THE DEPOSIT INTENSITY DETERMINATION FOR NONEQUIVALENT ALKALINE CONCENTRATION

Authors

  • Андрій В’ячеславович Прокопенко Харківський національний університет міського господарства ім. О.М. Бекетова

Abstract

The estimation is given to the laboratory researches results on the mixing effect at a certain speed and duration for the deposits inhibition of the active crystalline calcium carbonate forming. Tested aqueous solutions were prepared in tap water at different temperature, concentrations of suspended solids, oil, the hydrocarbonate and hydrate alkalinity non-equivalent ratios - 1: 2 and 2: 1 by volume. According to the research found that the concentration of suspended solids substantially influences the process of inhibiting solid salt deposits with vigorous stirring, while the presence of oil in water at concentrations almost no effect on the process. The effective range of mixing parameters (rate and duration) to upgrade and conduct pilot testing of the hydrocyclone construction, which is designed for a variety of wastewater treatment plants (in the metallurgical, engineering, chemical and other industries), where there is a need for their stabilization treatment - softening and neutralization.

Key words: method, deposition, mixing, alkalinity, adhesion, continuous-flow hydrocyclone unit, treatment, performance, technique, calcium carbonate crystals.

Author Biography

Андрій В’ячеславович Прокопенко, Харківський національний університет міського господарства ім. О.М. Бекетова

асистент

References

Литература

Шуб В. Б., Хвостак Л. Л., Пантелят Г. С., Муха В. И. Водооборотные системы на металлургических предприятиях // Водоснабжение и санитарная техника. 1987, № 12 – С. 25-26.

Пат. 77476 Україна МПК В04 С 7 / 00, B04 C 3 / 00. Гідроциклонний апарат для очищення води від важких домішок / Шеренков І. А., Левашова Ю. С. – № 20040705586 ; Бюл. № 12 – 2 с.

Исследование вопроса применения вихревых напорных аппаратов при очистке воды от малорастворимых солей / С. Е. Никулин, А. В. Прокопенко // Коммунальное хозяйство городов : науч.-техн. сб. / Харьк. нац. акад. гор. хоз-ва. – Киев : Техніка, 2010. – ISSN 0869-1231. Вып. 93. Серия : Технические науки и архитектура. – С. 295-300.

Обоснование общей методики исследований и параметров модернизированного гидроциклона / С. Е. Никулин, А. В. Прокопенко // Комунальне господарство міст. – 2011. – № 99. – С. 307-312.

References

Shub V. B., Hvostak L. L., Panteljat G. S., Muha V. I. Vodooborotnye sistemy na metallurgicheskih predprijatijah (1987). Water system at the metallurgical enterprises. Water and Sanitation Equipment, 12, 25-26.

Sherenkov І. A., Levashova Yu. S. Ukrainian Patent 77 476, December 15, 2006.

Nikulin S. E., Prokopenko A. V. (2010). The vortex pressure devices using investigation for purified water from the sparingly soluble salts. Scientific-technical collection. Utilities city, 93, 295-300.

Nikulin S. E., Prokopenko A. V. (2011). Justification general research methodology and parameters of the modernized hydrocyclone. Scientific-technical collection. Utilities city, 99, 307-312.

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Published

2015-10-22

How to Cite

(2015). THE DEPOSIT INTENSITY DETERMINATION FOR NONEQUIVALENT ALKALINE CONCENTRATION. Municipal Economy of Cities, (121), 31–33. Retrieved from https://khg.kname.edu.ua/index.php/khg/article/view/4614

Issue

No. 121 (2015): СЕРІЯ: ТЕХНІЧНІ НАУКИ ТА АРХІТЕКТУРА

Section

статьи

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