The purpose of this work is to describe an innovative active fire protection device, consisting of a smoke and heat exhaust system. The system consists of a window-wall with openings at the base and at the top, respectively the first for the entry of fresh air and the second for the evacuation of the smoke and heat produced by the fire. This system allows timely intervention before flashover, significantly reducing the risk of personal injury and material damage and increasing visibility and time available for evacuation and rescue operations. The behavior of the smoke and heat exhaust system above mentioned has been studied, both with fire engineering calculation procedures and with an experimental test, in which the system has provided for the evacuation of the combustion products generated by a test fire, consisting of a pile of wood. The system seems to have better performance than traditional ones and it is fully restorable if not damaged by fire. The system covered by this article, while already providing unquestionable positive results, is still in the testing phase and will be subject to future development, carrying out further experimental tests, if necessary.

An Innovative System for the Evacuation of Smoke and Heat / Palestini, Luigi. - In: INTERNATIONAL JOURNAL OF SOFTWARE & HARDWARE RESEARCH IN ENGINEERING. - ISSN 2347-4890. - 10:1(2022), pp. 1-8. [10.26821/IJSHRE.10.1.2022.100103]

An Innovative System for the Evacuation of Smoke and Heat

Palestini, Luigi
Primo
Writing – Original Draft Preparation
2022

Abstract

The purpose of this work is to describe an innovative active fire protection device, consisting of a smoke and heat exhaust system. The system consists of a window-wall with openings at the base and at the top, respectively the first for the entry of fresh air and the second for the evacuation of the smoke and heat produced by the fire. This system allows timely intervention before flashover, significantly reducing the risk of personal injury and material damage and increasing visibility and time available for evacuation and rescue operations. The behavior of the smoke and heat exhaust system above mentioned has been studied, both with fire engineering calculation procedures and with an experimental test, in which the system has provided for the evacuation of the combustion products generated by a test fire, consisting of a pile of wood. The system seems to have better performance than traditional ones and it is fully restorable if not damaged by fire. The system covered by this article, while already providing unquestionable positive results, is still in the testing phase and will be subject to future development, carrying out further experimental tests, if necessary.
2022
Active fire prevention; Natural Smoke and Heat Exhaust Systems; Smoke and Heat Evacuators (EFC)
01 Pubblicazione su rivista::01a Articolo in rivista
An Innovative System for the Evacuation of Smoke and Heat / Palestini, Luigi. - In: INTERNATIONAL JOURNAL OF SOFTWARE & HARDWARE RESEARCH IN ENGINEERING. - ISSN 2347-4890. - 10:1(2022), pp. 1-8. [10.26821/IJSHRE.10.1.2022.100103]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1601289
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