A resource utilization method for sludge produced by wet regeneration of clay old sand
A technology of wet regeneration and recycling, which is applied in casting molding equipment, metal processing equipment, manufacturing tools, etc., can solve the problems of waste of natural resources, natural environment pollution, etc., reduce emissions, meet process requirements, and improve casting process performance Effect
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Embodiment 1
[0020] An embodiment of the present invention provides a resource utilization method for sludge produced by wet regeneration of old clay sand, comprising the following steps:
[0021] Step (1) Dehydrate and dry the sludge generated by wet regeneration, and then perform ball milling, so that more than 95% of its mass passes through a 200-mesh casting test sieve to prepare a base material for mixing clay sand;
[0022] Step (2) Add polyethylene oxide, additives, thymol and soybean meal powder to the base material obtained in step (1), mix and stir evenly to obtain a compound that can be used to replace bentonite and coal powder when mixing clay sand mixed soil.
[0023] Wherein, in step (2), the addition amount of polyethylene oxide is 3% of base material quality, and the addition amount of additive is 16% of base material quality, and the addition amount of thymol is 25g per ton of base material, and additive It is alpha starch, and the addition amount of soybean meal powder i...
Embodiment 2
[0026] An embodiment of the present invention provides a resource utilization method for sludge produced by wet regeneration of old clay sand, comprising the following steps:
[0027] Step (1) Dehydrate and dry the sludge generated by wet regeneration, and then perform ball milling, so that more than 95% of its mass passes through a 200-mesh casting test sieve to prepare a base material for mixing clay sand;
[0028] Step (2) Add polyethylene oxide, additives, thymol and soybean meal powder to the base material obtained in step (1), mix and stir evenly to obtain a compound that can be used to replace bentonite and coal powder when mixing clay sand mixed soil.
[0029] Wherein, in step (2), the addition amount of polyethylene oxide is 5% of base material quality, and the addition amount of additive is 8% of base material quality, and the addition amount of thymol is 5g per ton of base material, and additive It is a mixture of α-starch and dextrin, the mass fraction of dextrin ...
Embodiment 3
[0032] An embodiment of the present invention provides a resource utilization method for sludge produced by wet regeneration of old clay sand, comprising the following steps:
[0033] Step (1) Dehydrate and dry the sludge generated by wet regeneration, and then perform ball milling, so that more than 95% of its mass passes through a 200-mesh casting test sieve to prepare a base material for mixing clay sand;
[0034] Step (2) Add polyethylene oxide, additives, thymol and soybean meal powder to the base material obtained in step (1), mix and stir evenly to obtain a compound that can be used to replace bentonite and coal powder when mixing clay molding sand mixed soil.
[0035] Wherein, in step (2), the addition amount of polyethylene oxide is 4.2% of base material quality, the addition amount of additive is 12% of base material quality, the addition amount of thymol is 15g per ton of base material, additive It is a mixture of α-starch and dextrin, the mass fraction of dextrin ...
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