UDC 614.842.83
This scientific article addresses the relevant problem of managing a complex organizational and technical system operating under high-risk conditions - specifically, a fire in a tank farm. The study focuses on the algorithmic substantiation of managerial decision-making during firefighting operations in storage tanks, targeting the fire incident commander as the central control agent. As its foundation, the article proposes nomograms and calculation tables that enable rapid comparative analysis of alternative resource management strategies - such as extinguishing with water or low-expansion foam -based on key criteria, with economic efficiency being the central criterion. An algorithmic framework (in the form of nomograms and calculation tables) has been developed to estimate required resources and direct economic costs under various management scenarios. A comparative economathematical analysis of alternative firefighting strategies is conducted, and their effectiveness is evaluated according to the «cost - effectiveness» criterion. The practical outcome is a set of tools for quantitative justification in selecting the optimal strategy, enabling a shift from intuitive assessments to formalized planning and cost optimization. The article represents applied research and includes a comprehensive analytical and computational framework, which holds significant value for specialists in risk management and safety of complex technical facilities
algoritm, analiz, metodologiya, nomogramma, podderzhka, rezervuar, resursy, tushenie, upravlenie, formalizaciya, ekonomika, eksperiment, effektivnost'
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