滚装舱内货物火灾事故的主要原因:过去25年的分析

Á. Marrero, Paco Gasparin, F. Rodero, Pablo Sanz
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引用次数: 3

摘要

EMSA的FIRESAFE研究显示,90%的无船火灾是由运载货物(车辆和货物单元)引发的,这些货物可能是全新的、维护不善的、重建的或不安全的。今天,所有的货物(除了危险货物)装载时都不考虑它们所构成的危险,这给防火留下了很大的空间。本文主要对船舶内部发生的火灾事故的历史数据进行分析。目的是找出主要原因及其根源是什么。该方法包括以下步骤:(1)汇编来自多个海事来源的信息,(2)根据LASH FIRE (H2020资助项目,资助协议#814975,本出版物的框架)的初步结果进行相应的均质化,(3)简要概述支持分析的底层数据库的设计,最后,(4)主要结论。分析不仅考虑船舶和货物的类型(分类为危险货物或非危险货物,是否用车辆运输,在这种情况下,是什么类型的车辆等),而且还考虑了它所在的滚装空间。由此产生的信息用于识别根本原因(电气,机械,过热等)的模式,以便创建可进一步用于开发实施火灾危险管理的创新解决方案的知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MAIN CAUSES OF CARGO FIRE INCIDENTS IN RO-RO SPACES: AN ANALYSIS OVER THE LAST 25 YEARS
The FIRESAFE study from EMSA revealed that 90% of all ro-pax ship fires are initiated in the carried cargo (vehicles and cargo units), which can be everything from brand new to poorly maintained, rebuilt, or unsafe. Today, all cargo (except dangerous goods) is loaded without consideration to the hazards they pose, leaving much room for fire prevention. This paper focuses on the analysis of available historical data related to fire accidents produced inside ships. The objective is to find out what the main causes and their origins are. The methodology includes the following steps: (1) the compilation of information from several maritime sources, (2) the corresponding homogenization based on preliminary outcomes of LASH FIRE (H2020 funded project, Grant Agreement #814975, in which this publication is framed), (3) a brief overview on the design of the underlying database which supports the analysis and finally, (4) the main conclusions. The analysis considers not only the type of ship and cargo (classified as dangerous or non-dangerous goods, if it is transported in a vehicle or not and, in that case, what type of vehicle, etc.) but also the ro-ro space where it was located. The resulting information is used to identify patterns in the root causes (electrical, mechanical, overheating, etc.) in order to create knowledge that can be further used for the development of innovative solutions for the implementation of fire hazard management.
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