凝胶状灭火化合物的黏附特性提高了加压空间中灭火的效率

Konstantin Ostapov, Yurii Senchykhin, Vadym Avetisian, Igor Kirichenko
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引用次数: 0

摘要

针对地铁车厢下火灾危险设备的操作灭火,提出了一种现代化的轻重量灭火台车。为提供形成凝胶的组分,采用了“轮”式的na2o·2,7 sio2 + nh4 h2po4喷雾器。这使得在地铁车厢下形成精细分散的凝胶状化合物雾成为可能,确保凝胶层均匀稳定地粘附在车厢下的所有表面。在模拟火灾的灭火实验研究中,模型火灾的结构与子加权空间接近,确定了凝胶形成成分滴在1,6 mm内分散的有效参数。与以前使用的技术解决方案相比,当精细分散时,凝胶形成组合物的均匀稳定粘附允许减少灭火剂的消耗至少25%。
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Increasing the Efficiency of Extinguishing Fires in a Pressurized Space due to the Adhesive Properties of Gel-Forming Fire Extinguishing Compounds
For operational extinguishing of fire-hazardous equipment under a subway car, a modernized under-weight extinguishing trolley is proposed. For supplying components of gel-forming compositions Na 2 O·2,7SiO 2 + NH 4 H 2 PO 4 sprayers of the "segener wheel" type were used. This made it possible to create a finely dispersed fog of gel-forming compounds under the subway car, ensuring uniform and stable adhesion of the gel layers to all surfaces under the car. When conducting experimental studies on the extinguishing of model fires, which are close in their configuration to a sub-weighted space, the effective parameters of the dispersion of drops of gel-forming compositions in 1,6 mm were determined. Uniformly stable adhesion of gel-forming compositions when finely dispersed allowed to reduce the consumption of fire extinguishing agent by at least 25% compared to previously used technical solutions.
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