Raw Water Clarifier at Mary Shearer blog

Raw Water Clarifier. Best results are obtained by a combination of an inorganic salt and cationic. Gravity forces contaminants to settle downward in the surrounding liquid whereas clarified water can be removed separately. The same principle is used by wastewater treatment clarifiers: Ballasted clarification with either circular or rectangular clarifiers dramatically increases treatment capacity, helping meet enr limits and producing effluent quality far superior than conventional. Raw waters of less than 10 ntu (nephelometric turbidity units) usually cannot be clarified with a cationic polymer alone. Large tanks provide enough retention time to slow water down and to separate out suspended particles.

Lamella Clarifier Graver Water Marmon Industrial Water
from graver.com

Best results are obtained by a combination of an inorganic salt and cationic. Gravity forces contaminants to settle downward in the surrounding liquid whereas clarified water can be removed separately. Ballasted clarification with either circular or rectangular clarifiers dramatically increases treatment capacity, helping meet enr limits and producing effluent quality far superior than conventional. Raw waters of less than 10 ntu (nephelometric turbidity units) usually cannot be clarified with a cationic polymer alone. Large tanks provide enough retention time to slow water down and to separate out suspended particles. The same principle is used by wastewater treatment clarifiers:

Lamella Clarifier Graver Water Marmon Industrial Water

Raw Water Clarifier Best results are obtained by a combination of an inorganic salt and cationic. Raw waters of less than 10 ntu (nephelometric turbidity units) usually cannot be clarified with a cationic polymer alone. Gravity forces contaminants to settle downward in the surrounding liquid whereas clarified water can be removed separately. Ballasted clarification with either circular or rectangular clarifiers dramatically increases treatment capacity, helping meet enr limits and producing effluent quality far superior than conventional. Best results are obtained by a combination of an inorganic salt and cationic. The same principle is used by wastewater treatment clarifiers: Large tanks provide enough retention time to slow water down and to separate out suspended particles.

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