Experimental Substantiation of the Practicability of Disinfection and Purification of Water and Wastewaters With Potassium Ferrate

Arakcheev, E. N.; Brunman, V. E.; Brunman, M. V.; Konyashin, A. V.; Dyachenko, V. A.; Petkova, A. P.; Nekrasov, R. Ye.

doi:10.18821/0016-9900-2017-96-3-216-222

Cited by 3 publications

(1 citation statement)

References 4 publications

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“…One of the most suitable methods of water treatment for this task is the ferrate method, which uses sodium ferrate. Sodium ferrate has an oxidizing and disinfecting effect [2]. It is able to decompose most of the harmful chemicals into low-toxic products (dead organic matter, salts, etc.).…”

Section: Introductionmentioning

confidence: 99%

Study of water purification reactor operating modes

Chuikov

Volkov²,

Barskii³

et al. 2023

E3S Web Conf.

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Wastewater treatment is one of the main problems of development and urbanization of the Arctic regions. This article is devoted to the development of a method for assessing the degree of water purification in order to determine the optimum operating parameters of treatment reactors for water treatment by ferrates from industrial and household waste resulting from the development of Arctic regions. Experiments reflecting the influence of the amount of air supplied to the purification plant on the processes of mixing and distribution of water were carried out and analyzed. Based on the experimental data, a method for determining the optimum operating parameters of a new mobile water purification plant has been developed and applied. The operation of the plant is based on the use of the ferrate method. equations and dependencies describing the relationship between the reactor volume, liquid flow rate and the degree of water purification are given. The degree of water pollution is estimated as its fraction which has left the reactor before the time required for complete treatment of the liquid from the moment it enters i the reactor. Optimal parameters of the ferrate reactor, such as volume and air supply, for a mobile water treatment plant were determined.

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Section: Introductionmentioning

confidence: 99%

Study of water purification reactor operating modes

Chuikov

Volkov²,

Barskii³

et al. 2023

E3S Web Conf.

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Selection of materials and technologies for the electrochemical synthesis of sodium ferrate

Petkova,

Gorbatyuk,

Sharafutdinova

et al. 2024

Metallurgist

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Wastewater Treatment and Preparation for Reservoir Pressure Maintenance (rmp) System with Sodium Ferrate Solution, Produced On-Site by Membrane Electrolysis

Koniashina,

Petkova,

Sharafutdinova

2024

Day 3 Wed, April 24, 2024

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Maintaining reservoir pressure is an important part if we are talking about efficient oil production. The reservoir pressure maintenance system allows oil to flow freely to the surface. This process is required to extend the life of the reservoir and maximize the efficient extraction of hydrocarbons. The quality of the oil and the service life of the system equipment directly depend on the quality of the water supplied to the reservoir. Water treatment problems have always been an integral part of the development of society. Alkali metal ferrates are promising environmentally friendly reagents, which are the strongest oxidizing agents used in practice and capable of decomposing many chemically resistant pollutants, including critical in the preparation of water for RPM systems, such as hydrogen sulfide. It is promising, environmentally friendly and cost-effective to use this technology for wastewater treatment and water treatment for RPM systems.

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Experimental Substantiation of the Practicability of Disinfection and Purification of Water and Wastewaters With Potassium Ferrate

Cited by 3 publications

References 4 publications

Study of water purification reactor operating modes

Study of water purification reactor operating modes

Selection of materials and technologies for the electrochemical synthesis of sodium ferrate

Wastewater Treatment and Preparation for Reservoir Pressure Maintenance (rmp) System with Sodium Ferrate Solution, Produced On-Site by Membrane Electrolysis

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