Engineering & Technologies 3 (2015 8) 369-376 ~ ~ ~ УДК 638.35 Mathematical Modeling of Cavitation Processes in Conditioning Industrial Wastewater Olga G. Dubrovskayaa* Ekaterina S. Sapoghnikovaa,b Qian Lic , Vladimir A. Kulagina , Feng-Chen Lic , , and Zhi-Ying Zhengc 79 Svobodny, Krasnoyarsk, 660041, Russia b aSiberian Federal University JSC “NPP “Radio” 19 Dekabristov Str., Krasnoyarsk, 660021, Russia c Harbin Institute of Technology 92 Xidazhi St, Nangang, Harbin, Heilongjiang, 150001, China Received 24.10.2014, received in revised form 30.01.2015, accepted 31.03.2015 The article presents results of mathematical modeling of physical and of chemical processes hydrothermodynamic processing of industrial waste water on the basis of of effects supercavitation. <...> To optimize the parameters of hydrothermodynamic cavitation as the basis nonchemical treatment of industrial waste, is used a model with the parameterization of indicators arising at this energy, its conversion, as well as changing the properties of the liquid and modifi cation of admixtures. <...> Is represented model dependence between the parameters (modes) cavitation and effi ciency of industrial wastewater treatment. <...> Keywords: mathematical modeling, the effects of cavitation, waste water, conditioning industrial waste water. <...> All rights reserved * Corresponding author E-mail address: dubrovskayaolga@mail.ru # 369 # Olga G. Dubrovskaya, Vladimir A. Kulagin… <...> Математическое моделирование кавитационных процессов при кондиционировании промышленных сточных вод О.Г. Дубровскаяа , В.А. Кулагина Фэнг-Чэнь Лив , Цянь Лив , Е.С. Сапожниковаа,б , Чжи-Ин Чжэнв , аСибирский федеральный университет Россия, 660041, Красноярск, пр. <...> Свободный, 79 бНаучно-производственное предприятие «Радиосвязь» Россия, 660021, Красноярск, Декабристов, 19 в Китай, 150001, Наньган, Харбин, Хэйлунцзян, Ксидачи, 92 В статье изложены результаты математического моделирования физико-химических процессов гидротермодинамической обработки промышленных стоков на базе эффектов <...>