AttendIQ Toolbox Talk Pack - 20 Ready-to-Use Safety Briefings

Key Points

Falls from height remain the single biggest killer on UK construction sites. In 2023/24, falls from height accounted for 45 fatalities.
Always follow the hierarchy of controls: avoid working at height if possible, use collective protection (edge protection, scaffolding, safety nets) before personal protection (harnesses).
Every work at height activity must be planned and supervised. Use a risk assessment before starting any elevated work.
Ladders are for short-duration, low-risk access only. If the task takes longer than 30 minutes, use a safer platform.
Check guardrails, toe boards, and scaffold boards before stepping onto any platform. Look for a valid scaffold tag.
Never throw tools or materials from height. Use tool lanyards and secure material hoists.
Fragile surfaces such as roof lights, corroded sheeting, and fibre cement panels must be assumed unsafe. Use crawling boards or coverings.
Harness users must be trained, the harness must be inspected before each use, and you must have a rescue plan in place before you clip on.
Weather conditions matter. Wind, rain, ice, and poor light all increase the risk. Stop work if conditions deteriorate.
Report any defects to guardrails, scaffolding, or edge protection immediately. Never remove protection without authorisation.

Discussion Prompts

Can anyone describe a time when they felt unsafe working at height? What would have made it safer?

Where on this site are the highest-risk areas for falls? What controls are in place?

If you spotted missing edge protection, what would you do? Who would you tell?

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Key Points

Manual handling injuries account for over a third of all workplace injuries. On construction sites, back injuries from lifting are among the most common.
Use the TILE assessment before any manual lift: Task, Individual, Load, Environment. Think before you lift.
Correct technique: feet shoulder-width apart, bend at the knees not the waist, grip firmly, keep the load close to your body, lift with your legs.
Know your limits. The HSE guideline for a close-to-body lift at waist height is around 25 kg for most people. Heavier loads need mechanical aids or a team lift.
Repetitive handling is as dangerous as a single heavy lift. Rotate tasks where possible to avoid fatigue.
Team lifts need communication. One person leads and calls the movements. Agree the route and the set-down point before you start.
Use mechanical aids whenever available: sack trolleys, pallet trucks, hoists, vacuum lifters. They exist for a reason.
Awkward shapes, uneven ground, restricted spaces, and poor grip all increase risk. Adjust your approach for the conditions.
Report any pain, strain, or discomfort early. Minor strains become major injuries if ignored.
Warm up before heavy manual work. Cold muscles are more prone to injury, especially on early morning starts.

Discussion Prompts

What is the heaviest thing you regularly lift on site? Is there a better way to move it?

Has anyone here had a back injury from lifting? What happened and what could have prevented it?

Where on site are mechanical handling aids available? Does everyone know how to use them?

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Key Points

Slips, trips, and falls on the same level are the most common cause of major injury on construction sites and account for over 30% of all reported non-fatal injuries.
Good housekeeping is the simplest and most effective prevention. Clean as you go. Never leave materials, tools, or packaging in walkways.
Cables and hoses crossing walkways must be covered, ramped, or routed overhead. Tape alone is not sufficient on a construction site.
Wet, muddy, and icy surfaces are high risk. Use anti-slip matting, grit, or designated dry walkways. Wear boots with adequate tread.
Lighting matters. Poorly lit stairwells, corridors, and external routes are trip hazards, especially on early morning and late evening shifts.
Temporary works and unfinished floors can have level changes, openings, and uneven surfaces. Mark and protect them clearly.
Rushing is a major contributing factor. Slow down on stairs, ramps, and uneven ground. Use handrails where they are provided.
Report any hazards you spot: uneven surfaces, missing covers, spilled liquids, broken floor tiles. Do not walk past it.
Footwear must be appropriate for the conditions. Safety boots with good grip, ankle support, and toe protection are the minimum.
If an area is being cleaned or is wet, use signage to warn others. Do not assume people will notice.

Discussion Prompts

Walk me through your route from the gate to your work area. Where are the trip hazards along the way?

What is the housekeeping standard like on site right now? Is there anything we should fix today?

Have you ever tripped over something that should have been cleared away? What happened?

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Key Points

PPE is the last line of defence, not the first. If a hazard can be eliminated or controlled by other means, PPE should not be the primary measure.
On most UK construction sites the minimum PPE requirement is: hard hat, hi-vis vest, safety boots with steel or composite toe, and safety glasses.
Different tasks need different PPE. Grinding needs a face shield. Working with chemicals needs chemical-resistant gloves. Noisy work needs hearing protection. Check the risk assessment for the task.
PPE must fit properly. Ill-fitting gloves reduce grip. Loose hi-vis can catch on machinery. Hard hats that are too big will not protect you in a fall.
Inspect your PPE before every shift. Look for cracks in hard hats, worn soles on boots, tears in gloves, fogging on safety glasses.
Hard hats have a lifespan. Most manufacturers recommend replacement every 2 to 5 years. Check the manufacturing date inside the shell. If in doubt, replace it.
RPE (respiratory protection) must be face-fit tested. A dust mask that does not seal to your face provides very little protection against fine particles.
Store PPE correctly. Do not leave safety glasses on the dashboard in the sun. Do not stuff earplugs in your pocket with loose change.
If your PPE is damaged, report it and get a replacement. Do not use damaged equipment and do not work without it.
Your employer must provide PPE free of charge under the Personal Protective Equipment at Work Regulations 1992 (amended 2022). You must not be asked to buy your own.

Discussion Prompts

Is everyone wearing the correct PPE right now for the tasks they will carry out today?

When was the last time you inspected your hard hat? Check the manufacturing date now.

Has anyone ever had a near-miss where PPE made the difference? What happened?

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Key Points

Construction sites are high fire risk environments. Combustible materials, hot works, temporary electrical installations, and waste accumulation all contribute.
Know your escape routes. Sites change daily, so check the fire plan and assembly point location at the start of each shift.
Fire extinguishers: Red (water) for paper/wood. Cream (foam) for liquids. Black (CO2) for electrical. Blue (dry powder) for mixed fires. Never use water on electrical or chemical fires.
Hot works such as welding, grinding, and cutting are the leading cause of construction site fires. A hot works permit is mandatory, and a fire watch of at least 60 minutes must follow.
Flammable materials such as solvents, adhesives, and gas cylinders must be stored in designated, ventilated areas away from ignition sources.
Waste must not accumulate. Daily clearing of combustible waste removes fuel for accidental fires. Skips should be positioned away from buildings.
Temporary heaters, especially LPG space heaters, must be used with clearances and never left running unattended or overnight.
If you discover a fire: raise the alarm, evacuate, call 999. Only attempt to fight a small fire if you are trained and it is safe to do so. Never put yourself at risk.
Keep fire exit routes clear at all times. Doors must not be blocked. Escape routes must not be used as storage.
Report any missing extinguishers, blocked exits, or fire safety equipment damage to your supervisor immediately.

Discussion Prompts

Does everyone here know where the nearest fire extinguisher is? And the nearest exit?

When was the last fire drill on this site? Did everyone know what to do?

What hot works are planned for today? Is the permit in place and the fire watch arranged?

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Key Points

Electricity kills. Contact with live cables or equipment causes around 10 fatalities per year in UK construction. Many more suffer severe burns and shock injuries.
On construction sites, all portable equipment must run on 110V via a centre-tapped earth transformer (CTE). This limits the voltage to earth to 55V, greatly reducing the risk of fatal shock.
Before using any electrical tool, check the cable for damage, check the plug, and verify the PAT test sticker is in date.
Never use 240V domestic equipment on a construction site unless authorised and protected by a 30mA RCD (residual current device).
Overhead power lines are a major hazard during crane operations, scaffold erection, and tipper lorry deliveries. Know the safe clearance distances and follow the site exclusion zones.
Underground cables can be struck during excavation. Always check service drawings, use CAT (Cable Avoidance Tool) and Genny before digging, and hand-dig within the safe zone.
Only competent, qualified electricians should carry out electrical installations, repairs, or modifications. If you are not qualified, do not touch it.
If someone receives an electric shock, do not touch them until the supply is isolated. Call the emergency services. If trained, begin first aid once it is safe to do so.
Wet conditions increase the risk of electric shock. Ensure all outdoor electrical connections are weatherproof and raised off the ground.
Report any sparking, burning smells, tripping RCDs, or damaged cables immediately. Isolate the equipment and tag it as out of service.

Discussion Prompts

Check the tool you used most recently. Is the cable intact? Is the PAT sticker in date?

Are there any overhead power lines near our work area? What precautions are in place?

What would you do if you saw someone receiving an electric shock?

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Key Points

Excavation collapses can be fatal. Soil is heavy: one cubic metre of earth weighs roughly 1.5 tonnes. A trench collapse can bury a person in seconds.
No one should enter an unsupported excavation deeper than 1.2 metres unless a competent person has assessed the ground and confirmed it is safe.
Trench support systems (shoring, trench boxes, battering back) must be in place before anyone enters. The type of support depends on depth, soil type, and groundwater.
A competent person must inspect the excavation at the start of every shift, after any event that could affect stability (heavy rain, vibration, nearby plant), and before work begins.
Edge protection must prevent people and materials from falling in. Barriers, guardrails, or substantial stop blocks are required, especially near vehicle routes.
Underground services (gas, electricity, water, telecoms) must be located before any digging starts. Use service plans, CAT/Genny, and hand-dig within the safe zone of any located service.
Spoil heaps must be kept at least 1 metre back from the edge of the excavation to prevent collapse and to stop materials falling onto workers below.
Safe access and egress (ladders or ramps) must be provided. Never climb in or out of an excavation by the sides.
Vehicles must be kept away from excavation edges unless the edge has been specifically designed to take the load. Use stop blocks and banksmen.
If you see signs of ground movement, cracking, bulging, or water ingress, get out immediately and report it.

Discussion Prompts

Are there any excavations on site right now? When were they last inspected?

Do you know what underground services run beneath your work area?

What would you do if you noticed cracking near the edge of a trench?

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Key Points

Scaffolding must only be erected, altered, or dismantled by a competent person holding a recognised scaffold qualification (CISRS in the UK).
Before using any scaffold, check the scaffold tag. A green tag means inspected and safe to use. A red tag means do not use. No tag means do not use.
Scaffolds must be inspected by a competent person before first use, at least every 7 days, and after any event that could affect stability (high winds, impact, alteration).
Never remove boards, guardrails, toe boards, or ties from a scaffold. If something is missing, do not use it. Report the defect and wait for it to be corrected.
Do not overload scaffolds. Check the safe working load (SWL) on the scaffold tag. Materials stored on platforms count towards this limit.
Access scaffolds via the designated access points (stairways or ladders). Do not climb the outside or use cross-braces as a ladder.
Platforms must be fully boarded, with guardrails at the top and any intermediate level where there is a fall risk. Toe boards prevent tools and materials falling to lower levels.
Scaffold ties anchor the scaffold to the building. They must never be removed without the permission of the scaffold supervisor and must be replaced immediately if the building work requires temporary removal.
Mobile scaffold towers must be used on firm, level ground with castors locked. Never move a tower with anyone or materials on the platform.
Weather conditions affect scaffold safety. High winds, ice, and heavy rain all increase risk. Follow the site wind speed policy and stop work if conditions are unsafe.

Discussion Prompts

Has anyone noticed anything wrong with the scaffolding on site? Missing boards, guardrails, or tags?

Do you know the safe working load of the scaffold you are using today?

What would you do if you arrived at a scaffold platform and found the guardrail missing?

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Key Points

COSHH stands for Control of Substances Hazardous to Health. It covers chemicals, dust, fumes, vapours, and biological agents that can cause harm through inhalation, skin contact, or ingestion.
Common construction hazardous substances include: cement (causes dermatitis and burns), silica dust (causes silicosis), solvents, adhesives, paints, resins, and wood preservatives.
Every hazardous substance on site must have a Safety Data Sheet (SDS). Read it before use. It tells you the hazards, required PPE, first aid measures, and spill procedures.
A COSHH assessment must be completed before any hazardous substance is used. This is a legal requirement under the COSHH Regulations 2002.
Know the GHS hazard symbols: skull and crossbones (acute toxicity), flame (flammable), exclamation mark (irritant), health hazard (chronic effects), corrosion, environment, gas cylinder, oxidiser, explosive.
Eliminate or substitute first. Can you use a less hazardous product? Water-based instead of solvent-based? Pre-mixed instead of powdered?
Engineering controls (LEV, wet suppression, enclosed systems) come before PPE. PPE is the last resort.
Store chemicals correctly: locked cabinets, separated by type (do not store acids with flammables), upright, with lids on, and with secondary containment for liquids.
If you get a substance on your skin or in your eyes, follow the SDS first aid instructions. Wash immediately with plenty of water. Seek medical attention if required.
Health surveillance may be required for workers regularly exposed to certain substances. Your employer will tell you if you need this.

Discussion Prompts

What hazardous substances are you using today? Have you read the Safety Data Sheet?

Where is the nearest eye wash station? Does everyone know where it is?

Has anyone experienced skin irritation or breathing difficulties from a substance on site?

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Key Points

Noise-induced hearing loss is permanent and irreversible. Construction is one of the highest-risk industries, with tools and plant regularly exceeding safe exposure levels.
The lower exposure action value is 80 dB(A) daily average. Above this, hearing protection must be made available. The upper action value is 85 dB(A), where hearing protection is mandatory and hearing protection zones must be marked.
As a guide: a normal conversation is 60 dB. If you have to shout to be heard at 2 metres, the noise level is likely above 85 dB.
Common noisy tasks: concrete breaking (100+ dB), angle grinding (95-105 dB), circular saws (90-100 dB), hammer drilling (95-100 dB), piling (100+ dB).
Choose the right hearing protection. Foam earplugs, moulded earplugs, or ear defenders, depending on the noise level and comfort. Check the SNR (Single Number Rating) on the packaging.
Hearing protection must be worn correctly. Roll foam plugs before insertion. Ensure ear defenders seal fully over both ears. Glasses and hard hat straps can break the seal.
Where possible, reduce noise at source: use quieter equipment, dampen surfaces, enclose noisy operations, rotate workers to limit exposure time.
Early signs of hearing damage: ringing or buzzing in the ears (tinnitus), difficulty hearing conversation, turning the TV up louder than others need.
Health surveillance (hearing tests) is required for workers regularly exposed above the upper action value. Attend when you are called.
Be considerate. Your noisy work affects everyone around you. Warn nearby workers before starting noisy tasks.

Discussion Prompts

What is the noisiest task you do regularly? Do you always wear hearing protection?

Does anyone experience ringing in their ears after a shift? That is a warning sign.

Where are the hearing protection zones on this site? Are they clearly marked?

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Key Points

Respirable crystalline silica (RCS) dust is the biggest occupational health risk in UK construction. It causes silicosis, lung cancer, and COPD. These diseases are incurable.
Silica is found in concrete, morite, sandstone, granite, brick, and many other common construction materials. Any cutting, grinding, or drilling of these materials creates silica dust.
The workplace exposure limit for RCS is 0.1 mg/m3 (8-hour time-weighted average). This is a very small amount, far less than is visible to the eye.
Wet cutting and water suppression are the most effective dust controls. Always use the water attachment on disc cutters, wall chasers, and core drills.
If wet cutting is not possible, use on-tool extraction connected to an M-class or H-class vacuum. Standard shop vacuums are not effective for fine silica dust.
RPE (respiratory protective equipment) must be face-fit tested to the individual wearer. A disposable FFP3 mask that does not seal properly provides almost no protection.
Never dry sweep dusty areas. Use a vacuum with HEPA filtration or damp sweeping. Dry sweeping puts settled dust back into the air.
Wood dust is also a hazardous substance and a known carcinogen. Hard and soft wood dusts have workplace exposure limits. Use extraction when machining timber.
Dust exposure is cumulative. Years of low-level exposure causes as much damage as short periods of heavy exposure. Protect yourself every time.
Health surveillance (lung function tests) is required for workers regularly exposed to silica or wood dust. This is a legal requirement, not optional.

Discussion Prompts

Is anyone cutting, grinding, or drilling concrete or masonry today? What dust controls are you using?

Has everyone who wears RPE had a face-fit test? When was the last one?

Can you see dust in the air on site right now? If you can see it, you are breathing it.

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Key Points

A confined space is any enclosed or partially enclosed space where there is a foreseeable risk of serious injury from hazardous conditions: lack of oxygen, toxic gases, flooding, engulfment, or excessive heat.
Examples on construction sites: manholes, tanks, chambers, deep excavations, tunnels, ceiling voids, and large-diameter pipes.
Never enter a confined space without a permit to enter. The permit confirms the hazards have been assessed, controls are in place, and a rescue plan exists.
Atmospheric testing must be carried out before entry and continuously during work. Test for oxygen level (19.5-23.5% is safe), flammable gases, and toxic gases (especially hydrogen sulphide and carbon monoxide).
A top-side person (standby) must be stationed outside the confined space at all times during entry. They must never enter the space to attempt a rescue without following the rescue plan.
Emergency rescue arrangements must be in place before entry. This may include a winch and harness, breathing apparatus, and trained rescuers on standby.
Ventilation is critical. Use forced mechanical ventilation to supply fresh air. Never assume the atmosphere is safe because "it smells fine". Some toxic gases are odourless.
Only trained and competent persons should enter confined spaces. Training must cover the specific hazards of the space being entered.
If the atmosphere alarm sounds or you feel unwell, leave immediately. Signal the standby person and evacuate via the planned route.
Many confined space fatalities are rescuers who entered without proper equipment. Never enter a confined space to rescue someone unless you are trained and equipped to do so.

Discussion Prompts

Are there any confined spaces on this site? Do you know where they are and who is authorised to enter them?

What would you do if your colleague collapsed inside a confined space? Walk through the rescue plan.

Has anyone here received confined space entry training? When was the last refresher?

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Key Points

Hot works covers any activity that produces sparks, flames, or heat: welding, cutting, grinding, brazing, soldering, and the use of blowlamps or bitumen boilers.
A hot works permit must be issued before any hot work begins. The permit is valid for a single shift only. A new permit is required each day.
Before starting, clear all combustible materials within at least 10 metres of the work area. If materials cannot be moved, cover them with fire-resistant sheeting.
A fire watch must be maintained during hot work and for at least 60 minutes after the work is complete. The fire watcher must have a suitable extinguisher and a means to raise the alarm.
Check for hidden combustibles behind walls, below floors, and in voids. Sparks can travel through gaps, joints, and service penetrations and ignite materials you cannot see.
Flash-back arrestors must be fitted to all oxy-fuel equipment. Gas cylinders must be stored upright, secured, and away from heat sources.
Welding generates UV radiation and fumes. Use appropriate eye protection (correct shade welding lens), welding screens to protect bystanders, and LEV or RPE for fume extraction.
Never carry out hot works in or near confined spaces, fuel tanks, or areas where flammable atmospheres may be present without a specific risk assessment and additional precautions.
At the end of the shift, the permit holder must sign off the permit confirming the area has been checked and there are no signs of smouldering or hot spots.
If a fire starts, raise the alarm immediately. Only attempt to tackle the fire if it is small and you are confident you can extinguish it safely. Always have an escape route.

Discussion Prompts

Is anyone carrying out hot works today? Is the permit in place and the fire watch arranged?

What combustible materials are near the hot works area? Have they been removed or protected?

Who is the designated fire watcher today? Do they have an extinguisher and know how to use it?

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Key Points

Being struck by moving vehicles is one of the leading causes of death on construction sites. Pedestrians and plant must be separated wherever possible.
Pedestrian routes and vehicle routes must be clearly defined and physically separated where practicable. Use barriers, bollards, and signage.
All plant operators must hold a valid competency card (CPCS or NPORS) for the machine they are operating. Check before they start.
Daily pre-use inspections must be completed and recorded before any plant is operated. Check brakes, lights, mirrors, reversing alarm, hydraulics, and tyres.
Banksmen or signallers must be used when reversing plant in areas where visibility is restricted. Use standard hand signals and maintain eye contact with the operator.
Never walk behind or under plant that is in operation. Assume the operator cannot see you unless they have acknowledged your presence.
Exclusion zones must be established around operating plant, especially during lifting, demolition, and piling operations.
Speed limits on site must be observed. Typical construction site speed limits are 5-15 mph. Enforce them.
Loading and unloading areas must be managed. Delivery drivers must receive a site briefing and be escorted if the site layout requires it.
If plant develops a fault during operation, stop immediately, isolate the machine, and report the defect. Do not continue to operate faulty plant.

Discussion Prompts

Can you point out the pedestrian routes and vehicle routes on this site? Where do they cross?

Have all plant operators on site today shown their competency cards?

What would you do if a delivery driver started reversing without a banksman?

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Key Points

All lifting operations must comply with LOLER (Lifting Operations and Lifting Equipment Regulations 1998). Every lift must be planned, supervised, and carried out by competent persons.
A lift plan is required for every lift. For routine lifts, a generic plan may be acceptable. For complex lifts (tandem, near structures, near power lines), a specific lift plan by an appointed person is mandatory.
Never exceed the Safe Working Load (SWL) of any lifting equipment. Always know the weight of the load before you lift. If in doubt, weigh it or ask.
Lifting accessories (slings, shackles, chains) must be inspected before each use and formally examined by a competent person every 6 months. Check for damage, deformation, and legible SWL markings.
Cranes and other lifting equipment must be thoroughly examined by a competent person every 12 months (or 6 months if used for lifting persons). Records must be kept on site.
The slinger/signaller must be trained and competent. They are responsible for selecting the correct sling configuration, attaching the load securely, and guiding the operator with standard signals.
Exclusion zones must be established beneath and around the lift path. No one should stand under a suspended load. Use barriers and a banksman to enforce the zone.
Wind speed must be monitored during crane operations. Most mobile cranes have a maximum operating wind speed of 38 mph. Tower cranes are typically rated for 45 mph. Check the crane's operating manual.
Tag lines should be used to control the load and prevent rotation during the lift. Never use your hands to guide a load. Never ride on a load.
If anything goes wrong during a lift, such as the load shifting, alarms sounding, or unusual movement, stop the lift immediately and lower the load to a safe position if possible.

Discussion Prompts

Are there any lifting operations planned for today? Has the lift plan been reviewed?

When were the slings and shackles on site last inspected? Can you check the colour code?

What is the exclusion zone for today's crane lift? Is it barriered off?

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Key Points

Use the right tool for the job. Using the wrong tool, such as a screwdriver as a chisel, is a leading cause of hand injuries on construction sites.
Inspect all tools before use. Check for loose handles, cracked casings, damaged cables, blunt or chipped blades, and missing guards.
Power tool guards must never be removed or tied back. They are designed to prevent contact with moving parts. If a guard is missing, do not use the tool.
Ensure you are trained and competent to use the specific tool. Different tools require different techniques. Read the manufacturer's instructions for any tool you have not used before.
Secure the workpiece. Use a vice, clamp, or other holding device. Do not hold the workpiece in one hand while operating a power tool with the other.
Disc cutters and grinders are high-risk tools. Use the correct disc for the material, check the disc speed rating matches the tool, inspect the disc for damage, and always wear a face shield.
Cartridge-operated fixing tools (nail guns) must only be used by trained and authorised operators. They can fire fixings through walls and into people. Treat them like a firearm.
Store tools securely. Sharp tools should be sheathed. Power tools should be disconnected and stored dry. Do not leave tools on edges where they could fall.
Report any defective tools immediately. Tag them as out of service and remove them from circulation. Do not leave a broken tool for someone else to pick up.
Hand-arm vibration from prolonged use of vibrating tools causes HAVS (Hand-Arm Vibration Syndrome), resulting in permanent nerve and blood vessel damage. Rotate tasks and use low-vibration tools where available.

Discussion Prompts

Check the tool you will use first today. Is it in good condition? Are the guards in place?

Does anyone regularly get tingling or numbness in their fingers? That could be early HAVS.

Where on site are defective tools reported and stored? Does everyone know the process?

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Key Points

Asbestos kills more people in the UK than any other workplace hazard. Around 5,000 people die each year from asbestos-related diseases. There is no safe level of exposure.
Any building built or refurbished before 2000 may contain asbestos-containing materials (ACMs). Common locations: roof sheets, ceiling tiles, floor tiles, insulating boards, pipe lagging, textured coatings, and gaskets.
You cannot identify asbestos by looking at it. If you suspect a material contains asbestos, stop work immediately and report it. Only a laboratory analysis can confirm whether asbestos is present.
The duty holder for any non-domestic building must have an asbestos management survey and register. Before starting work in any existing building, ask to see the asbestos register.
A refurbishment/demolition (R&D) survey is required before any refurbishment or demolition work. This survey is more intrusive than a management survey and identifies hidden ACMs.
If you accidentally disturb asbestos: stop work, move away from the area, prevent others from entering, and report it to your supervisor immediately. Do not attempt to clean it up.
Licensed removal contractors must carry out work on higher-risk ACMs (sprayed coatings, asbestos insulating board, and lagging). Only trained and competent persons may work on lower-risk materials.
Asbestos fibres are microscopic. You cannot see, smell, or taste them. The diseases they cause (mesothelioma, asbestosis, lung cancer) can take 15-50 years to develop after exposure.
Asbestos awareness training is a legal requirement for anyone whose work could expose them to asbestos, including builders, plumbers, electricians, joiners, and roofers.
Never drill, sand, saw, or break up any material that you suspect may contain asbestos. Even small disturbances release fibres into the air.

Discussion Prompts

Has anyone seen the asbestos register for this building or site? Do you know where ACMs are located?

What would you do if you drilled into a material and discovered it might contain asbestos?

When did you last receive asbestos awareness training? Is it within the last 12 months?

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Key Points

Every site must have documented emergency procedures covering fire, medical emergencies, structural collapse, chemical spill, gas leak, and severe weather. These must be communicated during induction.
Know the alarm signal. On most construction sites this is a continuous siren or air horn. Some sites use different signals for different emergencies. If in doubt, evacuate.
Know your assembly point. Go directly there when the alarm sounds. Do not collect belongings. Do not return to the building. Report to the roll call marshal.
First aiders must be identified and their locations known. HSE requires a minimum ratio of one first aider per site. On larger sites, multiple first aiders should be spread across zones.
Know the location of first aid kits, defibrillators (AEDs), and eye wash stations. Can you find them without asking?
RIDDOR (Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013) requires certain accidents to be reported to the HSE. Your supervisor will handle this, but you must report all incidents to them immediately.
Near misses are events that could have caused injury but did not. Report every near miss. They are early warnings. The near miss you report today may prevent a serious accident tomorrow.
In a medical emergency: make the area safe, call 999, provide first aid if trained, and send someone to meet the ambulance at the site entrance to guide them in.
If there is a structural collapse or major incident, do not enter the affected area. There may be secondary collapses, gas leaks, or live electrical supplies. Wait for the emergency services.
Practice matters. Attend fire drills when they are held. Familiarise yourself with the site emergency plan. If you are new to site, ask about emergency procedures on your first day.

Discussion Prompts

Where is the nearest first aid kit right now? Where is the nearest AED?

If a colleague collapsed unconscious, what would you do? Talk through the steps.

When was the last fire drill on this site? Did everyone know what to do and where to go?

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Key Points

Construction has one of the highest suicide rates of any industry in the UK. On average, two construction workers take their own lives every working day. This is not someone else's problem.
Mental health is health. Stress, anxiety, depression, and burnout are real conditions that affect your ability to work safely and your quality of life. There is no shame in struggling.
Warning signs in colleagues: withdrawal from conversations, changes in behaviour or performance, increased absence, irritability, loss of interest, looking tired or unwell, increased drinking or substance use.
You do not need to be a therapist to help. Asking "Are you alright, mate?" and actually listening to the answer can make a difference. Sometimes being heard is enough.
Common stressors in construction: long hours, time away from family, financial pressure, job insecurity, physical demands, bullying, and the pressure to "man up" and not talk about problems.
If you are struggling, talk to someone. This could be a colleague, your supervisor, your GP, or a helpline. You are not weak for asking for help. You are smart enough to recognise you need it.
Mates in Mind (matesinmind.org) is a construction-specific mental health charity. The Samaritans (116 123) are available 24/7, free, and confidential.
Employers have a legal duty of care that includes mental wellbeing. If your work is causing you stress or anxiety, raise it. Your employer must take it seriously.
Look out for each other. Construction is a team effort. If someone is not themselves, check in. If someone is in crisis, do not leave them alone. Stay with them and help them get support.
Mental health affects physical safety. A worker who is distracted, exhausted, or in emotional distress is more likely to make mistakes, miss hazards, and have an accident. Protecting mental health protects everyone.

Discussion Prompts

Does anyone know how to contact the site mental health first aider? Are there posters with helpline numbers visible on site?

What could we do as a team to make this site a more supportive place to work?

If a mate told you they were struggling, what would you say? What would you do?

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Key Points

Construction activities can cause significant environmental harm if not managed correctly. Pollution incidents can result in unlimited fines and even imprisonment under the Environmental Protection Act 1990.
Water pollution is the most common environmental offence on construction sites. Silt, cement, diesel, and chemicals must never be allowed to enter drains, watercourses, or groundwater.
Know the difference between foul drains and surface water drains. Surface water drains often flow directly into rivers without treatment. A single bucket of cement washings can kill fish for miles downstream.
Spill kits must be available wherever fuel, oil, or chemicals are stored or used. Everyone should know where they are and how to use them. Contain first, then clean up, then report.
Waste must be segregated on site: general waste, timber, metals, plasterboard, hazardous waste. Segregation improves recycling rates and reduces disposal costs. It is also a legal requirement.
All waste removed from site must be carried by a licensed waste carrier with the correct waste transfer notes. Keep copies for at least 2 years (6 years for hazardous waste).
Dust and noise can cause nuisance to neighbours and the public. Follow the site's construction management plan for working hours, dust suppression, and noise controls.
Protected species (bats, newts, nesting birds) may be present on or near construction sites. Disturbing them or their habitats is a criminal offence. If you find a nest or suspect a protected species, stop work and report it.
Fuel and oil storage must comply with the Oil Storage Regulations. Containers must have secondary containment (bunding) capable of holding 110% of the largest container's volume.
Burning waste on construction sites is illegal in most circumstances. Never light fires on site without explicit authorisation from the site manager and any required environmental permits.

Discussion Prompts

Where is the nearest spill kit to your work area? Do you know how to use it?

Are the waste skips on site being used correctly? Is waste being segregated?

What would you do if you saw diesel leaking from a generator into a drain?

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Toolbox Talk Pack

Contents