With the rapid development of the fine chemical industry, the fire safety of fine chemical buildings has become increasingly prominent. In order to ensure the quality of firefighting work, it is essential to purchase a large number of firefighting equipment in the initial stage. In addition, in order to improve the fire safety management level of fine chemical buildings, we also need to strengthen the construction of infrastructure.
In the fire protection design of fine chemical buildings, there are some problems that need to be solved. First of all, fine chemical buildings are fundamentally different from other petrochemical buildings, with relatively small scale and concentrated personnel, so once a safety accident such as fire occurs, it often causes a large number of people. Therefore, the fire protection design of fine chemical buildings is particularly important.
There are a number of steps we can take to address these issues. First of all, the installation of fire-fighting equipment should be fully recognized. In the process of installation of fire-fighting equipment, it is necessary to conduct a comprehensive and careful on-site investigation, and scientifically and reasonably design the installation plan of fire-fighting equipment. At the same time, according to the actual situation of the enterprise, select appropriate fire extinguishing equipment to ensure that the fire fighting equipment can work normally.
Secondly, in the installation and optimization of fire-fighting equipment, the design factor is very crucial. Among them, the use of fire water supply procedures is the key to ensure the normal operation of the system. In the early stage of the fire, it is necessary to do a good job in the installation of basic equipment, and use the conventional test method for system detection. In addition, when performing network management tests, the pipes need to be inspected to ensure that the device can withstand external pressures and improve practical performance.
In fine chemical buildings, borosilicate fireproof glass is an important fireproof material. The material has good high temperature resistance and excellent fire performance, which can effectively isolate flames and heat radiation and protect the safety of buildings and personnel. The extensive application of borosilicate fireproof glass in fine chemical buildings can not only improve the level of fire safety, but also effectively reduce the loss of personnel and equipment caused by fire.
In short, the fire protection design of fine chemical buildings is an important part of ensuring building safety. In order to improve the quality of fire protection work, we need to strengthen infrastructure construction and take scientific and reasonable measures to install and optimize fire prevention facilities. At the same time, vigorously promote the application of borosilicate fireproof glass to improve the fire safety level of fine chemical buildings and ensure the safety of personnel and property.