NOVELTY - A garbage pyrolysis purifying equipment comprises a housing and a charging conveying device. A pyrolysis furnace body (1), a gas adsorption tank (7), an ultrahigh frequency power supply host machine (15), an alkaline solution container (18) and a gas purification adsorption tower (13) are installed in the housing. An upper part and a lower part of the pyrolysis furnace body are respectively provided with a feeding port and a waste solid discharging port (2).    USE - A garbage pyrolysis purifying equipment.    ADVANTAGE - The equipment has zero discharge of pollutants.    DETAILED DESCRIPTION - A garbage pyrolysis purifying equipment comprises a housing and a charging conveying device. A pyrolysis furnace body (1), a gas adsorption tank (7), an ultrahigh frequency power supply host machine (15), an alkaline solution container (18) and a gas purification adsorption tower (13) are installed in the housing. An upper part and a lower part of the pyrolysis furnace body are respectively provided with a feeding port and a waste solid discharging port (2). The charging conveying device is connected with the feeding port of the pyrolysis furnace body. A gas pyrolysis part (3) is linked between the pyrolysis furnace body and the gas adsorption tank. The pyrolysis furnace body is further connected with an ultrahigh frequency electromagnetic heater (16). The gas pyrolysis part is connected with an ultrahigh frequency electromagnetic heater (17), and the ultrahigh frequency electromagnetic heater and the ultrahigh frequency electromagnetic heater are electrically linked with the ultrahigh frequency power supply host machine. The gas adsorption tank is respectively linked with an alkaline solution supplementing tank (6), a high density purifier (9) and a gas liquid separator (10). The gas adsorption tank and the alkaline solution supplementing tank are connected with the alkaline solution container by an alkaline solution circulating pump (5), and the high density purifier is provided with a purified water drain outlet. The gas liquid separator is connected with the gas purification adsorption tower provided with a clear gas discharging port by a draught fan (11). An INDEPENDENT CLAIM is included for a garbage pyrolysis purifying treatment technology comprising:    (A) collecting the garbage and conveying to the feeding port of the pyrolysis furnace body by the charging conveying device, and putting to the pyrolysis furnace body;    (B) heating the pyrolysis furnace body by 380 V alternating current introduced from a control cabinet to the ultrahigh frequency power supply host machine, enabling the frequency to raise to 200-600 Hz in the ultrahigh frequency electromagnetic heater and the ultrahigh frequency electromagnetic heater and producing eddy heat quantity to heat the solid garbage in the pyrolysis furnace body at high temperature; pyrolysis the garbage at 850-1000 degrees C in the pyrolysis furnace body under sealing and poor-oxygen conditions, performing rapid carbon carbonization for the garbage, and discharging the garbage after carbon carbonization from the solid residue discharging port;    (C) enabling the gas caused by pyrolysis the garbage at high temperature in the pyrolysis furnace body to enter the gas heating part; heating the garbage in the gas heating part again, and enabling the gas after high temperature pyrolysis, drying, destructive distillation and gasification in the pyrolysis furnace body to quickly heat up to 1100-1300 degrees C in the gas heating part to make the gas further pyrolyze, eliminating the poisonous and harmful gas, then entering the gas adsorption tank, neutralizing the temperature, peculiar smell, water vapor and acidic gas in the high temperature gas after quenching and adsorbing the high temperature pyrolyzed gas in the gas adsorption tank, the neutralized product is neutral salt liquid, and pumping the salt liquid to the high density purifier via the transfusion pressurizing pump to separate out and purify the moisture and drain while the pH value of the salt liquid in the gas adsorption tank achieves 6-8; and    (D) after performing secondary alkaline solution spraying for the unadsorbed, neutralized saturated gas and powder in the gas adsorption tank in accordance with quenching the high temperature pyrolysis gas by the gas adsorption tank, pumping the gas from the pyrolysis furnace body, the gas adsorption tank and the gas liquid separator by the draught fan, discharging 0.03 mu of clear gas by the primary precise filter and then conveying to the gas purifying adsorption tower, further adsorbing a small amount of powder grains and filtered and dried saturated gas including hydrogen, carbon dioxide and nitrogen and peculiar smell which are not adsorbed by the front stage, and discharging 0.001 mu of clear gas discharged by the secondary precise filter without chimney.    DESCRIPTION OF DRAWING(S) - The drawing is a sectional diagram of the garbage pyrolysis purifying equipment.    Pyrolysis furnace body (1)    Waste solid discharging port (2)    Gas adsorption tank (7)    Gas purification adsorption tower (13)    Ultrahigh frequency power supply host machine (15)    Alkaline solution container (18)