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Destabilization of Dilute Clay Suspensions With Labeled Polymers

Black, A. P. / Birkner, F. B. / Morgan, J. J.

This article demonstrates how cationic and anionic polymers coagulate or flocculate (or both) dilute clay suspensions under controlled solution conditions. Because the concentrations of polymer required to destabilize dilute clay suspensions may be in the magnitude of a few micrograms per liter, an extremely sensitive and accurate method was developed by the authors for determining microquantities of residual polymer in the supernatant of the destabilized and settled clay suspensions to fully evaluate the polymer‐clay interactions. This method uses C14‐labeled polymers and liquid scintillation counting techniques.

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Destabilization of Dilute Clay Suspensions With Labeled Polymers

Black, A. P. / Birkner, F. B. / Morgan, J. J.

This article demonstrates how cationic and anionic polymers coagulate or flocculate (or both) dilute clay suspensions under controlled solution conditions. Because the concentrations of polymer required to destabilize dilute clay suspensions may be in the magnitude of a few micrograms per liter, an extremely sensitive and accurate method was developed by the authors for determining microquantities of residual polymer in the supernatant of the destabilized and settled clay suspensions to fully evaluate the polymer‐clay interactions. This method uses C14‐labeled polymers and liquid scintillation counting techniques.

Destabilization of Dilute Clay Suspensions With Labeled Polymers

Black, A. P. / Birkner, F. B. / Morgan, J. J.

This article demonstrates how cationic and anionic polymers coagulate or flocculate (or both) dilute clay suspensions under controlled solution conditions. Because the concentrations of polymer required to destabilize dilute clay suspensions may be in the magnitude of a few micrograms per liter, an extremely sensitive and accurate method was developed by the authors for determining microquantities of residual polymer in the supernatant of the destabilized and settled clay suspensions to fully evaluate the polymer‐clay interactions. This method uses C14‐labeled polymers and liquid scintillation counting techniques.

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Title:

Destabilization of Dilute Clay Suspensions With Labeled Polymers

Contributors:

Black, A. P. (author) / Birkner, F. B. (author) / Morgan, J. J. (author)

Published in:

Journal ‐ American Water Works Association ; 57 ; 1547-1560

Publication date:

1965-12-01

Size:

14 pages

ISSN:

1551-8833 , 0003-150X

DOI:

https://doi.org/10.1002/j.1551-8833.1965.tb01542.x

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Clays , Flocculation , Coagulation , Polymers

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