Optimum flocculation conditions for the use of inorganic and polymer flocculants in powder form
Hiroto Kadooka, Yukari Kiso, Shisei Goto, Takanori Tanaka, Mohammed Saedi Jami, Masashi Iwata
Abstract
Hiroto Kadooka, Yukari Kiso, Shisei Goto, Takanori Tanaka, Mohammed Saedi Jami, Masashi Iwata
Abstract
Direct addition of dry composite flocculants in powder form to a colloidal suspension shows high reproducibil-ity of experimental data compared to the addition of a flocculant solution to the suspension. Utilizing this ad-vantage, the effects of inorganic and ionic polymer flocculants on turbidity removal have been investigated. Based on these observations, a procedure for determining the optimum composition of a composite dry powder flocculant for turbidity removal is proposed.
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Direct addition of dry composite flocculants in powder form to a colloidal suspension shows high reproducibil-ity of experimental data compared to the addition of a flocculant solution to the suspension. Utilizing this ad-vantage, the effects of inorganic and ionic polymer flocculants on turbidity removal have been investigated. Based on these observations, a procedure for determining the optimum composition of a composite dry powder flocculant for turbidity removal is proposed.
Key concepts: Flocculation, Turbidity, Suspension (topology), Polymer, Colloid, Chemical engineering, Composite number, Materials science