As the size of the city's complexes continues to grow, fire rescue work becomes extremely important. As a key infrastructure for fire rescue in urban buildings, the design and selection of materials for fire water supply systems are very important. This paper will analyze the application of monolithic fireproof glass, an important technological innovation in the design of fire water supply system, and analyze its application.
The safety of the fire water supply system is the primary consideration. The water supply system must ensure a stable and reliable source of water to meet the need to extinguish fires in the event of an emergency. On this basis, it is also important to choose the right water supply system solution. Compared with the community centralized fire water supply system, the community centralized fire water supply system can effectively reduce the cost, but the management cost problem may lead to disputes between the developer and the property, thus affecting the normal operation of the water supply system. Therefore, in the selection of water supply areas, although the parallel zonal water supply system is more expensive and the structure is more complex, it can realize the self-contained system of the urban water supply and drainage system and provide a more stable and safe water supply.
In the design of fire water supply system, the application of monolithic fireproof glass is gradually being emphasized. Monolithic fireproof glass is a glass material with good transparency and fire resistance, which can effectively isolate flames and heat radiation, and provide greater convenience and guarantee for fire rescue.
First of all, monolithic fireproof glass plays an important role in the design of building facades for fire water supply systems. The building façade of the fire water supply system usually needs to be equipped with fire protection function to avoid the spread of fire. Through its excellent fire resistance and transparency, monolithic fireproof glass can effectively isolate the source of fire in the event of a fire, prevent the spread of fire, and provide valuable time for personnel evacuation and fire extinguishing work.
Secondly, monolithic fireproof glass also plays an important role in the design of the equipment room of the fire water supply system. The equipment room of the fire water supply system is usually installed with a large number of pumps, valves and other equipment, and the normal operation of these equipment is crucial to the reliability of the fire protection system. The fire resistance of a single piece of fireproof glass can effectively isolate the fire in the equipment room, prevent the fire from spreading to the equipment area, and ensure the normal operation of the fire protection system.
In addition, monolithic fireproof glass can also be used in the design of escape routes and emergency exits in fire water supply systems. In the event of a fire, a single piece of fireproof glass can effectively resist high temperature and flames, providing a reliable refuge space and passage for the safe evacuation of personnel.
To sum up, monolithic fireproof glass has a wide range of application prospects in the design of fire water supply system. Its excellent fire performance and transparency performance provide greater convenience and guarantee for fire rescue work. In the design of the fire water supply system in the future, we should give full play to the advantages of a single piece of fireproof glass, improve the safety and reliability of fire protection facilities, and contribute to the fire rescue work in urban buildings.