Furnace drying method of industrial furnace module and furnace drying device for industrial furnace module

Abstract

The invention discloses a furnace drying method of an industrial furnace module and a furnace drying device for the industrial furnace module. The furnace drying device comprises the industrial furnace module that comprises two industrial furnace module side walls, an elbow box for connecting the two industrial furnace module side walls, and a furnace base and a furnace top gas hood hermetically connected with the industrial furnace module side walls, wherein thermocouple jacks are respectively arranged on the furnace top gas hood, the sealed furnace base, the industrial furnace module side walls and the elbow box; the thermocouples for monitoring temperature are arranged in the thermocouple jacks; an electric heating component connected with an electric heating control program is arranged in the industrial furnace module; thermal insulating layers are respectively arranged on the furnace base and the furnace top gas hood; and holes or gaps for humidity-discharging are distributed in the industrial furnace module side walls, the elbow box and the furnace top gas hood. The electric heating manner is adopted to dry the furnace; the industrial furnace module is heated uniformly; and heating rate, heating temperature and temperature deviation can be effectively controlled.

Description

technical field [0001] The invention relates to an oven technology for an industrial furnace module, in particular to an oven method for an industrial furnace module and an oven device thereof. Background technique [0002] Modern large-scale industrial furnaces have high parameters, many parts, large volume, and heavy weight. They cannot be assembled into a whole in the manufacturing plant and transported to the device site. They can only be processed into parts in the manufacturing plant or the assembly parts that allow transportation and unloading capacity can be shipped to the device site. , and then assembled and assembled into a complete industrial furnace that can be put into operation. After the industrial furnace is installed, the overall hydraulic test, air leakage test, chain test, trial run of the rotating part of the mechanical division, oven, cooking furnace, chemical cleaning, pipe flushing, steam tightness test and safety door adjustment should be carried out...

AI Technical Summary

Problems solved by technology

Due to the uncontrollable heat source of the flame oven method, it is difficult to control the temperature during the oven process, and it is difficult to reach the required temperature rise rate, which affects the final quality of the lining; the steam oven method and the flue gas oven adopt gas convection and radiation transmission. Hot, low heat transfer rate, uneven drying

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