| 摘要 |
Accelerated stabilization of flue gas from waste incinerators, comprises introducing a flammable, non-oxidic iron compound along with an oxygen-rich gas stream into a flue gas, oxidizing the iron compound, disrupting the structure of the iron compound to form gaseous oxidation products, preferably iron oxide particles with high intrinsic temperature, dispersing the nascent iron oxide particles evenly in the entire volume of the flue gas and stabilizing the incompletely reacted flue gas portions by contacting with the surface of iron oxide particles. Accelerated stabilization of flue gas from waste incinerators, comprises introducing a flammable, non-oxidic iron compound along with an oxygen-rich gas stream into a flue gas, oxidizing the iron compound under an exothermic reaction in the presence of surplus oxygen, disrupting the structure of the iron compound to form gaseous oxidation products, preferably iron oxide particles with high intrinsic temperature, dispersing the nascent iron oxide particles evenly in the entire volume of the flue gas and stabilizing the incompletely reacted flue gas portions by contacting with the surface of iron oxide particles. An independent claim is included for a device for stabilization of flue gas in a waste incinerator, comprising a furnace chamber (1) with ignition cover (7), burn-out cover (8), side walls (9), start-up and operational burner (24) that are arranged downstream to the flue gas flow, refractory lining (15), flue draughts (2, 3, 4), a convective draught (5) with super-heaters (20), evaporator (21) and economizers (22), and a final flue gas purification, where at least in the transition region from the furnace chamber into the first draught (2), a metering device is arranged for the supply of flammable solids that contain non-oxide iron particles together with oxygen-containing gas. |
