Flooding Systems

Co2 Flooding System

We Supply and Install Co2 flooding systems that are based on Co2(Carbon Dioxide) gas. Co2 is used in the system due to its high ratio of expansion that facilitates rapid discharge and allows three-dimensional penetration of the entire hazard area quickly. CO2 extinguishes a fire by reducing the oxygen content of the protected area below the point where it can support combustion. The extreme density of CO2 assists in permeating the protected hazard area effectively and suppresses the fire. Due to the rapid expansion of the 4-6 inches of CO2 snow to gas, the ambient temperature is reduced in the protected hazard area. This helps in the extinguishing process and retards re-ignition. CO2 is electrically non-conductive and it has no residual cleanup associated with its use as a fire-suppressing agent. The proper ventilation allows the gas to escape to atmosphere after the fire has been extinguished.

Clean agent fire suppression system

Hygood FM-200 Gas Fire Protection

Hygood FM-200 is internationally accepted as providing an ideal fire protection solution for people, property and the environment.

Electrically non-conductive, it occupies minimal storage space. It's primary action is through cooling the fire and removing heat energy so that the combustion process cannot be sustained.

As far as people's exposure to Hygood FM-200 is concerned, safety is not an issue. In fact, FM-200 is even used as a replacement for CFC propellants in pharmaceutical inhalers, which is why Hygood FM-200 systems are approved by UL and LPCB.

When it comes to property, Hygood FM-200 is a trusted choice in clean agent fire protection, perfect where disruption has to be minimised and survivability of the business is critical. Hygood FM-200 is clean, leaving behind no oily particulates, water or corrosive materials. This virtually eliminates any risk of damage to delicate equipment caused by the extinguishant itself.

Finally, the environment is not at risk: Hygood FM-200 has a zero effect on the earth's stratospheric ozone layer and has a minimal impact on the environment in comparison to the impact of a catastrophic fire.