Conductometric Control of Coagulant Dosage in Treatment Plants

Granstrom, Marvin L.; Shearer, S.D.

doi:10.1002/j.1551-8833.1958.tb16184.x

Journal AWWA

1958

DOI: 10.1002/j.1551-8833.1958.tb16184.x

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Conductometric Control of Coagulant Dosage in Treatment Plants

Marvin L. Granstrom¹,

S.D. Shearer²

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1967

1975

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Cited by 4 publications

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“…(11) membrane refiltration; (12) inverted gauze filtration; (13) cation exchange capacity; (14) surface area concentration; (15) conductivity; (16) zeta potential; (17) streaming current detection; (18) colloid titration; (19) pilot column filtration; (20) filtration parameters;…”

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confidence: 99%

COAGULATION TESTING: A COMPARISON OF TECHNIQUES—PART 1

Tekippe¹,

Ham²

1970

Journal AWWA

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Coagulation to remove particulate matter from turbid waters may be carried out by any of several techniques. This report attempts to discover which coagulation techniques yield comparable results, and which of these is preferable from the operator's standpoint. Because of its length, this report is divided in half. Part II, containing the results and a discussion, will appear in next month's issue.

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mentioning

confidence: 99%

COAGULATION TESTING: A COMPARISON OF TECHNIQUES—PART 1

Tekippe¹,

Ham²

1970

Journal AWWA

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Die experimentelle Erfaßbarkeit von Flockungsvorgängen in der Wasser‐ und Abwasserbehandlung ‐ Möglichkeiten und Grenzen ‐

Walther

Kaeding

1975

Acta hydrochim. hydrobiol.

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Control Techniques for Coagulation‐Filtration

Hannah¹,

Cohen²,

Robeck³

1967

Journal AWWA

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When the removal of suspended solids from unsoftened surface waters is the primary objective of treatment, coagulation is all‐important. The efficiency of the plant and the quality of the treated water depend upon careful control of the process. Type and frequency of tests for controlling coagulation depend largely upon the character of the raw water and the plant design. Some parameters may be evaluated in the laboratory, while others need monitoring of the treatment equipment or the treated water at various stages of treatment. Every operator develops his favorite monitoring and control techniques that allow him to produce a satisfactory product most of the time. This article compares some of these techniques and evaluates their general applications for research and plant control.

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Conductometric Control of Coagulant Dosage in Treatment Plants

Cited by 4 publications

References 1 publication

COAGULATION TESTING: A COMPARISON OF TECHNIQUES—PART 1

COAGULATION TESTING: A COMPARISON OF TECHNIQUES—PART 1

Die experimentelle Erfaßbarkeit von Flockungsvorgängen in der Wasser‐ und Abwasserbehandlung ‐ Möglichkeiten und Grenzen ‐

Control Techniques for Coagulation‐Filtration

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