DEOXYGENATION OF WATER WITH HELP DOWNLOAD BASED ON IRON-CONTAINING COMPOSITES

Abstract

In industry, large volumes of water are used precisely in power engineering and cooling systems. Promising methods for ensuring economic benefits and environmental friendliness of using natural water are methods of water conditioning and the use of water supply systems (closed and reversible). Therefore, these methods need to constantly improve and study all aspects of the processes that occur in them. The main issue in the use of water circulation systems is the need to reduce the corrosion activity and water hardness to prevent the formation of scale and corrosion of the metal. In case of neglecting the quality requirements of the water, additional expenses for equipment repair and fresh water collection as well as discharging of waste water are increased. Therefore, it is recommended to use stable water in circulating and closed systems of cooling and heat supply. In the given work it is offered to use as a reducing agent the modified download on the basis of iron-containing composites. The research of estimation of efficiency of new ones is carried out iron-containing composites at deoxygenation plumbing and softened water. The efficiency of one stage deoxygenation of water is determined. The use of two-stage stabilization water treatment is stipulated, which includes the deoxygenation of water and softened water. The effectiveness of using softened water in the removal of dissolved oxygen and iron ions has been established. The dependence of the efficiency of the processes of deoxygenation and removal of iron from water is determined from the filtering speed through a redox-filter.

Authors and Affiliations

М. Д. Гомеля, М. М. Шуриберко, А. В. Голяка

Keywords

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  • EP ID EP580291
  • DOI -
  • Views 62
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How To Cite

М. Д. Гомеля, М. М. Шуриберко, А. В. Голяка (2018). DEOXYGENATION OF WATER WITH HELP DOWNLOAD BASED ON IRON-CONTAINING COMPOSITES. Вчені записки Таврійського національного університету імені В. І. Вернадського. Серія: Технічні науки, 29(6), 64-69. https://europub.co.uk/articles/-A-580291