Modeling the processes of determining the hydromechanical parameters of particles of impurities in aqueous solutions of wastewater

Modern circulating water supply systems are the most common and reliable components of the country’s industrial sector. The use of water in circulating and reusable systems requires the applying of advanced engineering solutions aimed at increasing the reliability level and its process reliability,...

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Bibliographic Details
Main Authors: Movchan, Sergei, Epoyan, Stepan, Sizova, Nataliya, Chernyshova, Liudmyla
Format: Conference Proceeding
Language:English
Subjects:
Aqueous solutions
Impurities
Industrial water
Inheritances
Mathematical models
Modelling
Parameters
Safety
System reliability
Wastewater treatment
Water circulation
Water supply
Water supply systems
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Summary:Modern circulating water supply systems are the most common and reliable components of the country’s industrial sector. The use of water in circulating and reusable systems requires the applying of advanced engineering solutions aimed at increasing the reliability level and its process reliability, technical excellence and environmental safety of circulating water supply systems. The solution of the specified problems and tasks is in a choice of hydraulically substantiated parameters and modes for systems of circulating water supply which can be defined by the correct calculation and economically expedient choice of a configuration of the circulating water supply systems. Achieving the reliability level and environmental safety of water bodies at industrial water supply systems can be determined at the design stage and, in particular, at the stage of modeling the processes that occur during the treatment of galvanic wastewater. Theoretical and experimental researches of parameters of impurity particles movement in water solutions are carried out in work. The analysis is carried out and recommendations concerning the choice of engineering and technical decisions at designing, choosing and operation of the technological equipment for circulating water supply systems at the industrial enterprises are developed.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0123901