Over 1,400 school fires occur in the UK every year. With crumbling infrastructure and RAAC concrete concerns, the fire safety of our education estate has never been more urgent.. The Scale of the Problem The UK's school estate consists of approximately 24,000 schools. Many were built in the 1950s 1970s using construction methods and materials that present significant fire safety challenges today. The Numbers 1,400+ school fires annually in England alone £362 million estimated annual cost of school fires Average rebuild time after a major school fire: 3 5 years 42% of school fires are caused by arson 7,800 schools have RAAC concrete (identified or suspected) "When a school burns down, it's not just bricks and mortar lost. It's a community's heart ripped out — children's artwork, years of records, staff's dedication, and the irreplaceable sense of belonging." — Head Teacher, post fire RAAC Concrete: The Hidden Danger What Is RAAC? Reinforced Autoclaved Aerated Concrete was widely used in school construction from the 1950s to the 1990s. It's lighter and cheaper than traditional concrete but has a limited lifespan and unique fire safety concerns: Structural deterioration — RAAC can lose structural integrity without warning Fire performance — RAAC performs differently to dense concrete in fire conditions Water damage — prolonged exposure to water accelerates deterioration Collapse risk — in fire conditions, RAAC roofs can collapse earlier than dense concrete What Schools Should Do About RAAC 1. Identify — survey all pre 1990 buildings for RAAC presence 2. Assess — structural engineer and fire engineer assessment of identified RAAC 3. Categorise — critical, non critical, or requires monitoring 4. Mitigate — temporary propping, restricted access, or planned replacement 5. Replace — long term programme to remove RAAC from the estate Fire Safety Standards for Schools BB 100: Design for Fire Safety in Schools The Department for Education's Building Bulletin 100 provides specific guidance: Compartmentation requirements based on building size and storey height Means of escape calculations based on maximum occupancy Fire detection and alarm requirements (Category L2 minimum) Sprinkler recommendations for new schools and major refurbishments The Sprinkler Debate Despite clear evidence of effectiveness, sprinklers remain optional in English schools: Wales and Scotland — sprinklers mandatory in all new schools since 2014 and 2021 England — sprinklers only 'expected' (not mandatory) in new schools over specific size Retrofit — no requirement to install sprinklers in existing schools Insurance impact — sprinklered schools have 90% lower average fire loss Arson Prevention With 42% of school fires caused by arson, prevention is critical: Physical Security Measures Perimeter fencing with controlled access points CCTV covering all external elevations and access points Security lighting — motion activated around buildings Bin storage — away from buildings, in locked compounds Reduced fuel load — no combustible materials stored against external walls Operational Measures Out of hours security — regular patrols or remote monitoring Community engagement — involving local community in school protection Intelligence sharing — liaison with police about local arson trends Rapid response — fire service pre planned attendance for school alarms Emergency Planning for Schools Fire Evacuation Procedures School evacuation procedures must account for: Very high occupancy — hundreds or thousands of children Age range — reception children require different procedures to sixth formers SEND pupils — specific evacuation plans for children with additional needs Multi storey buildings — managing staircase capacity with young children External threats — lockdown vs. evacuation decision making Business Continuity Mutual aid agreements with nearby schools for temporary accommodation Digital backup of all critical records (off site/cloud) Communication plan for parents, staff, and media Insurance review — adequate cover for rebuild, temporary accommodation, and business interruption Magnus Opifex Education Fire Safety Services School fire risk assessments — tailored to education environments RAAC fire safety assessments — specialist evaluation of RAAC affected buildings Arson prevention surveys — physical and operational security recommendations Evacuation planning — including SEND and PEEP provision Fire strategy for new school buildings (BB 100 compliance) Staff training — fire safety awareness for teaching and support staff Our children deserve to learn in safe buildings. Contact us for a school fire safety assessment.