Sprinkler tank reline recently completed in central London.
Our clients GRP sprinkler tank was leaking from various joints situated between the water tanks panels.
These major tank leaks were caused from the natural deterioration of the mastic used to seal the panels together over time.
This is a very common issue that occurs with sectional GRP cold water storage tanks especially with older installations.
These issues must be urgently addressed, in particular when fire suppression systems are concerned.
It is of paramount importance that sprinkler tank systems operate seamlessly, especially in the unlikely event that a fire should occur in a building.
Our client therefore decided that a full sprinkler tank reline was required to ensure the long term guaranteed protection of their sites sprinkler tank.
The Importance of a Fire Sprinkler System
A fire sprinkler tank system is a critical component in fire protection mechanisms within buildings. This system comprises various interconnected elements that work in tandem to ensure a reliable and swift water supply in the event of a fire emergency
The Water Storage Tank: The Heart of the System
At the core of this system lies the water storage tank, strategically positioned within the building. This tank, often situated underground or in a dedicated room, serves as a reservoir solely intended for fire protection purposes. Its primary function is to store a sufficient quantity of water ready to be deployed when a fire outbreak occurs.
Pump and Piping Network: Supply and Distribution
To maintain a constant water supply, the tank is connected to a pump and an intricate network of pipes. The pump works diligently to ensure the tank remains filled with water, while the pipes act as conduits, linking the reservoir to the building’s fire sprinkler system. This network facilitates the rapid distribution of water to the sprinkler heads when required.
Pressure Management: Ensuring Swift Response
Swift response is crucial in firefighting scenarios. To expedite water flow into the sprinkler system upon activation, the tank is pressurised. This pressure is upheld either by a dedicated pump or by the presence of pressurised gas within the tank. This readiness ensures immediate and efficient water distribution throughout the system.
Fire Detection and Activation Process
Fire detection mechanisms, often triggered by heat, smoke, or sophisticated fire alarm systems, initiate the system. When a fire is detected, a valve is activated, allowing water from the tank to flow swiftly into the sprinkler pipes, poised for immediate deployment.
Sprinkler Head Activation: Targeted Response
Precision is key in the fire sprinkler system. Each sprinkler head is strategically positioned and heat-sensitive. When the surrounding temperature reaches a specific threshold, individual sprinkler heads activate independently, releasing water directly onto the flames. This targeted approach ensures only the necessary sprinklers engage, minimising water usage and damage to unaffected areas.
Fire Suppression and Damage Control
The released water serves the primary purpose of controlling or extinguishing the fire, curtailing its spread until professional firefighting services arrive. The system’s design focuses on limiting damage while safeguarding lives and property.
System Reset and Readiness
Once activated, efforts are made to promptly refill the tank to ensure it is ready for subsequent fire emergencies. This proactive approach ensures the system is always prepared to respond effectively in case of future incidents.
By employing these components and functionalities, fire sprinkler tank systems aim to swiftly and effectively combat fires, reducing their impact and ensuring the safety of occupants and property within buildings.
How We Can Help
Should you require assistance with ensuring the optimum performance of your sites sprinkler tank system and need help with a similar sprinkler tank reline project please don’t hesitate to contact our team.