- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 08 Sep 2019
Over 1 billion lost every year due to false alarms
These losses are due largely to the disruption and loss of productivity in businesses. The first research project into the causes of false alarms estimated that each false alarm costs businesses on average around £2.9k. The study provided a useful snapshot of the types of false alarms observed in the field but importantly proposed utilising a specialist fire alarm investigator to gather more reliable and meaningful false alarm data.
This led to another study during which an experienced fire alarm investigator accompanied Scottish Fire and Rescue Service (SFRS) personnel in the Greater Glasgow area between November 2014 and April 2015 attending 65 false alarms and four actual fires. Following analysis of the gathered data by a stakeholder group 35 recommendations were proposed to reduce false alarms, aimed at nine different sectors. Some of those recommendations were for business owners, facilities managers and health and safety managers to modify automatic fire detection systems to reduce the risk.
The recommendations encourage businesses to consider the use of staff alarms and investigation periods prior to calling the Fire and Rescue Service. Some recommendations propose solutions to help businesses, end users and responsible persons to reduce approximately 12.7% of false alarms due to manual call-point (MCP) activations. These propose that in areas where objects might collide with an MCP these should be fitted with side impact or other forms of protection, and MCPs at risk of being triggered accidentally should be fitted with protective covers.
Another of the recommendations proposed research to identify whether multi-sensors could reduce false alarms. This study has been completed and it was demonstrated that multi-sensors showed more resistance to five false alarm tests when compared with smoke detectors.
 Related articles on Designing Buildings Wiki
- BRE articles on Designing Buildings Wiki.
- Carbon monoxide detector.
- Fire detection and alarm system.
- Fire protection engineering.
- Heat alarm.
- Ionisation smoke alarm.
- Live investigations of false fire alarms.
- Multi-sensor alarm.
- New requirements for fire detection and alarm network systems IP 12 13.
- Optical smoke alarm.
- Project SHOUT.
- Smoke alarm.
- The causes of false fire alarms in buildings.
Featured articles and news
Scour can make river currents structurally damaging.
Indoor environmental quality looks at air quality and other wellbeing factors.
A procurement method associated with Public Private Partnerships.
Infrastructure can use digital technology to encourage human growth.
Robotics and the construction industry.
ECA comments on CLC's three-phase recovery plan.
Their diplomatic and architectural history.
The origins of the six volume series.
Built to defend British waters, only to serve as pirate radio stations later.
Wellbeing to influence mix of home and office based working.
An introduction to cobotics.
Survey reports on outlook for the engineering sector.
A simple path to possible error avoidance.
Construction + technology = ConTech.
New low and high tech tools enter the marketplace.
Report looks at mental health in the built environment.