Fast pyrolysis reactor

A fast pyrolysis reactor characterized in that the reactor is installed on a steel framework, which is a steel housing accommodating a hollow steel cylinder, comprising a charging hopper, a branch pipe for evacuation of organic destruction products and an outlet branch pipe for diversion of a product released in a course of pyrolysis, a heating element, where the housing is made up of two parts, a lower part and an upper part, interconnected with bolts on flanges, a lower part of the housing terminates with a pyramidal collector of solid pyrolysis products, through an upper plant of the housing, into which a feedstock delivery tray extends, cylinder ends are limited on two sides with rings having through apertures in a center, blades are welded along a horizontal axis of the cylinder, throughout its length, hollow semi-axles are welded to the end rings of the cylinder, an inner diameter of the above semi-axles matching a diameter of the apertures made in the end rings, the semi-axles extend through annular apertures in reactor side walls beyond housing limits, rest on rotating supports, a driven sprocket of a chain transmission is fixed with a screw joint on one of the semi-axles, an electric motor with a drive connected to a gearbox, on a shaft of which the driven sprocket is keyed, serves as an actuator for rotation of the cylinder, a cylinder assembly has a through cavity, inside which electric heating elements are accommodated along rotation axis, a rod runs through a cavity center, on which electric heating elements are mounted on insulators with collars, the reactor housing is lined inside and outside with heat insulating materials.