2025 Fire Emergency Evacuation Drill and Skill Training Build a Strong "Firewall" for Safe Production

On the afternoon of June 20, 2025, Zhejiang Meige Machinery Co., Ltd. conducted a large-scale fire emergency evacuation drill with practical and multi scenario linkage in the No. 3 factory building and office building area. The purpose of this drill is to systematically test the emergency capability of the enterprise's security system, with core objectives including: comprehensively testing the scientific and on-site operability of the fire emergency plan; Strengthen employees' fire evacuation skills and self rescue and mutual aid abilities; Optimize the efficiency of collaborative operations among multiple units such as rescue teams and alert teams; Focus on evaluating the completeness of fire-fighting facilities and the rationality of escape routes.

The drill covers the core production and office areas of the enterprise, with the participation of all production units such as the final assembly workshop, the first department workshop, the maintenance workshop, the quality department, the manufacturing department, and the warehouse. The functional departments of the office building are synchronized and coordinated, with more than 10 departments and over 100 employees completing the entire process of evacuation, fire extinguishing, and search and rescue in a simulated dense smoke environment.

Simulated real fire situation full process practical testing

This drill is set against the backdrop of "sudden multiple fire incidents", with dangerous situations occurring in both the office area and the final assembly workshop. Li Jianming, the company's safety administrator, is responsible for planning and preparing for the incident. At 14:01, the security alert team released smoke bombs to simulate thick smoke in the fire scene, while triggering the alarm. The piercing whistle and the cry for help of "Fire! Quickly evacuate!" instantly echoed through the factory building. The logistics team synchronously cut off the power supply, and the communication team urgently reported to the commander-in-chief and simulated calling 119 for rescue. More than 100 employees bent down and covered their noses under the guidance of the evacuation team, and quickly evacuated along the safe passage.

Multi group collaborative operations highlight the effectiveness of emergency response

Drill the key steps of emergency rescue:

1. The office building emergency team broke into the "fire scene" and used fire extinguishers to extinguish the source of the fire, successfully rescuing unconscious employees;

2. The production workshop team conducted synchronized fire hydrant drills and searched for injured employees in the final assembly workshop;

3. The medical team demonstrated cardiopulmonary resuscitation on site, and when the safety alert team efficiently counted personnel, they found a "missing employee" and immediately activated a second search and rescue plan.

4. The entire process is coordinated by Deputy Commander Sun Dongjun (production area) and Liu Runbin (office area) in different zones, and each group achieves seamless cooperation through dedicated communication channels.

Directly targeting safety pain points and strengthening the level of intrinsic safety

After the drill, engineer Ye Linfei from Hangzhou Houxing Environmental Safety Technology Co., Ltd. summarized and commented that this drill not only tested the feasibility of the emergency plan, but also focused on identifying hidden dangers:

Facility inspection: 56 fire hydrants, emergency lights, and other equipment were inspected in advance;

Route optimization: Verify the rationality of escape routes in densely populated areas;

Ability improvement: Employees master key skills such as low posture escape and mutual aid rescue.

The company's safety manager, Li Jianming, stated that this drill is an important practice of the "Safety Production Month". In the future, special training such as night drills and blind spot evacuation will continue to be carried out to effectively bridge the "last mile" of emergency response.