The Current Situation of Fire Safety in Industrial Parks
With the rapid development of the social economy, industrial parks are increasing day by day. However, in the construction and planning process of industrial parks, most fire protection plans are unreasonable. Fire safety hazards are common. Also, the scale of settled enterprises varies, and their fire safety awareness is weak. They blindly pursue maximizing corporate interests and ignore enterprise fire safety management. As a result, fire accidents happen frequently. So, it’s urgent to do a good job in park fire safety. We need advanced, stable, and reliable intelligent fire protection systems to ensure the park’s fire safety.
Main Fire Safety Difficulties
Difficulty in Controlling Fire-Fighting Facilities
There are many types of fire-fighting equipment, and their layout points often change. We can’t dynamically control these fire-fighting facilities.
Heavy Inspection Workload for Fire-Fighting Facilities
There are numerous fire-fighting facilities. The inspection workload is heavy. Traditional paper inspections are inefficient. Facilities often fail, and it’s easy to miss timely maintenance.
Problem in Locating Fire Locations
The large number of firefighting points makes it hard to quickly locate the fire location.
Hidden Dangers from Electrical Circuits
There are many machines and other equipment, and the electrical circuits pose many hidden dangers to fire safety.
The Smart Fire Protection System and Its Composition
In combination with the daily management requirements and practical application needs of the fire department, we propose using advanced information technology to build a smart fire Internet of Things management system. This system realizes online fire resources, online fire alarms, and online fire work to solve the fire safety problems in the park. We’ll establish a unified all-weather monitoring and management system to dynamically monitor and present the park’s fire safety status in three dimensions. This helps achieve precise fire prevention, real-time early warning, rapid handling and rescue, and information management.
Advantages and Value of the System
24-Hour Security Monitoring
We’ll deploy front-end intelligent devices such as wireless smoke alarms, wireless gas alarms, electrical fire monitoring detectors, intelligent water pressure level detectors, image fire detectors, and video surveillance systems. Once we discover a fire hazard, the smart fire management platform can push alarm information as soon as possible. Then, we can conduct fire investigation and disposal in a timely manner and achieve all-round and all-time safety monitoring.
Electrical Monitoring and Early Warning Management
We’ll install electrical monitoring equipment in business premises to conduct real-time online monitoring. This way, we can promptly detect and handle various electrical fire hazards like leakage, overload, and temperature rise. We’ll also install video surveillance systems in flammable areas and implement 24-hour video surveillance management to better enhance the real-time protection of safe electricity use.
3D Visualization to Display Fire Data Directly
The smart fire management platform can visualize the building’s internal structure in three dimensions. This makes it easier for fire management personnel to monitor the operating status of fire facilities, track safety inspections, and track hidden dangers. Besides, we’ll use WebGL technology in three-dimensional modeling to make the three-dimensional lightweight operation of the smart fire platform possible.
Video Linkage for Convenient Fire Supervision
When an alarm sounds on site, we can link a variety of detection equipment with the camera to remotely transmit the on-site situation. This helps fire management personnel understand the fire risk and deal with it in a timely manner. The fire management platform can automatically push the relevant data and information of the fire control room duty status and fire passages and store them for remote monitoring. Real-time visualization charts of early warning and monitoring data can help relevant units have a dynamic and comprehensive grasp of firefighting.
Full Life Cycle Management of Equipment
The smart firefighting platform prefabricates information such as equipment type, location, and status. It can use technologies like the Internet of Things, radio frequency, and infrared sensing to accurately record the equipment’s location and status. It can provide real-time feedback on equipment misalignment and failure and report repairs in a timely manner, eliminating omissions in the traditional management model.
Using Electronic Tags for Intelligent Operation and Maintenance
In the construction of the intelligent management system of fire protection components, we’ll realize intelligent inspection by installing inspection electronic tags on fire protection components. When conducting inspections, we need to scan the inspection tags. Then, the chip will upload the inspection information to the cloud platform for approval by management personnel. If we find any equipment abnormalities, we’ll arrange maintenance personnel to deal with them.
Fire Safety Education and Training
We’ll change the traditional fire education and training model for employees and establish an online fire education and training platform for employees. We’ll produce digital fire training courseware, animations, videos, and test questions for personnel in different positions and establish a fire knowledge question bank. All employees in the building must undergo fire safety training. We’ll push learning courses online and require them to take online exams at the end of the course. Those who fail the course must study again to strengthen the fire safety knowledge and skills of all types of employees at all levels.
Fire Safety Assessment
The system integrates three major fire safety elements: building structure characteristics, fire equipment and facilities, and fire safety management. It combines with fire Internet of Things remote monitoring data and comprehensively considers factors like people, objects, environment, and management. It realizes dynamic risk assessment of buildings, determines the fire safety level, assists fire safety managers to identify safety weaknesses, and helps them carry out fire safety work in a targeted manner to reduce the possibility of fire and disaster losses.
