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2023•Problems of risk management in the technosphereOpen access

MODERN MEANS OF ENSURING FIRE PROTECTION OF STEEL STRUCTURES OF OIL AND GAS FACILITIES

А В Калач, Ekaterina Golovina, Alexander Krutolapov

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Abstract

Modern polymer materials used in construction, transport and household products characterized, as a rule, by high flammability and combustibility, which has a significant impact on ensuring the required level of fire protection. A variant of the formalization of the choice of a flame retardant coating is proposed and an algorithm for its justification is proposed. The proposed algorithm for choosing a fire-retardant coating assumes a preliminary quantitative assessment of fire danger; analysis of possible scenarios of fire development; the choice of the type of fire protection system taking into account the operating environment, the size of potential damage from fire, technical, economic and human factors, and the rationale for choosing a fire-resistant coating that provides the specified (required) level of fire protection.

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Modern polymer materials used in construction, transport and household products characterized, as a rule, by high flammability and combustibility, which has a significant impact on ensuring the required level of fire protection. A variant of the formalization of the choice of a flame retardant coating is proposed and an algorithm for its justification is proposed. The proposed algorithm for choosing a fire-retardant coating assumes a preliminary quantitative assessment of fire danger; analysis of possible scenarios of fire development; the choice of the type of fire protection system taking into account the operating environment, the size of potential damage from fire, technical, economic and human factors, and the rationale for choosing a fire-resistant coating that provides the specified (required) level of fire protection.

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Available abstract

Modern polymer materials used in construction, transport and household products characterized, as a rule, by high flammability and combustibility, which has a significant impact on ensuring the required level of fire protection. A variant of the formalization of the choice of a flame retardant coating is proposed and an algorithm for its justification is proposed. The proposed algorithm for choosing a fire-retardant coating assumes a preliminary quantitative assessment of fire danger; analysis of possible scenarios of fire development; the choice of the type of fire protection system taking into account the operating environment, the size of potential damage from fire, technical, economic and human factors, and the rationale for choosing a fire-resistant coating that provides the specified (required) level of fire protection.

Key concepts: Combustibility, Flammability, Fire retardant, Fire protection, Coating, Environmental science, Forensic engineering, Computer science

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MODERN MEANS OF ENSURING FIRE PROTECTION OF STEEL STRUCTURES OF OIL AND GAS FACILITIES — Research Paper | ScholarLens