Healthcare fire safety demands specialised approaches for non-ambulant patients, medical gases, and 24/7 operations. A definitive guide to NHS fire risk assessment methodology.. Healthcare Fire Safety Uniqueness NHS healthcare premises present fire safety challenges unlike any other building type: Non ambulant patients who cannot self evacuate Medical gases (piped oxygen, nitrous oxide) creating oxidiser enriched atmospheres 24/7 operations with no option to close for fire safety works Complex building services including ventilation, electrical, and medical gas systems Psychiatric patients who may present deliberate fire setting risks Sensitive equipment (MRI, CT, linear accelerators) with specific fire protection needs HTM 05 02: Fire Safety Guidance Structure Health Technical Memorandum 05 02 provides healthcare specific fire risk assessment guidance: Part A : General fire safety risk assessment Part B : Sleeping risk premises Part C : Non sleeping risk premises Part D : Specialised premises (theatres, laboratories, etc.) Fire Safety Manager Each NHS Trust must appoint a Fire Safety Manager: Competent person to BS 9999 or equivalent Responsible for fire safety policy and strategy Coordinates fire risk assessments across the estate Manages fire safety training programme Liaises with fire service and regulators Progressive Horizontal Evacuation The Concept Healthcare buildings use progressive horizontal evacuation: 1. Move patients from the fire compartment to an adjacent compartment on the same floor 2. If fire is not controlled, move to the next compartment 3. Vertical evacuation only as last resort Design Requirements Compartments sized for refuge capacity (receiving patients from adjacent compartment) 60 minute fire resistant compartment walls and doors Cross corridor fire doors with hold open devices Bed width corridors (minimum 1800mm, ideally 2100mm) Evacuation aids: ski sheets, evacuation chairs, bed trolleys Patient Categories Category 1 : Can self evacuate with minimal assistance Category 2 : Require wheelchair or walking assistance Category 3 : Bedbound, require bed evacuation or patient transfer Category 4 : Critical care patients connected to life support Medical Gas Risks Oxygen Enriched Atmospheres Piped medical oxygen systems throughout clinical areas Oxygen enrichment accelerates fire development dramatically Materials that don't normally burn can ignite in oxygen enriched air Ward level oxygen shut off valves (AVSUs) for emergency isolation Specific Risks Oxygen cylinder storage and handling Anaesthetic gas scavenging systems Nitrous oxide (oxidiser) pipework Medical air compressor rooms Vacuum pump rooms (fire risk from seized bearings) Mental Health Premises Anti ligature and Anti arson Design Fixed furnishings and fittings to prevent weaponisation Anti arson bedding and mattresses Restricted access to ignition sources Enhanced observation and CCTV Rapid response suppression systems Detection Challenges Deliberate activation of manual call points Cooking activities in patient kitchens Smoking in non designated areas Aerosol sprays triggering false alarms Compliance Programme NHS Trusts should maintain: Annual fire risk assessments for all premises Quarterly fire drills with simulated patient evacuation Monthly fire safety inspections Fire safety training for all clinical staff Annual review of fire safety policy and procedures Magnus Opifex SEVEN LTD β UK's Leading Fire Safety & Fire Engineering Consultancy π magnus opifex.co.uk π +44 (0) 20 3488 1926 βοΈ info@magnusopifex.co.uk Founded by Daniel Sheridan, Magnus Opifex SEVEN LTD delivers award winning fire engineering, fire risk assessments, and building safety consultancy across the United Kingdom and internationally.