1. Component Strength and Explosion Risk

If manufacturers strictly follow national and enterprise standards, the likelihood of explosion due to component strength issues is negligible. CO₂ systems undergo rigorous pressure testing up to 45MPa to ensure safety.

2. Chronic Leakage Safety

Chronic leaks are a critical concern. While absolute sealing isn’t feasible with high-pressure gases, proper mechanical design can prevent hazardous accumulation of leaked gas.

3. Alarm & Control System Reliability

False discharges often result from unstable or low-quality fire alarm and control systems. Only reliable, well-supported systems should be chosen.

4. Design and Installation Issues

Improper or overly conservative designs and installations are frequent sources of safety incidents. Compliance with code and quality assurance is key.

5. Enclosure Pressure Resistance

Structures must withstand a minimum of 1.2kPa as per codes. Pressure relief vents are also critical, although outside supplier scope.

6. Maintenance & Inspections

Regular system inspections and maintenance are vital. CO₂ cylinders must be inspected every 3 years, nitrogen cylinders every 5 years, in line with safety regulations.

Conclusion

System safety requires a holistic approach. Consider optimal system selection, quality components, code-compliant installation, diligent maintenance, and proper personnel training. If all are in place, gas fire suppression systems are safe and reliable.