Methods for Evaluation of Firefighting Capacity of Microencapsulated Halon 21711 and Fire-extinguishing Gas Act-45 Tapes
Edgars Freidenfelds, Janis Ievinsh, Vladimirs Jemeļjanovs, Jelena Sulojeva, Inese Vilcāne
Abstract
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Edgars Freidenfelds, Janis Ievinsh, Vladimirs Jemeļjanovs, Jelena Sulojeva, Inese Vilcāne
Abstract
Open-access reader
Human security is one of the main tasks of the fire protection system; great attention should be devoted to situations, where evacuation is not possible and extinguishing gas leak takes place.It is, therefore, important to study the firefighting efficiency of gases, their toxicity and impact on living organisms and the environment in general.The studies carried out showed that at the early stage of fire the microencapsulated gas bands free of ozone-depletion potential are the most effective means of fighting fire in small, enclosed spaces.
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Human security is one of the main tasks of the fire protection system; great attention should be devoted to situations, where evacuation is not possible and extinguishing gas leak takes place.It is, therefore, important to study the firefighting efficiency of gases, their toxicity and impact on living organisms and the environment in general.The studies carried out showed that at the early stage of fire the microencapsulated gas bands free of ozone-depletion potential are the most effective means of fighting fire in small, enclosed spaces.
Key concepts: Firefighting, Fire protection, Toxic gas, Flammability, Environmental science, Wildfire suppression, Waste management, Engineering