The invention relates to a dangerous chemical incinerator assisted by electromagnetic induction. The dangerous chemical incinerator assisted by electromagnetic induction includes an incinerator body (1) and a radiation-prevention alloy protection layer (13). A cooking bench (2) is arranged on the lower portion in the incinerator body (1). The incinerator body (1) is a sealed cavity which is filled with a porous material. A catalyst is adsorbed to the surface of the porous material. A heating coil (4) is wound between the incinerator body (1) and the radiation-prevention alloy protection layer (13). The heating coil (4) is connected with an electromagnetic induction heating device (3), and a ferromagnetic material (5) is arranged between the heating coil (4) and the incinerator body (1). A temperature measuring and controlling device (6) is arranged in the incinerator body (1). A gas inlet of the cooking bench (2) is connected with an outlet of a bellied pipeline (9) through a pipeline, and an impact atomizer (10) is arranged in the part between the cooking bench (2) and the bellied pipeline (9), of the pipeline. An inlet of the bellied pipeline (9) is connected with a natural gas inlet (7) and an air inlet (8). According to the dangerous chemical incinerator assisted by electromagnetic induction, complete incineration of dangerous chemical waste can be achieved.