To obtain a complete combustion gas without environmental pollution at high temperature high pressure as a heat source and burn industrial waste by a rotary incinerator by providing a burner of a back fire heat utilization oxygen heat evaporation recombustion type on the rotary incinerator taking as a fuel the ground combustible industrial waste and waste oil.

The present rotary incinerator equipment is adapted such that there are provided a burber A and a rotary incinerator B in which a plurality of circular vent tubes 61, 61... communicating a tube hole at a proper interval are vertically provided in a peripheral wall in an inner corridor combustion cylinder 49 where a plurality of gas injection holes 43, 43... are provided in a cylindrical peripheral wall trunk 42, and a ventilation rotator 63 is rotatably mounted in which rotator tip end sides of the adjacent vent tubes 61, 61.61, 61.... are coupled through connection levers 62, 62..., and a gas discharge cylinder of a burner A is inserted into a gas discharge cylinder insertion hole 36 provided in a rear side wall plate of a rotary incinerator B where an inner corridor combustion cylinder 49 is provided in an outer corridor combustion cylinder 30.