Rotary kiln incinerators are divided into process flow diagram and counter-flow furnaces, melting and non-melting furnaces, Refractory furnaces and Refractory furnaces. The direction of gas flow is the same as that of waste flow, and there is a large temperature difference between the gas temperature and the waste temperature at the inlet of the furnace head, which can make the waste water evaporate quickly The reverse flow furnace, i. e. the combustion gas flow and the waste flow in the opposite direction. A melting furnace is an incinerator operating at a relatively high temperature (1200-1300 â degree C) . It can handle general organic, inorganic and macromolecule wastes at the same time When the furnace temperature is below 1100 degree C in the normal combustion temperature range, it is a non-melting furnace.
Rotary kiln incinerator process flow diagram have a wide range of material suitability for the treatment of solid, liquid and gaseous hazardous wastes. A rotary kiln is a hollow cylinder with a slightly sloping lining and refractory bricks, usually very long. Pre-treated and compatible hazardous wastes of various types enter the combustion system through different feeding methods, under their own gravity and the continuous rotation of the rotary kiln, the furnace body overturns with wasted thrust and full contact with combustion-supporting air, complete the drying (water evaporation) , gasification and combustion process, the last residual preheater into slag, slag through the water seal machine continuous discharge.
