Development of software product for processing of operating parameters of reverse osmosis systems for the purpose of mathematical determination of water chemistry management methods

The article considers the problems of enterprises using baromembrane water treatment technologies in technological processes. At present, the basic operational data required to monitor the operation of the equipment and to further analyze the efficiency of its use are collected manually, with the co...

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Bibliographic Details
Published in:IOP conference series. Earth and environmental science 2021-04, Vol.751 (1), p.12099
Main Authors: Gudzenko, A V, Petrova, A N, Samarkina, E V
Format: Article
Language:English
Subjects:
Computer programs
Contaminants
Data collection
Indicators
Life cycles
Management methods
Mathematical analysis
Membranes
Normalizing
Osmosis
Parameters
Reverse osmosis
Selectivity
Service life
Software
Water chemistry
Water management
Water treatment
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Summary:The article considers the problems of enterprises using baromembrane water treatment technologies in technological processes. At present, the basic operational data required to monitor the operation of the equipment and to further analyze the efficiency of its use are collected manually, with the collected parameters recorded in the paper operational statements. To avoid the introduction of erroneous indicators and reduce the labor intensity of the process during manual data collection, it is proposed to develop and implement a software product that allows normalizing the parameters of the reverse osmosis installation by recalculating operational indicators taking into account correction factors. In addition, the developed software product allows you to build graphical dependencies of normalized performance, selectivity and pressure differences of reverse osmosis systems. In the future, the program code of the electronic program tracks critical deviations of the calculated normalized parameters and signals to the user the need for corrective actions. The article presents a study of the operation of the membrane plant for the life cycle of membrane elements (3 years). The results of the study of these processes with the help of the developed software product showed a high efficiency of identifying possible problems during the operation of reverse osmosis plants in the early stages, such as the formation of deposits and contaminants on membrane elements, which will significantly increase the service life of membrane elements in various industries.
ISSN:1755-1307
1755-1315
DOI:10.1088/1755-1315/751/1/012099