comprises a heating tank provided with a charging hole for charging plastic waste, organic waste, and catalysts; and with a flight conveyor for removing undissolved residues from said tank.