Application experience and aspects of improving the temperature activated water technology for extinguishing fires and preventing emergencies

V. V. Roenko, S. Khramtsov, Alexey Petrovich Karmes, T. Chistyakov, A. S. Muzychenko, V. A. Kochetygov
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Abstract

Introduction. The article considers the experience of application and aspects of improving temperature activated water technology for extinguishing fires as well as preventing and eliminating accidents. The technology for generating temperature activated water is described. The areas of the technology application have been explored. The advantages, disadvantages and some aspects of the technology improvement are presented. The purpose of the study is increasing efficiency of fire extinguishing and emergency prevention via using temperature activated water technology. Development of new technical means for supplying temperature activated water and fire extinguishing agents based on it. Research methods. To obtain the results, general scientific methods of cognition were used – analysis, synthesis, the theory of water boiling and hydro-gas dynamics. Reliability of the results presented in the given work is confirmed by application of the fundamental laws of physics and the proper mathematical tools. The results of the study. The advantages, disadvantages and some aspects of technology improvement are presented. It was explored that temperature activated water in a suspended state is able to dilute and cool the combustible medium and displace the oxygen of the air in enclosures, thereby eliminating the fire. The supply of hot water through hose lines over long distances (no more than 2 km) without loss of quality properties makes it possible to use the technology when extinguishing fires in hard-to-reach places. Low water consumption for extinguishing fires (up to 40 minutes without refueling) has a positive effect on extinguishing fires under conditions of limited water supply. The results of scientific research have been introduced into new models of appliances capable of performing a huge range of tasks set by EMERCOM of Russia. Conclusion. The information presented in the given publication will help managers and users of the technical means based on the temperature-activated water technology to apply and use it correctly for extinguishing fires and eliminating emergencies. The article discusses new aspects of the application, which allow us to suggest the possibility of extinguish fires, preventing and eliminating accidents in underground mine workings, subsurface suppression of municipal solid waste landfills, and extinguishing live electrical installations with temperature-activated water. The main directions for improving the technology are development and creation of new technical means for generating and supplying temperature-activated water and fire extinguishing agents based on it, as well as the study of its application at various protection facilities, including those located in the Arctic zone of the Russian Federation. Keywords: temperature activated water, explosive water boiling, fire extinguishing agent, fire extinguishing, fire appliances, multi-purpose fire appliance, multi-functional spray installation, set of multi-purpose fire containers.
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提高温度活化水技术在灭火和预防突发事件中的应用经验和方面
介绍。论述了提高温度活化水技术在灭火、预防和消除事故中的应用经验和应注意的问题。介绍了高温活化水的生产工艺。对该技术的应用领域进行了探索。介绍了该技术的优点、缺点和需要改进的几个方面。研究的目的是通过使用温度活化水技术来提高灭火和应急预防的效率。在此基础上开发提供高温活化水和灭火剂的新技术手段。研究方法。为了得到结果,我们使用了一般的科学认知方法——分析、综合、水沸腾理论和氢气动力学。通过应用基本物理定律和适当的数学工具,证实了给定工作中所提出结果的可靠性。研究的结果。介绍了其优点、缺点和技术改进的一些方面。研究发现,处于悬浮状态的温度活化水能够稀释和冷却可燃介质,并取代外壳内空气中的氧气,从而消除火灾。通过软管长距离(不超过2公里)供应热水而不损失质量性能,这使得在难以到达的地方灭火时使用该技术成为可能。在供水有限的情况下,灭火用水量低(不加油可达40分钟)对灭火具有积极作用。科学研究成果已被引入到能够执行俄罗斯EMERCOM设定的大量任务的新型设备中。结论。该出版物所提供的信息将有助于基于温度活化水技术的技术手段的管理人员和用户正确应用和使用它来灭火和消除紧急情况。本文讨论了应用的新方面,使我们能够提出扑灭火灾的可能性,防止和消除井下作业事故,城市生活垃圾填埋场的地下抑制,以及用温度活化水扑灭带电电气装置。改进这项技术的主要方向是发展和创造新的技术手段,以产生和供应温度活化水和基于温度活化水的灭火剂,以及研究其在各种保护设施中的应用,包括在俄罗斯联邦北极地区的保护设施。关键词:温度活化水,爆炸水沸腾,灭火剂,灭火剂,消防器具,多功能消防器具,多功能喷雾安装,成套多功能消防容器。
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