Analysis and justification of the selection of software tools for modeling and automated control of recirculating water supply systems in mining and processing enterprises
DOI:
https://doi.org/10.34185/1562-9945-1-156-2025-07Keywords:
recycled water supply systems, mining and processing enterprises, modeling, hydrodynamic processes, numerical methods, turbulence modeling, software, filtration processesAbstract
This study provides a systematic analysis of software solutions used for modeling and managing recirculating water supply systems. The research focuses on identifying computational tools that are best suited for simulating complex fluid dynamics, turbulence effects, and filtration processes within these systems. The primary objective is to justify the choice of software based on its functional capabilities, accuracy in replicating real-world conditions, and potential for integration into industrial automation frameworks. The methodology involves a comparative evaluation of existing modeling platforms, assessing their numerical algorithms, interface design, computational efficiency, and adaptability to the specific requirements of mining water management. Expert analysis is applied to determine the advantages and limitations of different software packages in terms of precision, scalability, and ease of implementation. Key factors considered include the ability to model multiphase flows, predict contaminant transport, and optimize filtration strategies. The results highlight the strengths and weaknesses of various software tools, providing practical recommendations for their application in system design, process optimization, and operational management. The findings contribute to improving decision-making in the selection of digital solutions for water resource management, leading to enhanced automation, cost-effectiveness, and environmental sustainability. By offering a structured evaluation of modeling and automation tools, this research supports engineers and decision-makers in implementing more effective recirculating water supply systems. The proposed approach facilitates improved process control, reduces water consumption, minimizes pollution risks, and enhances the overall sustainability of mining and processing operations.
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