Project concepts for combined fire-extinguishing systems

Author:

Bukeikhanov N R,Gvozdkova S I,Butrimova E V

Abstract

Abstract Based on the analysis of the functioning of the sprinkler fire-extinguishing system and the chemical reaction of the interaction of ammonia with water, the article considers the formation of an integrated fire extinguishing system to ensure the safety of processes and production plants where ammonia is used in the main and auxiliary processes. Analysis of the functioning of the system allows creating a project for a unified combined fire-extinguishing system based on an automatic sprinkler system and including the function of reacting and responding to the presence of ammonia vapors in the air of the production rooms. The paper proposes a supplement by the method of aggregation of automatic sprinkler systems with ammonia sensors, which, while maintaining the basic fire extinguishing function, can suppress emergency ammonia releases. As an example, the paper describes the formation of the project of a combined automatic sprinkler fire-extinguishing system with ammonia sensors and implements an additional function to ensure production safety in case of a possible ammonia emergency release.

Publisher

IOP Publishing

Subject

General Medicine

Reference24 articles.

1. Quantitative evaluation of the effectiveness of best available technologies of form-shaping;Shvartsburg;MATEC Web of Conferences,2017

2. Analysis of sources and methods for reducing noise by minimizing vibrations of engineering technological processes;Gvozdkova;Procedia Engineering,2017

3. Performance management of local air purification systems;Shvartsburg;Ecology and Industry of Russia,2017

4. The role of information technology in rotor balancing;Ivanova;Russian Engineering Research,2016

5. Modern digital manufacturing technical support centers;Egorov;Mathematics Education,2016

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