Experience of the Use of Inorganic Composite Sorbent for Rehabilitation of Naturalsites Contaminated With Heavy Metals

Mikhaylov, G.G.; Lonzinger, Tatiana M.; Morozova, A.G.; Skotnikov, V. A.

doi:10.17513/mjpfi.12064

Cited by 1 publication

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“…It is known that wastewater of many industrial enterprises contains heavy metal salts, among which manganese compounds are one of the main pollutants [1][2][3]. One of the methods of industrial wastewater treatment is sorption [4][5][6].…”

Section: Introductionmentioning

confidence: 99%

Study of Sorption of Manganese (II) Cations by Composite Sorbent

Lebedeva

Lonzinger

Skotnikov

2020

MSF

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A significant increase in the amount of pollution (including heavy metals) that enter the hydrosphere as a result of human activity, sanitary requirements that are imposed on the quality of water, lead to the search for effective ways and methods of its purification. Wastewater from many industrial plants contain heavy metal salts, including manganese compounds. The sorption of manganese (II) cations by a composite sorbent from model solutions under static conditions was studied, to determine the possibility of using this sorption material in wastewater treatment. The characteristics of the sorption capacity of the composite sorbent are determined. It was established that the static exchange capacity of the composite sorbent is 0.9 mg/g; distribution coefficient - 47.34 l/g; the degree of purification of the solution is 99.9%. The empirical sorption equations for the manganese (II) cation are found, the sorption isotherms are constructed. It is established that the sorption process is described by the Freundlich equation. Experiments have shown that the composite sorbent is effective in extracting manganese (II) from aqueous solutions. Experimental data suggest that the sorbent studied can be used to clean industrial wastewater from manganese compounds.

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Section: Introductionmentioning

confidence: 99%