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Effects of Polyelectrolyte Coagulant Aids on Removal of Missouri River Turbidity With Ferric Sulfate
The objectives of this study were to: select a method of evaluating these new compounds that would yield quantitative results in terms of parameters‐conventional standards of final water quality and particle sett1ing rate (this required the use of a settling column); determine the effect of polyelectrolytes in conjunction with ferric sulfate as the primary coagulant; determine the value of polyelectrolytes in reducing sedimentation time; and, determine the value of polyelectrolytes in reducing primary coagulant dose. The experimental approach used to evaluate the polyelectrolytes included a jar test apparatus and a settling column. Two parameters were chosen to measure the sample concentrations, turbidity and suspended solids. The equipment used was a commercial laboratory grade turbidimeter and a Jackson candle turbidimeter. It was necessary to use both turbidimeters owing to the large range in turbidity values. To determine suspended solids in the samples, a membrane filter was used.
Effects of Polyelectrolyte Coagulant Aids on Removal of Missouri River Turbidity With Ferric Sulfate
The objectives of this study were to: select a method of evaluating these new compounds that would yield quantitative results in terms of parameters‐conventional standards of final water quality and particle sett1ing rate (this required the use of a settling column); determine the effect of polyelectrolytes in conjunction with ferric sulfate as the primary coagulant; determine the value of polyelectrolytes in reducing sedimentation time; and, determine the value of polyelectrolytes in reducing primary coagulant dose. The experimental approach used to evaluate the polyelectrolytes included a jar test apparatus and a settling column. Two parameters were chosen to measure the sample concentrations, turbidity and suspended solids. The equipment used was a commercial laboratory grade turbidimeter and a Jackson candle turbidimeter. It was necessary to use both turbidimeters owing to the large range in turbidity values. To determine suspended solids in the samples, a membrane filter was used.
Effects of Polyelectrolyte Coagulant Aids on Removal of Missouri River Turbidity With Ferric Sulfate
Mueller, Kenneth C. (author) / Burbank, Nathan C. Jr. (author)
Journal ‐ American Water Works Association ; 56 ; 333-346
1964-03-01
14 pages
Article (Journal)
Electronic Resource
English
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