FGS were contracted to install a low pressure watermist fire suppression system in a paint factory in Suffolk. The client had a particular concern over noxious gases in the case of fire, which the water mist suppression system would dampen. The photo above is a series of valve sets; bespoke pipework was require to route the system throughout the factory.
In industrial environments where safety, efficiency, and continuity are paramount, fire protection systems are a critical investment. Among the various fire suppression technologies available, water mist fire suppression systems have emerged as a highly effective and increasingly popular choice for factories. These systems use fine water droplets to suppress or extinguish fires, offering a host of benefits that make them particularly suitable for the complex needs of manufacturing facilities.
One of the primary advantages of water mist systems is their ability to control and extinguish fires using significantly less water than traditional sprinkler systems. The water is atomized into tiny droplets, increasing its surface area and enhancing its ability to absorb heat and displace oxygen around the fire. This dual action rapidly cools the flame and inhibits combustion, leading to quicker fire suppression.
For factory environments, especially those with sensitive equipment or materials that could be damaged by excessive water, this low-water approach can be crucial in minimizing operational disruptions and post-incident cleanup.
Traditional sprinkler systems can sometimes cause more damage than the fire itself, particularly in settings where electrical equipment, machinery, or electronics are prevalent. Water mist systems mitigate this risk by using fine droplets that are less likely to pool or seep into devices. This characteristic makes them ideal for industries such as electronics manufacturing, automotive assembly, and precision machining, where protecting capital investments is as important as fire suppression.
Water mist systems improve overall safety for workers by reducing the amount of smoke and toxic gases produced during a fire. The mist helps to cool surrounding air and knock smoke particles out of the air, improving visibility and reducing the risk of smoke inhalation. In the event of a fire, clearer evacuation paths and a safer environment can save lives.
Compared to chemical-based suppression systems, water mist systems use a clean, readily available, and non-toxic agent—water. This reduces the environmental impact and ensures that no harmful residues are left behind, a particularly important consideration in food processing factories or any facility bound by environmental compliance standards.
Water mist systems are effective against a variety of fire classes, including Class A (combustibles like wood or paper), Class B (flammable liquids), and even some electrical fires when designed properly. This versatility makes them suitable for a wide range of industrial operations without the need for multiple, specialized suppression systems.
Installing a modern fire suppression system like water mist can lead to reduced insurance premiums due to the lower risk profile it presents. Additionally, it helps factories meet stringent local and international fire safety regulations and standards, often necessary for certification and operational licensing.
Water mist systems often require less piping and infrastructure than traditional systems, allowing for more flexibility in installation, particularly in retrofitting scenarios. Their compact design is beneficial in factories with limited space or where aesthetics and structural integrity must be maintained.
In factory settings where safety, asset protection, and operational continuity are critical, water mist fire suppression systems offer a compelling combination of efficiency, safety, and environmental friendliness. Their ability to effectively suppress fires while minimizing damage and disruption makes them a smart choice for modern industrial fire protection. Investing in such systems not only enhances immediate fire safety but also contributes to long-term resilience and operational reliability.
