High Risk Industries

Applying Fundamental Scientific Principles in the Fire Industry.The fire industry uses scientific principles to enable its very existence. However, fire engineering designs are often based on formulas that technicians have no way of verifying as accurate.

A number of fire detection systems from Securiton provide reliable, effective protection in the new Ahmed-Hamdi Road Tunnel II and associated infrastructure.

Fire risks and resulting insurance claims for commercial premises have grown significantly in recent years.

Condensed aerosol units are a proven technology that is available and easily installed.

With the built environment accounting for 38% of total energy-related global CO2 emissions, the decarbonisation of construction must be accelerated if we are to achieve our sustainability goals.

As we enter the warmer months, waste and recycling sites are becoming more susceptible to fire risks.

A bit more than three decades ago, the watermist technology started to gain awareness in the world of fire safety.

It is clear that globally we are very concerned with the emission of the PFAS group of chemicals into the environment and firefighting foam when deployed contributes to this emission and accordingly end users and manufacturers understand the need to transition away from these PFAS containing foams

When water mist reappeared on the stage of fire protection in the late 1980s, it filled a gap that halon, after its phasing-out, had left.

Destroying hundreds of rented units, the blaze once again brought into sharp focus the wider impact of fire and the vulnerability of unsprinklered buildings.