Profile coal reductant ceramic roasting method
A reducing agent and briquette technology, which is applied in the petroleum industry, solid fuel, fuel, etc., can solve the problems that do not meet the requirements of local materials and the use of cheap fuel, so as to shorten the firing time, reduce labor intensity, and significantly save the cost. and the effect of social benefits
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Embodiment 1
[0025] Example 1: In φ6M and 96M 3 In the downdraft kiln, the reduction flame is used to fire the high voltage electric porcelain.
[0026] 1. Mix 2% combustion-supporting binder into anthracite to make φ30MM briquette, as raw coal, produce H in a φ1.2M mixed gas furnace 2 =13.5%, CO=27.8% mixed gas, used as reducing agent.
[0027] 2. Mix 2.5% binder and combustion catalyst into the bituminous coal currently used in porcelain factories to make ignition briquettes, medium-temperature briquettes, and high-temperature briquettes to replace the original raw coal plan for calcining porcelain.
[0028]
[0029] The amount of coal used in the present invention includes the amount of coal used to make the reducing agent.
Embodiment 2
[0030]Example 2: In a tunnel kiln with a length of 53M, adopt the method of Example 1 to manufacture medium-temperature briquettes, high-temperature briquettes and reducing agent fired glazed bricks.
[0031] The briquettes replace the original raw coal, and the above two types of briquettes are put into the kiln for combustion, and the reducing agent is injected from the kiln and high-temperature zone respectively to form a reducing atmosphere and increase the temperature of the kiln. The coal saving rate reaches 18%, the firing speed increases by 7%, and the chimney emits light blue smoke, which improves the glaze color of porcelain, achieves energy saving and environmental protection, and improves the quality of porcelain.
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