Сафоник, А. П. та Полюхович, С. О. (2024) РОЗРОБКА МОДЕЛІ, АЛГОРИТМУ ТА ПРОГРАМНОГО КОМПЛЕКСУ ДЛЯ АНАЛІЗУ ТА ОПТИМІЗАЦІЇ СИСТЕМИ АЕРОБНОГО ОЧИЩЕННЯ СТІЧНИХ ВОД. Вісник Національного університету водного господарства та природокористування (2(106)). с. 168-177.

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Анотація

Розглядається розробка та впровадження модельно- алгоритмічного комплексу для системи аеробного очищення стічних вод. Досліджено ефективність системи, враховуючи аеробні процеси та динаміку очищення протягом часу. Результати включають розроблені моделі, алгоритми та висновки щодо оптимізації процесу очищення стічних вод.

Title in English

DEVELOPMENT OF A MODEL, ALGORITHM AND SOFTWARE PACKAGE FOR ANALYZING AND OPTIMIZING THE AEROBIC WASTEWATER TREATMENT SYSTEM

English abstract

The article deals with the development and implementation of a modeling and algorithmic complex for an aerobic wastewater treatment system. The efficiency of the system is investigated, taking into account aerobic processes and the dynamics of treatment over time. The results include the developed models, algorithms, and conclusions on optimizing the wastewater treatment process. The creation of a set of models and algorithms for optimizing the aerobic wastewater treatment system is determined by the seriousness of environmental and technical challenges in the wastewater treatment industry. The growing volume of wastewater originating from a variety of sources requires improved treatment technologies to meet stringent water quality standards and environmental challenges. Existing environmental problems such as water pollution, heavy metal and chemical emissions, and climate change make research aimed at improving and optimizing wastewater treatment systems urgent. This is becoming key to ensuring the safety and sustainability of aquatic ecosystems and human health. In recent years, a significant amount of research has been conducted in the field of modeling biochemical wastewater treatment plants. These studies have opened up new horizons in understanding water treatment processes, heat and mass transfer, and the impact of variable parameters necessary for automated control of production capacity. Some models treat wastewater treatment as a technological process, focusing on the details of mechanical structures and ignoring the dynamics of filter operating times. Other models consider the relationship between activated sludge and impurities, but do not take into account the system of interacting parameters or the complexity of the process dynamics. The creation of a modeling and algorithmic complex is a step towards effective management of treatment processes, which can lead to a reduction in energy consumption, optimization of raw material consumption, and improvement of the overall efficiency of wastewater treatment systems. Such research is important for sustainable development and ensuring the environmentally friendly state of water resources in the world.

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