METHODS OF REMOVING IMPURITIES FROM WATER TECHNOLOGICAL ORIGIN

Authors

DOI:

https://doi.org/10.30890/2567-5273.2024-32-00-013

Keywords:

methods of drinking water disinfection, reagent-free treatment technologies, water supply stations, sorption methods of treatment, granular active carbon.

Abstract

The article deals with the methods of drinking water disinfection and new technologies of reagentless deep purification of high-altitude waters. It is determined that the use of the traditional method of double chlorination for drinking water disinfection

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References

M.M. Boirbigot, M.C. Hascoet, Yves Levi. Role of ozene and granubar activated carbon in the removal of mutagenic compounds. Environ Health Perspect 2019, №69. p. 159-163.

Harrington G.W., Di Giano F.A. Adsorption equilibria of latural organic matter after ozonation. American Water Works Association Journal. 2020.V.81. №6. р.303-318.

Sander R. Effect of pre - chlorination on activated carbon adsorption. J. Environ. Pathol., Texicol, і Oncol. 2019. 7, № 7/8. p. 339-350.

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References.

M.M. Boirbigot, M.C. Hascoet, Yves Levi (2019).Role of ozene and granubar activated carbon in the removal of mutagenic compounds. Environ Health Perspect. №69. 159-163.

Harrington G.W., Di Giano F.A. (2020). Adsorption equilibria of latural organic matter after ozonation. American Water Works Association Journal. V.81. №6. 303-318.

Sander R. (2019). Effect of pre - chlorination on activated carbon adsorption. J. Environ. Pathol., Texicol, і Oncol. 7, № 7/8. 339-350.

Draginsky V.L., Alekseeva L.P. (2019). Ensuring the quality of drinking water in the light of new regulatory requirements. Water supply and sanitary engineering, №. 9. 25-30. [in Ukrainian].

Zhurba M.G, Sokolov L.I, Govorova Zh.M. (2019). Water supply. Design of systems and structures. К: DIA, 496 s. [in Ukrainian].

Koganovsky A.M. (2020). Adsorption and ion exchange in the processes of water treatment and wastewater treatment. K.: Scientific thought, 240 s. [in Ukrainian].

Naydenko V.V. (2019). Optimization of natural and wastewater treatment processes. К.: Budvydav, 152 s. [in Ukrainian].

Published

2024-04-30

How to Cite

Душечкіна, Н. (2024). METHODS OF REMOVING IMPURITIES FROM WATER TECHNOLOGICAL ORIGIN. Modern Engineering and Innovative Technologies, 4(32-04), 109–115. https://doi.org/10.30890/2567-5273.2024-32-00-013

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Articles