UDC 608.2
Experimental studies have confirmed the high efficiency of modified fire extinguishing agents in a gradual mode. Particular attention is given to the aqueous solution of the SF-2U decontaminating agent, which, at a concentration of 0.3%, demonstrated improved extinguishing and penetrating properties, including when applied as a fine mist. It was found that the fire extinguishing ability of the SF-2U solution is approximately twofold greater than that of water. Tests of gas-filled foam were conducted, demonstrating an increase in the extinguishing effect compared to air-filled foam. Generation schemes for these foams were developed and tested, determining optimal supply parameters and compositions. Based on an analysis of initial and dependent parameters, algorithms for calculating extinguishing agent consumption are proposed, taking into account a range of factors: the scale and nature of the fire, the type of agent used, weather conditions, and flexibility limitations. Dependent and corrective coefficients introduced into the model lead to its adaptation to specific fire conditions, enabling rapid forecasting of extinguishing agent requirements. The work contains substantiated recommendations on the prospects for improving the methodology and implementing the results in the practical activities of the fire-fighting equipment of the Ministry of Emergency Situations of Russia
algoritm, pozhar, tushenie, sf-2u, sul'fonol, modificirovannaya pena, termicheskaya ustoychivost'
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