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Standard Hazard & Risk Factor and
Reduction Measure Integrated Dictionary

Browse hazards with their linked current and additional controls. Find a category or keyword and compare the applicability of each control.

Find a hazard that matches your work conditions, then review existing controls and additional actions together. Check site conditions before applying any control.

392 hazards

Search finds matching hazards and displays all controls linked to each one.
Reference material; it does not replace a site-specific assessment and review.
Assessment guide · Browse case studies

Pre-job PreparationHazard / Risk Factor

Operation errors due to failure to follow safety protocols

  1. Current Control · 1

    Inspect decontamination facilities (safety showers, eyewash stations); remove obstacles from access routes.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and pedestrian wearables to trigger automated speed reduction when safety distances are breached.
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor pinch points to provide a vivid red "No Entry" warning for unauthorized personnel.

  2. Current Control · 2

    Inspect wearing status of FFP2/FFP3 particulate respirators, safety glasses and dedicated protective clothing.

    Advanced Control
    • Equip PPE storage lockers with UV-C sterilisation lamps and automated humidity controls to provide permanent protection against biological hazards per UK health standards.
    • Install automated gas isolation valves with integrated seismic sensors designed to immediately block pipeline sections upon detecting structural tremors or pressure drops.
    • Install automated gas isolation valves with integrated thermal sensors designed to immediately block pipeline sections upon detecting structural heat precursors.
    • Install automated isolation valves with integrated sensors designed to immediately block pipeline sections upon detecting micro-scale pressure spikes per HSE guidance.
    • Install ultrasonic sensors on high-pressure steam lines to facilitate real-time monitoring and trigger automated alerts upon detecting micro-scale acoustic leak precursors.

  3. Current Control · 3

    Install safety tape, cones and "No Entry" perimeter signs beneath elevated work points.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Integrate worker smartwatches with site access control to trigger automated alerts upon detecting unauthorised entry into high-risk zones per UK safety rules.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor pinch points to provide a vivid red "No Entry" warning for unauthorized personnel.
#PPE#TBM#Training#Safety Rules#Lack of Awareness#Wearing#Cleanroom Suit#Mask#Safety Glasses
Pre-job PreparationHazard / Risk Factor

Exposure to hazards due to failure to wear Personal Protective Equipment (PPE)

  1. Current Control · 1

    Inspect decontamination facilities (safety showers, eyewash stations); remove obstacles from access routes.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and pedestrian wearables to trigger automated speed reduction when safety distances are breached.
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor pinch points to provide a vivid red "No Entry" warning for unauthorized personnel.

  2. Current Control · 2

    Inspect wearing status of FFP2/FFP3 particulate respirators, safety glasses and dedicated protective clothing.

    Advanced Control
    • Equip PPE storage lockers with UV-C sterilisation lamps and automated humidity controls to provide permanent protection against biological hazards per UK health standards.
    • Install automated gas isolation valves with integrated seismic sensors designed to immediately block pipeline sections upon detecting structural tremors or pressure drops.
    • Install automated gas isolation valves with integrated thermal sensors designed to immediately block pipeline sections upon detecting structural heat precursors.
    • Install automated isolation valves with integrated sensors designed to immediately block pipeline sections upon detecting micro-scale pressure spikes per HSE guidance.
    • Install ultrasonic sensors on high-pressure steam lines to facilitate real-time monitoring and trigger automated alerts upon detecting micro-scale acoustic leak precursors.

  3. Current Control · 3

    Install safety tape, cones and "No Entry" perimeter signs beneath elevated work points.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Integrate worker smartwatches with site access control to trigger automated alerts upon detecting unauthorised entry into high-risk zones per UK safety rules.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor pinch points to provide a vivid red "No Entry" warning for unauthorized personnel.
#PPE#TBM#Training#Safety Rules#Lack of Awareness#Wearing#Cleanroom Suit#Mask#Safety Glasses
Pre-job PreparationHazard / Risk Factor

Inadequate emergency evacuation response and unfamiliarity with exit routes

  1. Current Control · 1

    Establish clear emergency evacuation routes, build a site-wide contact network and conduct training on response.

    Advanced Control
    • Establish a site-wide wireless mesh network to facilitate 100% uninterrupted transmission of emergency PA instructions across all facility levels during fire events.
    • Establish a UWB-based tracking system to facilitate real-time digital roll-calls within designated safe havens during facility-wide emergency evacuations.
    • Project high-intensity laser lines onto warehouse floors to intuitively indicate designated pedestrian travel paths and mitigate collision risks with forklifts.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.

  2. Current Control · 2

    Implement reduced work hours and job rotation when noise/vibration exceeds limits.

    Advanced Control
    • Equip personnel with smartwatches to monitor real-time pulse rate and automatically generate mandatory rest-period directives upon detecting cardiac stress precursors.
    • Integrate vehicle telematics with worker smartwatches to trigger powerful haptic vibrations when entering the travel path of active material handling equipment.
    • Integrate worker smartwatches with the central fire alarm system to provide immediate haptic vibration alerts and 3D evacuation guidance during emergencies.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.

  3. Current Control · 3

    Verify operability of fire exits before work end; ensure routes remain clear.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and ground personnel at loading docks to trigger automated speed reduction when safety distances are breached.
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Integrate vehicle telematics with worker smartwatches to trigger powerful haptic vibrations when entering the travel path of active material handling equipment.
    • Project high-intensity laser safety perimeters onto the floor around active robotic arms to provide a vivid red "No Entry" warning for unauthorised personnel per ISO 10218.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
#Pre-work#Emergency Evacuation
Pre-job PreparationHazard / Risk Factor

Ineffective protection due to improper PPE fit or sizing

  1. Current Control · 1

    Issue seasonal functional PPE (cooling vests/winter gear) and inspect for damage.

    Advanced Control
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.

  2. Current Control · 2

    Mandate the use of dedicated heat-resistant gloves and clothing; inspect PPE for any damage.

    Advanced Control
    • Equip PPE storage lockers with UV-C sterilisation lamps and automated humidity controls to provide permanent protection against biological hazards per UK health standards.
    • Equip worker smart helmets with micro-gas sensors that trigger haptic alarms and transmit evacuation routes upon detecting hazardous gases per HSE COSHH.
    • Install automated gas isolation valves with integrated thermal sensors designed to immediately block pipeline sections upon detecting structural heat precursors.
    • Install ultrasonic sensors on critical chemical pipelines to facilitate real-time monitoring of wall thickness and automatically generate alerts for micro-scale corrosion.
    • Lay dual-layered heat-resistant silicone mats beneath charging stations to provide a permanent physical barrier against electrolyte leaks and thermal damage.

  3. Current Control · 3

    Verify provisioning of supplementary PPE (leather aprons/sleeves) in conjunction with FR clothing.

    Advanced Control
    • Apply high-intensity photoluminescent signage to all emergency PPE stations to ensure permanent visual identification during total power failure per BS ISO 3864.
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Equip PPE storage lockers with UV-C sterilisation lamps and automated humidity controls to provide permanent protection against biological hazards per UK health standards.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
#PPE#Fit#Sizing#Protection
Pre-job PreparationHazard / Risk Factor

Risk of secondary secondary impairments due to poor pre-wear inspection

  1. Current Control · 1

    Carry out final inspection of fire/heat sources before shift end for zero residual risk.

    Advanced Control
    • Equip personnel in high-risk zones with smartwatches to monitor real-time heart rate and automatically generate mandatory rest alerts upon detecting cardiac stress.
    • Equip personnel in high-risk zones with smartwatches to monitor real-time heart rate variability and automatically generate mandatory rest alerts upon detecting fatigue precursors.
    • Equip personnel in high-risk zones with smartwatches to monitor real-time pulse rate and automatically generate mandatory rest alerts upon detecting cardiac stress precursors.

  2. Current Control · 2

    Issue seasonal functional PPE (cooling vests/winter gear) and inspect for damage.

    Advanced Control
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.

  3. Current Control · 3

    Prioritise ground-level pre-assembly; implement strict vertical separation to prevent overlapping risks.

    Advanced Control
    • Equip personnel in high-risk zones with smartwatches to monitor real-time heart rate and automatically generate mandatory rest alerts upon detecting cardiac stress.
    • Equip personnel in high-risk zones with smartwatches to monitor real-time pulse rate and automatically generate mandatory rest alerts upon detecting cardiac stress precursors.
    • Install ultrasonic level sensors within secondary containment sumps to trigger immediate automated alerts upon detecting micro-scale chemical spill precursors.
    • Project high-intensity laser safety perimeters onto the floor around active robotic arms to provide a vivid red "No Entry" warning for unauthorised personnel per ISO 10218.
#PPE#Inspection#Secondary Impairment#Preparation
Pre-job PreparationHazard / Risk Factor

Collision or entrapment from unauthorised entry to work zones

  1. Current Control · 1

    Establish "No Entry" zones beneath high-elevation work areas and post falling object warning signs.

    Advanced Control
    • Establish a UWB-based proximity link between heavy-lift equipment and personnel wearables to trigger immediate automated lockout if the 10-metre exclusion zone is breached.
    • Integrate worker smart helmets with proximity sensors to trigger immediate haptic vibration alerts upon entering designated "Falling Object Hazard" zones.
    • Project high-intensity laser safety perimeters around falling object zones to provide an intuitive visual "No Entry" warning for pedestrians.
    • Project high-intensity laser safety perimeters onto the floor beneath active overhead cranes to provide an intuitive visual "Stay Clear" boundary for ground personnel per UK LOLER.

  2. Current Control · 2

    Establish "No Entry" zones beneath high-work areas, post warning signs and activate monitoring.

    Advanced Control
    • Equip personnel in high-stress zones with smartwatches to monitor real-time heart rate variability and automatically generate mandatory rest alerts upon detecting stress precursors.
    • Project high-intensity laser safety perimeters around falling object zones to provide an intuitive visual "No Entry" warning for pedestrians.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor in-feed zones to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity red laser safety perimeters around battery charging zones to provide an intuitive visual "No Entry" boundary for unauthorised personnel.

  3. Current Control · 3

    Establish designated storage yards; paint floor boundary lines to clarify zones.

    Advanced Control
    • Establish a UWB-based proximity link between heavy-lift equipment and personnel wearables to trigger immediate automated lockout if the 10-metre exclusion zone is breached.
    • Project high-intensity laser lines onto the floor to provide an intuitive visual boundary for safe load-handling zones and prevent pedestrian encroachment per HSE guidance.
    • Project high-intensity laser safety perimeters onto the floor beneath active overhead cranes to provide an intuitive visual "Stay Clear" boundary for ground personnel per UK LOLER.
#Unauthorised Entry#Collision#Entrapment#Preparation
Pre-job PreparationHazard / Risk Factor

Contact or falling object accidents due to mixed traffic paths

  1. Current Control · 1

    Clear all obstacles from pathways; inspect floor conditions prior to transport.

    Advanced Control
    • Project high-intensity laser lines onto warehouse floors to intuitively indicate designated pedestrian travel paths and mitigate collision risks with forklifts.

  2. Current Control · 2

    Establish traffic control plan physically separating excavators and dump trucks.

    Advanced Control
    • Install automated gas isolation valves with integrated seismic vibration sensors designed to immediately block pipeline sections upon detecting structural tremors.
    • Install intelligent traffic lights and automated barrier gates at intersections to facilitate mechanical control of vehicle and pedestrian flow per HSE HSG136.
    • Install rigid steel bollards and heavy-duty guardrails along walkways to provide a permanent physical boundary against vehicle encroachment per UK traffic rules.
    • Utilise Digital Twin simulations to analyse pedestrian traffic flow and identify potential collision zones with mobile equipment prior to work commencement.
    • Utilise Digital Twin simulations to analyse real-time warehouse traffic flow and identify potential collision bottlenecks to optimise facility safety efficiency.

  3. Current Control · 3

    Inspect decontamination facilities (safety showers, eyewash stations); remove obstacles from access routes.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and pedestrian wearables to trigger automated speed reduction when safety distances are breached.
    • Establish a UWB-based proximity link between forklifts and workers to trigger automated speed reduction or motor lockout when safety distances are breached.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
    • Project high-intensity laser safety perimeters onto the floor around conveyor pinch points to provide a vivid red "No Entry" warning for unauthorized personnel.
#Contact#Falling Object#Mixed Traffic#Preparation
Pre-job PreparationHazard / Risk Factor

Insufficient hazard recognition due to inadequate warning signage

  1. Current Control · 1

    Audit site safety signage; immediately replace aged or non-standard signs.

    Advanced Control
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Install smart inventory sensors in PPE dispensers to trigger automated replenishment alerts before critical safety gear levels are exhausted per site safety rules.
    • Utilise smart RFID tags on safety-critical spare parts to facilitate real-time verification of certification validity and prevent the installation of non-compliant components.

  2. Current Control · 2

    Install "Hot Surface" warning signs and barricade zone to prevent contact burns from slag.

    Advanced Control
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Equip personnel in nitrogen-inerted zones with smartwatches featuring integrated pulse oximetry sensors to trigger immediate SOS alerts upon detecting hypoxia precursors.
    • Establish a UWB-based proximity link between heavy-lift equipment and personnel wearables to trigger immediate automated lockout if the 10-metre exclusion zone is breached.
    • Integrate worker smart helmets with proximity sensors to trigger immediate haptic vibration alerts upon entering designated "Falling Object Hazard" zones.

  3. Current Control · 3

    Install thermal insulation jackets and post "Hot Surface" warning signs.

    Advanced Control
    • Equip personnel in confined spaces with smartwatches featuring pulse oximetry sensors to monitor oxygen saturation and trigger immediate SOS alerts per HSE rules.
    • Install real-time tension and wear sensors on tool lanyards to trigger automated replacement alerts upon detecting micro-scale structural fatigue.
    • Integrate worker smart helmets with proximity sensors to trigger immediate haptic vibration alerts upon entering designated "Falling Object Hazard" zones.
#Warning Signage#Hazard Recognition#Safety#Preparation
Pre-job PreparationHazard / Risk Factor

Workplace floor slips due to rain or oil spills

  1. Current Control · 1

    Install anti-slip mats in wet areas and issue safety boots with rated slip resistance.

    Advanced Control
    • Establish a UWB-based proximity link between heavy equipment and pedestrian wearables to trigger immediate haptic vibration alerts upon safety distance breach.
    • Establish a UWB-based proximity link between mobile equipment and personnel wearables to trigger immediate haptic vibration alerts upon safety distance breach.
    • Establish a UWB-based proximity link between telehandlers and pedestrian wearables to trigger automated speed modulation when safety distances are breached.

  2. Current Control · 2

    Install dedicated splash-prevention covers at work point to block direct exposure to fluid spray.

    Advanced Control
    • Establish a UWB-based proximity link between forklifts and personnel wearables to trigger immediate haptic alerts upon entering equipment blind spots per HSE guidance.
    • Install automated chemical isolation valves with integrated flow sensors designed to immediately block pipeline sections upon detecting micro-scale pressure drops.

  3. Current Control · 3

    Wear dedicated anti-slip safety footwear for height work and frequently remove moisture/oil from work platforms.

    Advanced Control
    • Deploy autonomous floor cleaning robots to walkways to continuously remove oil, water, and debris that could become slip or fall hazards per HSE L24.
    • Establish a UWB-based proximity link between mobile equipment and personnel wearables to trigger immediate haptic vibration alerts upon safety distance breach.
    • Establish a UWB-based proximity link between mobile plant and personnel wearables to trigger immediate haptic alerts upon entering equipment blind spots per HSE guidance.
    • Install high-strength safety netting every two floors beneath work platforms to provide a permanent physical barrier per BS EN 1263-1.
    • Integrate vehicle telematics with worker smartwatches to trigger powerful haptic vibrations when entering the travel path of active material handling equipment.
    • Project high-intensity laser safety perimeters onto the floor around active robotic workcells to provide a vivid red "No Entry" warning for unauthorised personnel.
#Floor Slips#Rain#Oil Spills#Preparation
Pre-job PreparationHazard / Risk Factor

Tripping and falls due to debris at entrances or walkways

  1. Current Control · 1

    Clear all obstacles from pathways; inspect floor conditions prior to transport.

    Advanced Control
    • Project high-intensity laser lines onto warehouse floors to intuitively indicate designated pedestrian travel paths and mitigate collision risks with forklifts.

  2. Current Control · 2

    Control hand carts from uphill position on declines; utilise wheel chocks or brakes.

    Advanced Control
    • Equip tool carts with automated self-locking wheels to provide a hardware-based block that prevents unintended movement on sloped surfaces per UK safety standards.
    • Establish a UWB-based proximity link between forklifts and ground personnel at loading docks to trigger automated speed reduction when safety distances are breached.
    • Establish a UWB-based proximity link between mobile plant and personnel wearables to trigger immediate haptic alerts upon entering equipment blind spots per HSE guidance.
    • Install rigid steel bollards and heavy-duty guardrails along walkways to provide a permanent physical boundary against vehicle encroachment per UK traffic rules.

  3. Current Control · 3

    Establish dedicated pedestrian walkways within forklift paths and install safety mats and physical barricades.

    Advanced Control
    • Deploy autonomous floor cleaning robots to walkways to continuously remove oil, water, and debris that could become slip or fall hazards per HSE L24.
    • Install rigid steel bollards and heavy-duty guardrails along walkways to provide a permanent physical boundary against vehicle encroachment per UK traffic rules.
    • Lay dual-layered heat-resistant silicone mats beneath charging stations to provide a permanent physical barrier against electrolyte leaks and thermal damage.
    • Project high-intensity laser lines onto warehouse floors to intuitively indicate designated pedestrian travel paths and mitigate collision risks with forklifts.
#Tripping#Falls#Debris#Preparation