A kind of polymerized ferric aluminum sulfate chloride flocculant and preparation method thereof
A technology of polymerized chlorinated sulfuric acid and flocculant, which is applied in the fields of ferric sulfate, chemical instruments and methods, flocculation/sedimentation water/sewage treatment, etc., and can solve the unseen preparation of polymerized ferric aluminum chloride sulfate, comprehensive utilization and environmental pollution , damage to the ecological environment and other issues, to achieve the effect of short settling time of flocs, reduction of environmental pollution, and easy availability of raw materials
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[0036] A kind of preparation method of polymerized ferric aluminum sulphate chloride flocculant, comprises the following steps:
[0037] (1) Add hydrochloric acid to titanium dioxide industrial by-products containing sulfuric acid 22.8-28.17% and ferrous sulfate 6.65-8.82%, and heat to 40-50°C for modification reaction to obtain modified titanium dioxide industrial by-products.
[0038](2) Mix and heat red mud iron extraction slag containing 6.35-8.66% of alumina and 55.1-68.3% of iron oxide and modified titanium dioxide industrial by-product to 100-110° C. to react to obtain a mixed solution.
[0039] (3) Cooling and filtering the mixed solution, and adding an oxidizing agent to the obtained filtrate to carry out polymerization reaction.
[0040] Among the above-mentioned titanium dioxide industrial by-products: the specific content of sulfuric acid can be listed as 22.8%, 23.5%, 25.35%, 26.68% or 28.17% etc.; the specific content of ferrous sulfate can be listed as 6.65%, 7....
Embodiment 1
[0059] (1) Add 8mol / L industrial hydrochloric acid to titanium dioxide industrial by-products containing 22.8% sulfuric acid and 8.82% ferrous sulfate, and heat to 40°C for 40 minutes to obtain modified titanium dioxide industrial by-products; The mass ratio of hydrochloric acid to the titanium dioxide industrial by-product is 1:8.
[0060] (2) Add the red mud iron extraction slag containing 6.35% of alumina and 68.3% of iron oxide and the modified titanium dioxide industrial by-product prepared in step (1) into an ultrasonic reactor to mix and heat to 100° C., and react for 100 minutes, A mixed solution is obtained; the mass ratio of the iron extraction slag from the red mud and the modified titanium dioxide industrial by-product is 12:82.
[0061] (3) Cool the mixed solution prepared in step (2) to 80-85°C and filter, then add oxidant potassium chlorate to the obtained filtrate, stir at the same time to allow oxidation and polymerization to proceed, and stir for 15 minutes t...
Embodiment 2
[0063] (1) Add 8.5mol / L industrial hydrochloric acid to titanium dioxide industrial by-products containing 23.5% sulfuric acid and 8.25% ferrous sulfate, and heat to 45°C for 40 minutes to obtain modified titanium dioxide industrial by-products; The mass ratio of industrial hydrochloric acid to the titanium dioxide industrial by-product is 1:8.5.
[0064] (2) Add the red mud iron extraction slag containing 6.86% of alumina and 65.6% of iron oxide and the modified titanium dioxide industrial by-product prepared in step (1) into an ultrasonic reactor to mix and heat to 105° C., react for 90 minutes, A mixed liquor is obtained; the mass ratio of the iron extraction slag from the red mud and the modified titanium dioxide industrial by-product is 13:85.
[0065] (3) Cool the mixed solution prepared in step (2) to 80-85°C and filter, then add oxidant potassium chlorate to the obtained filtrate, stir at the same time to allow oxidation and polymerization to proceed, and stir for 20 m...
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Abstract
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