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A platform for research: civil engineering, architecture and urbanism
Reduction of Turbidity by a Coal‐Aluminum Filter
Coal‐aluminum granular media filters successfully reduce turbidity in low‐alkalinity raw waters to less than 1.0 ntu, without a coagulation step or external coagulant aids. Data from experiments conducted with control and pilot‐plant filters show the viability of the process and indicate the turbidity removal and retention mechanisms. Operational characteristics of the process are similar to those of a conventional filter. The costs of the coal‐aluminum process compare favorably with those of traditional treatment.
Reduction of Turbidity by a Coal‐Aluminum Filter
Coal‐aluminum granular media filters successfully reduce turbidity in low‐alkalinity raw waters to less than 1.0 ntu, without a coagulation step or external coagulant aids. Data from experiments conducted with control and pilot‐plant filters show the viability of the process and indicate the turbidity removal and retention mechanisms. Operational characteristics of the process are similar to those of a conventional filter. The costs of the coal‐aluminum process compare favorably with those of traditional treatment.
Reduction of Turbidity by a Coal‐Aluminum Filter
Collins, Anthony G. (author) / Johnson, Robert L. (author)
Journal ‐ American Water Works Association ; 77 ; 88-92
1985-06-01
5 pages
Article (Journal)
Electronic Resource
English
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