To provide a waste recovery treatment system free from generating an imperfect heating or overheating state in two kinds of substances of waste, capable of easily peeling two kinds of the substances to achieve the separation and recovery of the waste, and free from generating positionous dioxide at all in a waste heating process to make it possible, not only to perfectly heat two kinds of substances under circulating gradual advance type heating and accurate temperature control but also to relatively avoid a work time and a work process from a viewpoint of waste separation recovery treatment.

The waste recovery treatment system generating no dioxide is constituted so that a heating source is provided by a heat source supply apparatus to be introduced into a heat source exchange apparatus, and the heat exchange with separately introduced air is advanced by the heat source exchange apparatus to send out air heated to temperature necessary for heating and, further, the heated air is introduced into a temperature regulator to be regulated to a proper temperature by the temperature regulator when the temperature of the heated air is lowered by transfer or becomes less than necessary heating temperature to be sent into heating furnace equipment to heat the waste sent into the heating furnace equipment. By this constitution, a dealer for treating waste can easily separate and recover two kinds of substances composing the waste, and the exhaust gas discharged from the heating furnace equipment is introduced into a filter apparatus to be discharged as clean gas.