Offices & High Rise
Advanced Safety with High-pressure Water Mist Systems
of the water volume used by traditional sprinklers is needed by high-pressure water mist systems – drastically reducing water demand and damage.
of water damage can be avoided by using high-pressure water mist instead of traditional sprinkler systems.
In the event of a fire in offices and high-rise buildings, ensuring the safe evacuation of people is crucial. High-rise buildings in particular are subject to special fire protection requirements. Water mist firefighting systems often provide a sensible alternative to costly and restrictive structural fire protection measures.
This high-pressure technology offers hydraulic flexibility in both new and existing buildings. The unobtrusive integration into the architecture fulfils aesthetic and architectural requirements, as the piping can be flexibly adapted to all building contours.
In the event of a fire, the system is activated and sprays a fine water mist, which spreads rapidly and provides a high cooling effect. The low water consumption minimises water damage in offices and high-rise buildings.
Another advantage is the low water storage and supply requirement, making these effective firefighting systems ideal for straightforward retrofitting.
FAQ – Fire Protection in Offices & High-Rise Buildings
What is a high-pressure water-mist system?
A system that atomizes water at high pressure into very fine droplets. The fine mist rapidly cools flames, reduces heat and smoke, and uses significantly less water than conventional sprinkler systems.
Is it suitable for offices and high-rise buildings?
Yes — the primary objective is safe evacuation. Water mist reduces smoke, heat and fire spread, can substitute for extensive structural measures, and is particularly well suited for retrofitting. Project-specific assessment is required.
What are the benefits for integration and damage limitation?
Small pipe diameters and low water storage enable discreet architectural integration and simplify retrofits. Lower water use typically leads to reduced water damage compared with conventional sprinklers.
What hydraulic challenges arise in high-rises?
Long risers and pressure losses are typical challenges. High-pressure technology offers greater flexibility (higher operating pressures and smaller pipework) but requires precise hydraulic design, appropriate pump concepts and functional testing.
