Catalytic combustion heating and drying process for domestic ceramic product
A catalytic combustion, heating and drying technology, applied in the direction of burners, combustion types, heating devices, etc., can solve the problems of product storage space, occupation of plant resources, low work efficiency, etc., to shorten the drying time, improve efficiency, Guaranteed quality effect
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Embodiment 1
[0035] When using the catalytic combustion heating and drying process of this technical solution, step 1: the air is fed into the filter and the activated carbon adsorption box under the action of the gravitational force of the fan, and the gas is filtered by the filter to remove impurities in the gas; Remove foreign matter molecules in the gas; the filter is provided with 5 layers, from outside to inside, they are primary filter, medium efficiency filter, sub-efficient filter, high-efficiency filter and ultra-high-efficiency filter. The pore size of the filter membrane is 5um, 1.0um, 0.5um, 0.3um and 0.1um, and the initial resistance of the filter is ≤50Pa, ≤80Pa, ≤1200Pa, ≤220Pa and ≤280Pa, the air purification in step 1 can reach the level: particle size ≥ 5.0μm; Step 2: Start the electric heater in the catalytic burner to heat up the inside of the catalytic burner and carry out catalytic combustion; the catalytic combustion reaction can only occur when the catalytic combust...
Embodiment 2
[0037] When using the catalytic combustion heating and drying process of this technical solution, step 1: the air is fed into the filter and the activated carbon adsorption box under the action of the gravitational force of the fan, and the gas is filtered by the filter to remove impurities in the gas; Remove foreign matter molecules in the gas; the filter is provided with 5 layers, from outside to inside, they are primary filter, medium efficiency filter, sub-efficient filter, high-efficiency filter and ultra-high-efficiency filter. The pore size of the filter membrane is 5um, 1.0um, 0.5um, 0.3um and 0.1um, and the initial resistance of the filter is ≤50Pa, ≤80Pa, ≤1200Pa, ≤220Pa and ≤280Pa, the air purification in step 1 can reach the level: particle size ≥ 5.0 μm; Step 2: Start the electric heater in the catalytic burner to heat up the inside of the catalytic burner and carry out catalytic combustion; the catalytic combustion reaction occurs at 75 ° C, there are three activa...
Embodiment 3
[0039] When using the catalytic combustion heating and drying process of this technical solution, step 1: the air is fed into the filter and the activated carbon adsorption box under the action of the gravitational force of the fan, and the gas is filtered by the filter to remove impurities in the gas; Remove foreign matter molecules in the gas; the filter is provided with 5 layers, from outside to inside, they are primary filter, medium efficiency filter, sub-efficient filter, high-efficiency filter and ultra-high-efficiency filter. The pore size of the filter membrane is 5um, 1.0um, 0.5um, 0.3um and 0.1um, and the initial resistance of the filter is ≤50Pa, ≤80Pa, ≤1200Pa, ≤220Pa and ≤280Pa, the air purification in step 1 can reach the level: particle size ≥ 5.0μm; Step 2: Start the electric heater in the catalytic burner to heat up the inside of the catalytic burner to carry out catalytic combustion; the catalytic combustion occurs at 100 ° C for catalytic combustion reaction...
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