Coal combustion-supporting hydrogel as well as preparation method and application thereof
A hydrogel and coal technology, applied in the field of coal combustion accelerants, can solve the problems of heavy metals and radioactive substances new pollution, solid particle additives are not conducive to dispersion, coke cleaning, and the corrosion inhibition effect is not ideal, and the number of fly ash can be reduced. , the effect of fly ash reduction and pollutant emission reduction
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Embodiment 1
[0054] A coal combustion-supporting hydrogel prepared by the following steps:
[0055] (1) Mix the ingredients in the following mass percentages evenly to obtain a mixture:
[0058] Manganese nitrate: 15%
[0059] Potassium chlorate: 15%
[0060] Lanthanum nitrate: 3%
[0063] (2) Dissolve 3% poly-N-isopropylacrylamide and 30% hydrogen peroxide in water, and stir evenly to obtain a solvent; the percentage is the percentage of the total volume of the solvent;
[0064] (3) Dissolve the mixture in a solvent to form a coal combustion-supporting hydrogel with a solid content of 30%.
[0065] The coal combustion-supporting hydrogel of this embodiment is mixed with low-quality coal at a mass ratio of 1:200 and then burned. It is used for unqualified first-class bituminous coal (below 2000 kcal / kg), such as coal mixed with a large amount of coal gangue or The...
Embodiment 2
[0068] A coal combustion-supporting hydrogel prepared by the following steps:
[0069] (1) Mix the ingredients in the following mass percentages evenly to obtain a mixture:
[0070] Calcium nitrate: 32%
[0071] Sodium nitrate: 17%
[0072] Manganese nitrate: 30%
[0073] Potassium chlorate: 10%
[0074] Cerium nitrate: 1%
[0075] Sodium hydroxide: 5%
[0076] Sodium silicate: 5%;
[0077] (2) Dissolve 3% poly-N-isopropylacrylamide and 30% hydrogen peroxide in water, and stir evenly to obtain a solvent; the percentage is the percentage of the total volume of the solvent;
[0078] (3) Dissolve the mixture in a solvent to form a coal combustion-supporting hydrogel with a solid content of 30%.
[0079] The coal combustion-supporting hydrogel of this embodiment is mixed with low-quality coal at a mass ratio of 1:200 and then burned. It is used for unqualified first-class bituminous coal (below 2000 kcal / kg), such as coal mixed with a large amount of coal gangue or The non...
Embodiment 3
[0082] A coal combustion-supporting hydrogel prepared by the following steps:
[0083] (1) Mix the ingredients in the following mass percentages evenly to obtain a mixture:
[0084] Calcium nitrate: 37%
[0085] Sodium nitrate: 38%
[0086] Potassium chlorate: 10%
[0087] Cerium nitrate: 2%
[0088] Sodium hydroxide: 5%
[0089] Sodium silicate: 8%;
[0090] (2) Dissolve 3% poly-N-isopropylacrylamide and 30% hydrogen peroxide in water, and stir evenly to obtain a solvent; the percentage is the percentage of the total volume of the solvent;
[0091] (3) Dissolve the mixture in a solvent to form a coal combustion-supporting hydrogel with a solid content of 30%.
[0092] The coal combustion-supporting hydrogel of this embodiment is mixed with low-quality coal at a mass ratio of 1:200 and then burned. It is used for unqualified first-class bituminous coal (below 2000 kcal / kg), such as coal mixed with a large amount of coal gangue or The non-combustible waste coal accumulat...
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