A method of sewage treatment using biological flocculants
A biological flocculant and sewage treatment technology, applied in the direction of flocculation/sedimentation water/sewage treatment, water/sewage treatment, water/sludge/sewage treatment, etc. problem, to achieve the effect of improving the effect, avoiding the reduction of the scratch effect, and maintaining the cleanliness
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Embodiment 1
[0029] The domestic sewage collected from Zhengzhou Airport Area No. 2 Sewage Treatment Plant will be treated by the following methods.
[0030] The following parts are parts by mass;
[0031] A, preparation of biological flocculant;
[0032] 25 parts of polyferric sulfate, 3 parts of sodium silicate and 12 parts of chitosan are mixed to prepare component A;
[0033] 45 parts of corncob powder, 10 parts of activated carbon granules, 30 parts of walnut shell powder, 5 parts of potato starch and 5 parts of sodium cetyl sulfonate were mixed to obtain component B;
[0034] B, drop into component A in the sewage to be treated, the input amount of component A is 0.12kg / ton, leave standstill after fully stirring, get supernatant after removing sediment;
[0035] C. Put component B into the supernatant obtained in step B, and the input amount of component B is 0.2kg / ton. After fully stirring, use a filter press to filter the water body, and make a mud cake.
[0036] The processing ...
Embodiment 2
[0045] The industrial wastewater collected from Zhengzhou Shuangqiao Wastewater Treatment Plant will be treated by the following methods.
[0046] The following parts are parts by mass;
[0047] A, preparation of biological flocculant;
[0048] Mix 30 parts of polyferric sulfate, 5 parts of sodium silicate and 10 parts of chitosan to prepare component A;
[0049] 40 parts of corn cob powder, 15 parts of activated carbon granules, 30 parts of walnut shell powder, 5 parts of potato starch and 3 parts of sodium cetyl sulfonate were mixed to obtain component B;
[0050] B, drop into component A in the sewage to be treated, the input amount of component A is 0.2kg / ton, leave standstill after fully stirring, get supernatant after removing sediment;
[0051] C. Put component B into the supernatant obtained in step B, and the input amount of component B is 0.2kg / ton. After fully stirring, use a filter press to filter the water body, and make a mud cake.
[0052] The processing step...
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