High Rate Water Clarification Technology

Article ID

20Y1I

Efficient water treatment using high rate clarification technology for sustainable wastewater management.

High Rate Water Clarification Technology

P. Polasek
P. Polasek
C. J. Wantenaar
C. J. Wantenaar
DOI

Abstract

At present the formation of flocculent suspension and its gravity separation are lengthy processes varying between 3 and 4.5 hours. Consequently this results in high capital costs. Therefore, reconsideration of the kinetics of formation of the flocculent suspension and its effect on the gravity separation of formed suspension was needed. This reconsideration revealed that an unconventional, open-minded thinking was required to develop a new water purification technology capable of solving this problem. This technology will most likely be in direct disagreement with the traditional way of thinking in water purification engineering. The reconsideration project also revealed that the current method for the use of water soluble polymers results in a deterioration of the purified water quality and detrimentally affects the operation of filters. Therefore the development of a method for using these polymers, free of side effects, is also essential.

At present the formation of flocculent suspension and its gravity separation are lengthy processes varying between 3 and 4.5 hours. Consequently this results in high capital costs. Therefore, reconsideration of the kinetics of formation of the flocculent suspension and its effect on the gravity separation of formed suspension was needed. This reconsideration revealed that an unconventional, open-minded thinking was required to develop a new water purification technology capable of solving this problem. This technology will most likely be in direct disagreement with the traditional way of thinking in water purification engineering. The reconsideration project also revealed that the current method for the use of water soluble polymers results in a deterioration of the purified water quality and detrimentally affects the operation of filters. Therefore the development of a method for using these polymers, free of side effects, is also essential.

P. Polasek
P. Polasek
C. J. Wantenaar
C. J. Wantenaar

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P. Polasek, C.J.Wantenaar. 2026. “. Global Journal of Research in Engineering – E: Civil & Structural GJRE-E Volume 24 (GJRE Volume 24 Issue E1): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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High Rate Water Clarification Technology

P. Polasek
P. Polasek
C. J. Wantenaar
C. J. Wantenaar

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