The invention relates to the field of medical technology, namely, to facilities for disposal of medical waste, preferably Class B, and C. The device has a sealed cover 5. The housing has an outer and an inner side wall 6 and 7, between which flexible electric heating elements 9 (GENy ). The inner wall 7 has perforations, and at its inner surface has a non-stick coating. GENy separated from the wall 6 of thermal insulation layer. Heat chamber 8 is provided with air circulation system having a closed loop. Blowing nozzles 10 of air circulation system are arranged in the bottom of the heat chamber. They pass through the gap between the inner and outer bottom and connected to the air distributor 11. Air distributor 11 is formed as a tube, which is formed in the walls of the perforation. Suctions air circulation system 12 attached to the top of the heat chamber 8 and the external air ducts 13 are connected with air pump 14 injects air into the blowing nozzles 10. The upper housing part defines a chamber 15 for collecting the gases and connected thereto gas outlet pipe to the filtration system. On pipe installed solenoid valve 16, the opening / shut-off gas access to the block of filtration system. The valve 16 is arranged in such a way that draws the air from the environment, which leads to the cooling gas entering the flow filtration system. The device produces effective disinfection of medical waste Class B and B and does not require pre-grinding of the processed materials. Since complete destruction is not accompanied by melting the waste, the installation has low power consumption performance at high productivity. Recycling is carried out without preliminary sorting criterion of medical waste material melting temperature, and thus, is universal. The presence of gas filtration system increases the environmental friendliness of use, safety for personnel. Installation is easy to use and maintain, compact, easily transportable, because located on the mobile platform.Поле
