The invention relates to a method for disposing various types of zinc-containing dangerous waste through a rotary kiln device at the same time, and belongs to the technical field of process methods for extracting zinc in metallurgy production. Six types of zinc-containing dangerous waste, namely, zinc-leaching residues, iron removal neutralization residues, blast furnace iron making gas ash, wastewater treatment neutralization residues, vertical retort zinc smelting residues and lead smelting water quenching residues, are included, at least three types of zinc-containing dangerous waste in the six types of zinc-containing dangerous waste are mixed, and coke powder is added to provide a heat value; and the mass percent of calcium can be adjusted by adding lime. The method has the following beneficial effects that adverse factors of all the types of zinc-containing dangerous waste are optimized to become beneficial factors, and the production cost is saved. Reduction of slag residual zinc and residual carbon is achieved, and the phenomenon of kiln agglomeration and the phenomenon that slag etches a fireproof furnace lining are reduced, wherein the phenomena happen to a rotary kiln in the reaction process; the work procedure that the zinc-containing dangerous waste high in moisture content needs to be dried in advance and the zinc-containing dangerous waste low in moisture content needs water addition is reduced; the treatment period of the zinc-containing dangerous waste is shortened; and the production cost is reduced.