A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Arsenic removal by coagulation
This utility's goal of 90 percent arsenic removal was attained through treatment with 6.5 mg/L ferric chloride.
This study evaluated the removal of naturally occurring arsenic in a full‐scale (106‐mgd) conventional treatment plant. When the source water was treated with 3–10 mg/L of ferric chloride or 6, 10, or 20 mg/L of alum, arsenic removal was 81–96 percent (ferric chloride) and 23–71 percent (alum). Metal concentrations in the sludge produced during this study were below the state's current hazardous waste levels at all coagulant dosages. No operational difficulties were encountered.
Arsenic removal by coagulation
This utility's goal of 90 percent arsenic removal was attained through treatment with 6.5 mg/L ferric chloride.
This study evaluated the removal of naturally occurring arsenic in a full‐scale (106‐mgd) conventional treatment plant. When the source water was treated with 3–10 mg/L of ferric chloride or 6, 10, or 20 mg/L of alum, arsenic removal was 81–96 percent (ferric chloride) and 23–71 percent (alum). Metal concentrations in the sludge produced during this study were below the state's current hazardous waste levels at all coagulant dosages. No operational difficulties were encountered.
Arsenic removal by coagulation
Scott, Karen N. (author) / Green, James F. (author) / Do, Hoang D. (author) / McLean, Stephen J. (author)
Journal ‐ American Water Works Association ; 87 ; 114-126
1995-04-01
13 pages
Article (Journal)
Electronic Resource
English
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