AQC Waste Heat Boiler: That is, the furnace head boiler is vertical and has natural circulation. Since the dust in the cooler exhaust is not very adhesive, there is no dust cleaning device at the same time. The tube uses a spiral finned tube, which greatly increases the heat exchange area. The heat exchange zone significantly reduces the volume of the boiler and reduces the investment cost. At the same time, a high-efficiency settling chamber is installed at the front end of the AQC waste heat boiler. , which significantly reduces exhaust wear on the AQC waste heat boiler.
Vertical waste heat boiler It completely solves the problem of air leakage in the horizontal waste heat boiler and the actual distribution of waste heat. The temperature fieldre in the furnace is completely different from the temperature assumed when designing the boiler, which can significantly increase the steam output of the boiler; the waste gas discharged by the grate cooler or vertical waste heat boiler is about 200°C. fully recovered and used to produce electricity. In this way, the residual thermal energy production per ton of clinker can be increased to more than 195 kilowatt hours under the assumption that the heat consumption of the clinker remains unchanged, so that the overall energy consumption of the cement kiln reaches the energy consumption level of the precalcination kiln of the same scale, and the economic benefits are much higher than the decomposition kiln.
Waste heat boilers can be industrial boilers or power plant boilers. Residual heat boilersrecycle and use waste heat from waste gases generated in the petrochemical, construction materials, metallurgy and chemical industries. temperature to exhaust temperature. The heat released is used to transform the water into steam. If the waste heat boiler is used in industrial production, it can be called an industrial waste heat boiler. If it is used to generate electricity, it may be called a waste heat boiler. Residual thermal energy production boiler. It mainly depends on the area of application.