INFLUENCE OF FIRE PARTITIONS FOR SPEED FIRE DISTRIBUTION IN CLOSED PREMISES OF PRODUCTION AND STORAGE FACILITIES

E. Hulida, V. Sharуу
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Abstract

Introduction. Fires in closed premises of production and storage facilities are the most dangerous, because they hold large areas with a significant fire load. The current direction of providing a fire safety system at production and storage facilities in closed premises is to eliminate the conditions of the rapid development of fire and minimizing its effect through the use of fire curtains. This method of fire protection is practically not used in closed premises of production and storage facilities at the present stage. In most cases, fire partitions are used in such situations. Therefore, a topic issue today is the research of limiting the development of fires with the use of fire partitions and minimizing fire effects.Purpose. Investigate the process of spreading the fire in closed premises of production and storage facilities by using fire partitions to limit the speed of fire spread. Problem statement and solution. The following tasks must be solved to provide fire protection of production and storage facilities:1. to investigate the process of fire spread in closed premises of production and storage facilities without the use of fire partitions;2. to investigate the impact of fire partitions use on fire rate.Two possible modes of development fire in the premises are considered to solve the first problem: 1) with the presence of sufficient air (oxygen), with fire occurred in regulated fire load; 2) with insufficient air (oxygen), with fire occurred in regulated ventilation.It is necessary to choose the material and fire partition design accordingly to solve the second problem. The results of experimental studies [11] showed that fire partitions vermiculite-silicate plates can be used for various building structures manufacturing. Closed production and storage facilities structure analysis showed that these premises are constructed in most cases with a grid of columns 9Х12 m.Conclusions and proposals:1) There is only the first mode of fire with sufficient oxygen (air) in closed premises of production and storage facilities with a total area of more than 5000 m2 in the process of fire. The fire that occurred is regulated only by the fire load.2) The use of fire partitions between sections of the premises of production and storage facilities reduces the probability of fire spreading in the premises by about 3 times.3) It is necessary to continue research work in this direction to obtain more significant results of the process of development and spread of fire in the premises of production and storage facilities.
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在密闭的生产、储存场所,防火隔墙对火势分布速度的影响
介绍。在封闭的生产和储存设施场所发生火灾是最危险的,因为这些场所火灾面积大,火灾负荷大。目前在封闭场所的生产和储存设施中提供消防安全系统的方向是通过使用防火窗帘来消除火灾迅速发展的条件并尽量减少其影响。这种防火方法目前在封闭的生产和储存场所实际上还没有使用。在大多数情况下,在这种情况下使用五个分区。因此,研究如何使用防火隔板来限制火灾的发展,并最大限度地减少火灾的影响是当今的一个主题问题。在封闭的生产和储存场所,使用防火隔板限制火势蔓延,调查火势蔓延的过程。问题陈述和解决方案。为生产、储存设施提供防火保护,必须解决以下任务:(一)对未使用防火隔断的密闭生产、储存场所的火灾蔓延过程进行调查;调查防火隔板的使用对火灾率的影响。为了解决第一个问题,考虑了两种可能的火灾发展模式:1)在有足够空气(氧气)的情况下,在规定的火灾负荷下发生火灾;2)空气(氧气)不足,在规范通风条件下发生火灾。有必要选择相应的材料和防火隔断设计来解决第二个问题。实验研究结果[11]表明,防火隔墙蛭石硅酸盐板可用于各种建筑结构制造。封闭的生产和储存设施结构分析表明,这些房地在大多数情况下采用柱状网格结构9Х12 m。结论与建议:1)火灾过程中,在总面积超过5000平方米的密闭生产、储存设施场所,只存在氧气(空气)充足的第一种火灾方式。发生的火灾仅受火灾负荷的调节。2)在生产和储存设施的房屋分段之间使用防火隔板,使火灾在房屋内蔓延的概率降低了约3倍。3)为了在生产和储存设施的房屋内火灾的发展和蔓延过程中获得更有意义的结果,有必要继续朝这个方向进行研究工作。
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