Compressed air technology in refuge chambers is important to provide clean breathing air and maintain a positive internal pressure.
Tag: Technical Topic
Hydrogen sulfide is exceptionally hazardous, due to its high levels of flammability and toxicity. Risks to personnel should be known…
Methane hazards can occur during manufacture, use, and transportation. Although we inhale methane in the air we breathe, exposure to high concentrations of methane is dangerous.
How to transform a Shelter-in-Place into a zero vulnerability Safe Haven, and ensure maximum protection for all personnel on-site.
Ammonia hazards can occur during manufacture, use, and transportation. Knowing the health and safety hazards of anhydrous ammonia are vital to ERPs.
Communications and underground connectivity through GuardIAN Connect Coax Cable… The real-time capabilities provide sites with information to improve
Health and safety risks of chlorine gas can occur during professional or personal use. Widely used in manufacturing and industrial applications, chlorine gas can become a severe hazard if accidental release, leaks, or transportation incidents occur. Knowing what chlorine is, as well as its health and safety risks is critical.
Investigating a practical approach to compressed air use in refuge chambers can save sites significant energy, resulting in financial and environmental benefits.
In highly explosive environments, refuge chambers and safe havens can be adapted to withstand overpressure of up to 15 psi. A refuge chambers resistance to explosions can be determined through pressure testing.
Fire dangers exist in underground mining and tunnelling operations. What fire protection solutions do refuge chamber have?