You should know that factories, as production sites with concentrated materials, dense equipment, and frequent personnel movement, always face the risk of fire. Once a fire occurs, it not only causes huge property losses but can also threaten the lives of employees. Therefore, effective fire prevention in factories requires a comprehensive approach across four core dimensions: facility standardization, system implementation, personnel awareness, and emergency response. Fire prevention measures must be integrated into the entire production process to effectively prevent fire accidents.
I. Hardware Facilities
For small and medium-sized enterprises (SMEs) both domestically and internationally, a scientifically configured hardware system is the foundation for fire resistance. It is necessary to balance compliance with the specific environment and avoid creating hidden dangers due to facility oversights.
1. Fire Protection Facilities
Different production scenarios require different fire protection equipment: Dry powder fire extinguishers (for electrical and oil fires) are essential in machine processing workshops, while chemical plants need to add foam fire extinguishers or gas extinguishing systems (suitable for flammable liquid and gas fires). All equipment must comply with internationally recognized certification standards (such as Chinese GB standards, EU CE certification, and US UL certification) to ensure compliance with local regulations when operating across borders. A “monthly inspection, quarterly calibration, and annual full inspection” mechanism must be established. For example, monthly checks should be conducted on fire extinguisher pressure and fire hydrant water flow, and quarterly tests should be performed on the sensitivity of automatic alarm systems to prevent equipment from becoming obsolete. Furthermore, emergency lighting and escape route signs must be continuously installed along evacuation routes, no more than 1 meter above the ground, to ensure clear directional guidance during power outages. Especially in multi-story factories or cross-border factories, escape instructions in both Chinese and English must be provided.
2. Production Environment
Eliminating “Hidden Fire Sources” The width of passageways between workshops and warehouses must strictly adhere to standards—main passageways must be at least 3 meters wide, and secondary passageways at least 2 meters wide. It is strictly forbidden to pile up materials or equipment to block passageways; this requirement is a core clause in domestic and international fire safety regulations. For factories that easily generate dust (such as food processing and metal polishing companies), dust accumulation on the ground and equipment surfaces must be cleaned daily to prevent dust from reaching explosive concentrations. High-temperature equipment (such as furnaces and drying ovens) must maintain a safe distance of at least 1.5 meters from flammable materials (such as cardboard boxes and plastic raw materials), and fireproof and heat-insulating baffles must be installed around them. Furthermore, electrical wiring in the factory must be protected by conduits to prevent short circuits and fires caused by aging or damaged wiring. Temporary electrical supplies (such as welding machines and power tools) must use waterproof and explosion-proof sockets and be equipped with residual current devices (RCDs). Especially in humid environments (such as electroplating workshops) or cross-border factories, the wiring must be compatible with local voltage standards (such as 110V or 220V) to prevent electrical equipment overload.
II. Full-Process Control of “High-Risk Links”
Fires often occur in SMEs due to lax material management and non-standard operating procedures. A comprehensive control mechanism must be established across the entire chain of “procurement – storage – use – disposal,” while also considering the unique characteristics of cross-border material transportation.
Flammable and Explosive Materials: Reducing Risk from the Source
In the procurement process, low-risk alternative materials should be prioritized. For example, non-flammable solvents should be used instead of alcohol, gasoline, and other hazardous materials. If their use is unavoidable, the supplier’s safety certifications (such as MSDS, a universally accepted material safety document) must be verified, clearly defining the material’s ignition point, flash point, and emergency handling procedures. Storage should be in a separate explosion-proof warehouse using anti-static shelving. Different types of hazardous materials (such as oxidizers and flammable liquids) must be stored separately, with a minimum distance of 5 meters between them. The warehouse must be equipped with explosion-proof ventilation equipment to prevent the accumulation of flammable gases and vapors, and leak detection devices must be installed. Especially when storing across borders, the specific requirements for hazardous materials storage in the destination country (such as EU REACH regulations and US OSHA standards) must be met. 1. **Limited Use:** A “limited-quantity requisition” system must be implemented during use. For example, each requisition of flammable liquids should not exceed 5 liters, and fire blankets, sand, and other emergency supplies must be placed on-site. Explosion-proof forklifts and anti-static pallets must be used for material transportation to avoid static sparks generated by collisions or friction.
3. High-Risk Operations: Strictly Adhere to the “Approval-Supervision-Review” Process.
Hot work operations (such as welding, cutting, and grinding) are a major cause of factory fires and require strict adherence to the “hot work approval system.” Before operation, the safety department must verify the work, remove flammable materials within 5 meters, assign a dedicated person for supervision (the supervisor must hold a fire safety training certificate) and carry a portable fire extinguisher. After the work, a supervision record must be kept, and the site must be reviewed within one hour to confirm there is no risk of reignition. For outsourced operations (such as equipment repair and factory renovation), a “Fire Safety Agreement” must be signed with the outsourcing unit, clarifying the responsibilities of both parties. For example, outsourced personnel must be required to attend factory fire safety training in advance and comply with factory electrical and hot work regulations to avoid accidents caused by “outsiders’ lack of knowledge of regulations.” Furthermore, in high-temperature, high-humidity, or cross-border operation scenarios, work processes need to be adjusted according to the local climate. For example, Southeast Asian factories need to strengthen waterproof inspections of electrical equipment during the rainy season, while European factories need to prevent fires caused by heating equipment being close to flammable materials during winter.
III. Personnel Management
Small and medium-sized enterprises have high employee turnover, requiring a closed-loop management system of “training – assessment – supervision” to improve the fire safety awareness and skills of all employees, while also adapting to the communication needs of multinational teams.
4. Tiered Training
New employees must receive no less than 8 hours of general fire safety training upon joining the company. This training includes information on fire risk points in the factory (such as the location of warehouses and electrical rooms), the characteristics of flammable materials (such as key information in MSDS), and the proper use of fire extinguishers (the “lift, pull, hold, press” four-step operation). Job-specific training should be tailored to the specific characteristics of each job. For example, warehouse managers need to master material classification and storage standards, and electrical maintenance workers need to be familiar with the maintenance procedures for explosion-proof equipment. For multinational teams, training materials must be translated into the local language (such as English, Spanish, and Japanese) and use internationally recognized fire safety terminology (such as “fire extinguisher” and “evacuation route”) to avoid misunderstandings due to language barriers. Furthermore, skills assessments should be conducted every six months, such as having employees practice using fire extinguishers to extinguish simulated fires. Those who fail the assessment must undergo retraining to ensure that “everyone knows how to use fire safety equipment.”
Responsibility Implementation
Establish a “total fire prevention responsibility system,” clearly defining the factory manager as the primary responsible person, and workshop directors and team leaders as the responsible persons for their respective positions. Fire prevention requirements should be written into the “Job Operation Procedures,” such as requiring operators to check that equipment power is turned off before leaving get off work each day, and warehouse managers to check the compliance of material storage weekly. At the same time, relevant rules and regulations should be formulated to ensure that the prohibition of smoking and open flames in the factory is implemented by everyone.
IV. Emergency Response
Small and medium-sized enterprises have weaker risk resistance capabilities and need to develop emergency plans in advance, strengthen emergency drills, and coordinate with external rescue forces to prevent “small fires from becoming major disasters.” 1. Emergency Response Plan Development Emergency response plans must be specifically designed for common fire types in factories (such as electrical fires, material fires, and equipment fires), clearly defining the “alarm-firefighting-evacuation-coordination” process: for example, in the event of an electrical fire, the power must be cut off before using a dry powder fire extinguisher; water must not be used for firefighting; in the event of a warehouse fire, priority should be given to evacuating surrounding personnel before organizing firefighting efforts. The plan must include key information such as the location of fire exits, the number of fire hydrants, and contact information for external fire departments (119 in China, 911 in the US, 999 in the UK). For cross-border factories, contact information for local hospitals and environmental protection departments must also be provided to address potential secondary disasters caused by the fire (such as toxic gas leaks). Furthermore, the plan needs to be reviewed and updated annually; for example, if a new production line is added to the factory, the fire risks and response measures for that area must be supplemented.
Emergency Drills
A company-wide emergency drill will be conducted quarterly. The drill content includes fire alarm (simulated dialing of the fire department), initial fire suppression (use of fire extinguishers and fire hydrants), personnel evacuation (evacuation to the assembly point along a predetermined route), and first aid (such as CPR practice). Drills should simulate real-world scenarios, such as setting up a “smoke generator” in the workshop to test employees’ ability to evacuate correctly in low visibility conditions. For cross-border factories, joint drills with local fire departments can be conducted to familiarize employees with overseas rescue procedures (such as the requirements of US fire departments for handling hazardous materials fires). A debriefing meeting should be held after each drill to analyze problems (such as slow evacuation speed, lack of proficiency in using fire extinguishers) and develop improvement measures, such as adjusting evacuation routes and increasing the frequency of fire extinguisher practice training.
V. V. Special Reminder for SMEs: Low-Cost, High-Efficiency Fire Prevention Strategies
Given the limited budgets of SMEs, priority should be given to implementing “low-cost, high-efficiency” fire prevention measures: for example, replacing traditional fire-retardant paint with fire-retardant stickers (reducing costs by 50%), and using recycled materials to create fire safety posters; prioritize the maintenance of critical fire-fighting equipment (such as automatic alarm systems and main fire hydrants) to avoid “over-investing but neglecting key areas.” Simultaneously, government resources can be utilized, such as applying for domestic “SME Safety Production Subsidies” and EU “Green Factory Fire Prevention Grants,” to alleviate financial pressure. Furthermore, cross-border enterprises need to pay attention to updates to fire regulations in their destination countries. For example, the EU will implement new factory fire safety standards in 2025, requiring advance checks to ensure facilities meet requirements and avoid production disruptions due to compliance issues.
In short, there are no “shortcuts” to factory fire prevention. SMEs need to continuously invest in four aspects: hardware, materials, personnel, and emergency response, integrating fire prevention requirements into daily operations to truly mitigate fire risks and ensure production safety and employee safety.