Use of sorption materials for food industry wastewater treatment
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Keywords

sorption, mixed sorbents, organic pollutants

How to Cite

Zalevska, O., Dzihovska, L., & Sakalova, H. (2023). Use of sorption materials for food industry wastewater treatment . Personality and Environmental Issues, 4(2), 33-37. https://doi.org/10.31652/2786-6033-2023-2(4)-33-37

Abstract

A significant number of sorbents used in the food industry are not reused due to the complexity of their regeneration and significant material costs. They are often stored on the territory of the enterprise or taken to landfills, usually without authorization. Today, it is important to study the regeneration and reuse of sorbents used in food production. It is promising to use sorbents previously used at the stage of water treatment or preparation of technological solutions and regenerated in wastewater treatment, in particular, in the same food production facilities and in other industries where wastewater contains organic substances.

The article investigates the reuse of a spent sorbent mixture consisting of activated carbon and kieselguhr for the treatment of wastewater from dairy processing enterprises. The results of experimental studies of the dynamics of ion exchange adsorption of lactic acid and alanine by mixed sorbent and spent sorbent under periodic conditions are given. According to the results of the study, the difference in cleaning efficiency for the two options is insignificant and amounts to about 3%, which is within the experimental error.

It is shown that the sorption of pollutant components of wastewater of milk processing enterprises by cheap sorbents, which include regenerated sorbents, is one of the most promising because of their high efficiency, low cost of treatment, and the possibility of further use of spent sorbents in agriculture.

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References

V. Sabadash, J. Gumnitski, A. Hywluyd (2016). Mechanism of phosphates sorption by zeolites depending on degree of their substitution for potassium ions. Chemistry & Chemical Technology. 10. №2. 235-240.

Krzywy Edward, Mazdter Ewa, Woloszyk Czeslaw (2013). Wykorzystonie odpadow przemyslowych do sytwarzania mieszanin nanozowych. Przem. chem. 7. 1261-1263.

K. Vikrant, B.S. Giri, N. Raza, K. Roy, K. Kim, B.N. Rai, R.S. Singh. (2018). Recent advancements in bioremediation of dye: current status and challenges. Bioresour. Technol. 253. 355–367.

Ranskiy A. P., Khudoyarova O. S., Gordienko O. A., Titov T. S., Kryklyvyi R. D. (2019). Regeneration of Sorbents Mixture After the Purification of Recycled Waterin Production of Soft Drinks. J. Water Chem. Technol. 5. 318–321.

Khudoyarova Olga, Gordienko Olga, Sydoruk Tetiana, Titov Taras, Prokopchuk Serhii. (2020). Adsorptive desulfurization of sewage of industrial. Environmental problems. 2. 102–106.

Christina Soloviy, Myroslav Malovanyy, Olga Palamarchuk, Iryna Trach, Halyna Petruk, Halyna Sakalova, Tamara Vasylinych, Nataliya Vronska. (2021). Adsorption method of purification of stocks from chromium (III) ions by bentonite clays. Journal of water and land development. 48 (I–III). 99–104.

Hyvlyud, А.М., Sabadash, V.V., Gumnitsky, Ya. M. (2014). Adsorption kinetics of hydroxypropionic acid on natural zeolite. Naukovi pratsi ONAKhT. 45, 2. 25-30.

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This work is licensed under a Creative Commons Attribution 4.0 International License.

Copyright (c) 2023 Olha Zalevska, Lilia Dzihovska, Halyna Sakalova

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