2014Unpublished venueRequires access

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

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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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What this paper is about

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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Available 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.

Key concepts: Flocculation, Turbidity, Suspension (topology), Polymer, Colloid, Chemical engineering, Composite number, Materials science

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