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ISO 22899-1 Standard. Determination of the resistance of passive protection materials to the action of a fire jet. Part 10
Abstract
The international standard ISO 22899-1, which makes it possible to determine the fire resistance of passive protection materials in a jet fire is considered. Test requires a gas flow rate in the nozzle of 0,3 kg/s at a pressure of 2,3 bar been established. The temperature of the resulting flame can reach 1400 °C with the formation of a fireball. The types of tested fire-fighting materials facing materials, intumescent coatings, components and structures are indicated. The types of tests by this method: external and internal configuration of the installation are considered.
About the Authors
A. S. Drinberg
Saint-Petersburg university of state fire service of emercom of Russia named after the hero of the Russian Federation army general E. N. Zinichev
Russian Federation
Russian Federation
Drinberg A. S., Doctor of Tech. Sci.
D. V. Savelyev
Saint-Petersburg university of state fire service of emercom of Russia named after the hero of the Russian Federation army general E. N. Zinichev
Russian Federation
Russian Federation
Savelyev D. V., Candidate of Military Sci.
A. V. Pavlovich
Smolensk paint and varnish plant
Russian Federation
Russian Federation
Pavlovich A. V., Candidate of Chem. Sci.
C. B. Vrublevsky
GC «Chemical technologies» LLC
Russian Federation
Russian Federation
Vrublevsky C. B.
O. A. Zybina
Saint-Petersburg university of state fire service of emercom of Russia named after the hero of the Russian Federation army general E. N. Zinichev
Russian Federation
Russian Federation
Zybina O. A., Doctor of Tech. Sci.
A. I. Mamonov
Smolensk paint and varnish plant
Russian Federation
Russian Federation
Mamonov A. I.
References
1. Павлович А.В., Савельев Д.В., Дринберг А.С., Данилова Т.В., Мамонов А.И. Современные тенденции в исследованиях и разработках огнезащитных покрытий // ЛКМ и их применение. 2023. № 6. С. 10–16.
2. Дринберг А.С., Савельев Д.В., Павлович А.В., Мамонов А.И. Стандарт UL-1709. Испытания огнезащитных материалов для конструкционной стали на быстрое огневое воздействие (имитация углеводородного пожара). Часть 8 // ЛКМ и их применение. 2023. № 7–8. С. 42–47.
3. Stolen R., Mikalser R.F., Glansberg K., Wormdahl E.D. Heat flux in jet fire. Nordic Fire and Safety Days (NFSD2018) Conference proceedings, 7-8 June 2018, Trondheim, P-1-5.
4. Комаров А.А., Шангараев Р.Р. Определение поражающих факторов при авариях, сопровождаемых огненными шарами. Пожары и чрезвычайые ситуации: предотвращение, ликвидация. №3, 2000 г., С-20-25.
5. Mather P., Smart R D. Large scale and medium scale jet fire tests, Offshore Technology Report – OTO 97 079, HSE, 1997.
6. ISO 22899-1(2021) Determination of the resistance to jet fires of passive fire protection materials. Part 1: General requirements, ISO Copyright office, Switzerland.
Review
For citations:
Drinberg A.S., Savelyev D.V., Pavlovich A.V., Vrublevsky C.B., Zybina O.A., Mamonov A.I. ISO 22899-1 Standard. Determination of the resistance of passive protection materials to the action of a fire jet. Part 10. Russian Coatings Journal. 2023;(10):44-52. (In Russ.)
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