Drylining method statement example: stud partitions and plasterboard, fit-out

HSE five steps · CDM 2015

You write this: Install metal-stud partitions and plasterboard, then tape and joint, in a commercial fit-out. The floor is unoccupied and handed over as a bare shell for the fit-out works.
You get this: Meridian Interiors Ltd will install metal-stud partitions and plasterboard, then tape and joint, in a commercial fit-out on the Second Floor, Kingsworth House, 40 Cavendish Street, Sheffield S3. The principal contractor is Kingsworth Fit-Out Contractors, project reference MI-4471. The floor is unoccupied and handed over as a bare shell for the fit-out works. Work starts Tue 23 Jun 2026 and is expected to take 10 days with 4 operatives, supervised by T. Osei. Work at height will be done from mobile access towers by PASMA trained operatives under a tower handover permit. Dust is controlled at source with on-tool extraction and clean-up with an M-class or H-class vacuum. Items to confirm before work starts: (1) the full site postcode, and the age of the building, to be confirmed by T. Osei with Kingsworth Fit-Out Contractors, who must also provide the asbestos register or management survey for the second floor at the pre-start meeting; (2) the floor and soffit construction and how track will be fixed to them, to be confirmed by T. Osei on the pre-start walk, because fixing into concrete changes the silica controls; (3) partition heights and the platform heights needed, to be confirmed by T. Osei on the pre-start walk; (4) the floor loading limit and where boards may be stacked, to be confirmed by Kingsworth with the permit to load; (5) lift capacity, booking arrangements, the stair core route, the assembly point and first aider cover, to be confirmed by Kingsworth at site induction; (6) which other trades will be working on the floor during the 10 days, to be confirmed by Kingsworth before the start date.

Generated for an example job to show the format. Make your own site-specific version and have a competent person review it.

Document details
Contractor	Meridian Interiors Ltd
Author	T. Osei, Drylining Supervisor (CSCS Gold, SSSTS)
Client / Principal Contractor	Kingsworth Fit-Out Contractors
Site	Second Floor, Kingsworth House, 40 Cavendish Street, Sheffield S3 7R**
Project reference	MI-4471
Start / duration	Tue 23 Jun 2026 / 10 days

1. Scope of works

Meridian Interiors Ltd will install metal-stud partitions and plasterboard, then tape and joint, in a commercial fit-out on the Second Floor, Kingsworth House, 40 Cavendish Street, Sheffield S3. The principal contractor is Kingsworth Fit-Out Contractors, project reference MI-4471. The floor is unoccupied and handed over as a bare shell for the fit-out works. Work starts Tue 23 Jun 2026 and is expected to take 10 days with 4 operatives, supervised by T. Osei. Work at height will be done from mobile access towers by PASMA trained operatives under a tower handover permit. Dust is controlled at source with on-tool extraction and clean-up with an M-class or H-class vacuum. Items to confirm before work starts: (1) the full site postcode, and the age of the building, to be confirmed by T. Osei with Kingsworth Fit-Out Contractors, who must also provide the asbestos register or management survey for the second floor at the pre-start meeting; (2) the floor and soffit construction and how track will be fixed to them, to be confirmed by T. Osei on the pre-start walk, because fixing into concrete changes the silica controls; (3) partition heights and the platform heights needed, to be confirmed by T. Osei on the pre-start walk; (4) the floor loading limit and where boards may be stacked, to be confirmed by Kingsworth with the permit to load; (5) lift capacity, booking arrangements, the stair core route, the assembly point and first aider cover, to be confirmed by Kingsworth at site induction; (6) which other trades will be working on the floor during the 10 days, to be confirmed by Kingsworth before the start date.

2. Sequence of works

Method statement, safe system of work

Before work starts, T. Osei checks the client's asbestos register or management survey for the second floor with Kingsworth Fit-Out Contractors. The building age is confirmed. If the register does not cover the areas to be fixed into or drilled, a refurbishment and demolition survey of those areas is needed first. Work does not start until this is done.
Attend the site induction. Confirm the lift booking, stair core route, assembly point, first aider and welfare locations. Confirm the floor loading limit and the permit to load for stacked boards.
T. Osei briefs all four operatives on this RAMS and they sign to confirm they have read and understood it. The briefing covers the stop-work rules for suspect asbestos materials, tower use, dust control and emergency arrangements.
Walk the floor with the Principal Contractor. Check lighting, floor condition, setting out datum lines, services above the ceiling and in the slab, and where other trades are working. Agree exclusion zones and protected walkways.
Check all plant before use: towers for PASMA tags and damage, cordless tools and chargers for damage and in-date inspection or PAT tests, vacuums for filter condition, and saw guards. Take any defective item out of use.
Receive boards and studs through the building lift in manageable loads, using trolleys. Stack in the agreed area within the permitted floor loading, away from escape routes, laid flat and supported.
Erect each mobile tower on firm, level floor, following the manufacturer's instructions and PASMA training. Fit all guardrails, toe boards and outriggers or stabilisers as needed. Inspect, tag and hand over the tower under the tower handover permit before anyone climbs it.
Set out partition lines using a laser or chalk line. Fix floor and ceiling track to the confirmed substrate. Use extraction-fitted drills for any fixings into concrete or masonry, and wet-wipe or vacuum dust immediately.
Cut studs and track to length at the designated cutting station using the chop saw. Deburr cut ends. Use the saw only with guards fitted and with others kept clear of the cutting area.
Erect studs and fit noggins and any services supports. Fit acoustic insulation between studs, handling it as per the Safety Data Sheet.
Board the first face of each partition. Cut boards by scoring and snapping with a cutter where possible, or use a drywall saw. Fix with cordless screwguns. Work from the tower for high boards, with two people lifting large sheets.
Close the second face once other trades have signed off any first-fix inside the partitions. Fit all the boards and carry out an overall visual check of the stud work.
Tape and joint the boards by hand, mixing only the quantity needed. Keep floors clear of spillage and dropped compound.
Sand cured joints using the on-tool extraction sander connected to an M-class or H-class vacuum. Keep others out of the area while sanding. Wear the RPE specified.
Clean as you go. Vacuum dust with an M-class or H-class vacuum, never dry sweep or use compressed air. Bag offcuts and take them to the agreed waste point.
At the end of each shift, secure the towers with brakes on and a sign to prevent use, leave stacked boards stable, check cables and chargers are safely stowed, and keep escape routes clear.
On completion, strike the towers in the reverse order of erection, clean the area and hand it back to Kingsworth Fit-Out Contractors, with the waste removed and the work area signed off.

3. Risk assessment

Built on the HSE five steps, MHSWR 1999 regulation 3 and the hierarchy of control.

Working at height: fall from mobile access tower while boarding, fixing track and jointing
Medium
Who / how
Drylining operatives on the towers, risk of serious or fatal injury from a fall; others below if a person lands on them
Existing controls
PASMA trained operatives, towers to manufacturer's instructions, edge protection fitted
L×S
3×5=15
Additional controls
Avoid work at height where it can be done from the floor, for example by pre-cutting and pre-assembling at ground level. Complete a tower handover permit and inspect and tag every tower before use and after any move or adverse weather. Use full guardrails and toe boards with a safe internal ladder or stair access. Never climb the outside of the frame or use ladders or stepladders as working platforms. Operatives never use the tower alone without a competent person aware. Work follows the Work at Height Regulations 2005. Suitable footwear.
Mobile tower instability or overturning: moving with people or materials on it, soft or uneven floor, base ratio exceeded, striking by materials
Medium
Who / how
Operatives on the tower and anyone nearby, risk of crush or fall injuries
Existing controls
PASMA training, manufacturer's instructions, brakes fitted
L×S
3×5=15
Additional controls
Check the floor is level, free of debris and capable of taking the tower load before erection. Apply castor brakes before use and fit outriggers or stabilisers where the manual calls for them. Do not move towers with anyone or any materials on them. Keep the platform height within the manufacturer's height to base ratio. Do not overreach, move the tower instead. Keep access routes clear for moving towers. Work follows the Work at Height Regulations 2005.
Falling objects: tools, screws, offcuts or boards dropped from the tower
Medium
Who / how
Operatives and other trades working or walking below, risk of head and impact injuries
Existing controls
Toe boards, tool lanyards available
L×S
3×4=12
Additional controls
Set up an exclusion zone at the foot of the tower using barriers and signs. Pass materials up and down by hand or rope, never throw. Keep tools in pouches or on lanyards and keep only essential materials on the platform. Brief other trades on the exclusion zone. Hard hats worn as the last line of defence.
Manual handling: carrying plasterboard sheets, bundles of studs and track, and bags of jointing compound
Medium
Who / how
All four operatives, risk of back, shoulder and hand injury, sprains and strains
Existing controls
Experienced operatives, mechanical aids available
L×S
4×3=12
Additional controls
Assess loads under the Manual Handling Operations Regulations 1992. Order boards in smaller sizes where practical. Use board trolleys and carriers for moving boards, and use two person lifts for long or heavy sheets. Stack close to where boards will be fitted to reduce carrying distance. Rotate tasks to avoid prolonged lifting overhead. Brief operatives on good handling technique. Gloves for grip and protection as backup.
Delivery and vertical transport of materials by building lift and stair core: overloading, trapping, boards damaging the lift
Low
Who / how
Operatives, other building users of the lift, risk of crush, strike and manual handling injuries
Existing controls
Lift booked with the Principal Contractor, protected stair core
L×S
3×3=9
Additional controls
Confirm the lift safe working load with the Principal Contractor and do not exceed it. Load boards flat on trolleys with materials secured, and never travel in the lift with loads that could shift. Keep stair and lift lobby routes clear of materials. The lift is used only under the arrangements set by Kingsworth. Where any lifting equipment is provided by the Principal Contractor, it is operated by competent persons in line with the Lifting Operations and Lifting Equipment Regulations 1998.
Overloading the floor slab with stacked plasterboard and materials
Low
Who / how
Operatives and people below the floor, risk of structural damage and serious injury
Existing controls
Permit to load in place
L×S
2×4=8
Additional controls
Obtain the floor loading limit and designated stacking zone from the Principal Contractor under the permit to load. Spread stacks across the floor and keep within the permitted limits. Do not stack against partitions or block escape routes. Bring in only the amount of board needed for each stage.
Respirable crystalline silica (RCS) dust from drilling or fixing track and brackets into concrete slab, soffit, masonry or block
Medium
Who / how
Operatives doing the work and anyone nearby breathing the dust, risk of silicosis, lung disease and lung cancer from long-term exposure
Existing controls
On-tool extraction available, M-class vacuum on site
L×S
4×4=16
Additional controls
Plan the work to reduce drilling, for example by using fewer fixings and shot-fired or cast-in fixings only where the Principal Contractor allows. Use on-tool extraction with an M-class or H-class vacuum or water suppression on every drill, chaser and saw used on concrete, masonry or block. Keep others away from the work area. Clean up with an H-class or M-class vacuum, never dry sweeping or compressed air. Then use RPE with an assigned protection factor of at least 20 (FFP3 disposable or equivalent), face-fit tested and worn clean shaven. Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE guidance: Construction Information Sheet CIS36 Construction dust. The RCS workplace exposure limit is 0.1 mg/m3 (8-hour TWA) in HSE EH40/2005.
Dust from cutting and sanding plasterboard and joint compound
Low
Who / how
Operatives sanding and cutting, and others nearby, risk of eye, nose, throat and chest irritation and long-term lung effects from repeated exposure
Existing controls
On-tool extraction sander, vacuums on site
L×S
4×2=8
Additional controls
Use jointing products that need minimal sanding, and finish joints carefully to reduce sanding. Connect sanding and cutting tools to an M-class or H-class vacuum. Cut boards by scoring and snapping where possible. Keep others out of the work area while sanding. Clean up with a vacuum, not brushes or air lines. Open windows or use extract fans where the Principal Contractor allows. Follow COSHH 2002. Wear dust masks or RPE as specified in the Safety Data Sheet, and eye protection.
Noise and hand-arm vibration from the chop saw, screwguns and sander
Low
Who / how
Operatives using and standing near the tools, risk of hearing damage and hand-arm vibration syndrome
Existing controls
Cordless tools, limited sanding time
L×S
3×3=9
Additional controls
Cut studs and track at one designated station away from others, and use cordless tools that are quieter than petrol or corded ones where possible. Limit trigger time and rotate tasks to cut exposure. Keep tools maintained and blades sharp. Brief on noise and vibration under the Control of Noise at Work Regulations 2005 and the Control of Vibration at Work Regulations 2005. Report numb or tingling hands. Hearing protection used at the chop saw as the last line of defence.
Cuts and lacerations from sharp metal stud and track edges, drywall saws and cutter blades
Low
Who / how
Operatives handling studs, cutting boards and sheets, risk of cuts to hands and forearms
Existing controls
Experienced operatives, sharp tools used correctly
L×S
4×2=8
Additional controls
Deburr or file the cut ends of studs and track before installing. Use retractable blade knives and cutters, and always cut away from the body. Store and dispose of blades in a sharps box. Carry studs and track with ends covered or taped where practical. Cut-resistant gloves as backup, matching the task and to BS EN 388.
Chop saw use: ejected sparks and metal fragments, blade contact, burrs and swarf
Low
Who / how
The operative using the saw and anyone close by, risk of eye injury, cuts and burns
Existing controls
Guards fitted, trained operatives
L×S
3×4=12
Additional controls
Use the saw only with guards in place and the correct blade for metal studs, checked under the Provision and Use of Work Equipment Regulations (PUWER) 1998. Clamp material before cutting. Set up the saw at a stable bench away from walkways and other trades, and keep combustible material away from sparks. Clear swarf with a vacuum or magnetic sweeper, not by hand. Eye and face protection to BS EN 166 and gloves where appropriate, as backup.
Electric shock or fire from cordless tool batteries, chargers and any temporary supply
Low
Who / how
Operatives and others on the floor, risk of electric shock, burns and fire
Existing controls
Cordless tools used where possible
L×S
2×4=8
Additional controls
Use cordless tools to avoid trailing leads. Use only the supplied chargers, in designated charging areas away from combustible materials such as boards and bags. Do not leave batteries charging unattended or overnight. Inspect leads and chargers before use and keep any equipment on the site's reduced low voltage or RCD protected supply as required. Follow the Electricity at Work Regulations 1989. Remove damaged equipment from use.
Striking concealed services when fixing into the floor slab or soffit, or boarding over existing services
Low
Who / how
Operatives drilling and fixing, risk of electric shock, burns or damage to services
Existing controls
Principal Contractor service information
L×S
2×4=8
Additional controls
Obtain service drawings from the Principal Contractor and ask which services are isolated or live. Scan fixing positions with a cable and pipe detector before drilling and mark them. Keep fixings away from marked services. Stop work and report immediately if an unexpected service is found. Follow the Electricity at Work Regulations 1989.
Slips, trips and falls on the same level: offcuts, packaging, cables, vacuum hoses, spilled joint compound, bare shell floor
Medium
Who / how
All operatives and other trades on the floor, risk of sprains, fractures and cuts
Existing controls
Good housekeeping expected
L×S
3×3=9
Additional controls
Bag and remove offcuts and packaging at the end of each shift, and at the agreed waste point. Keep hoses and cables tidy and routed overhead or along walls. Mop up spilled compound immediately. Keep walkways and escape routes clear. Ensure there is adequate lighting for all areas worked in and stairs. Sturdy boots with good grip to BS EN ISO 20345.
Other trades working on the same floor, in a bare shell fit-out: collisions, overhead work by others, services trades working close to partitions
Medium
Who / how
Our operatives and other trades from the Kingsworth fit-out team, risk of impact injury, struck-by and disrupted work areas
Existing controls
Principal Contractor co-ordination, site induction
L×S
3×3=9
Additional controls
Agree work areas and sequence with the Principal Contractor at the pre-start walk, and attend any daily co-ordination meetings. Keep exclusion zones around towers, saw station and sanding. Barrier and sign areas where overhead work is happening. Report clashes to the Principal Contractor, in line with CDM 2015 duties for co-operation. High-vis clothing worn.
Disturbing unidentified asbestos-containing materials when drilling, fixing or cutting into existing building fabric such as the ceiling, walls, floor, ducts or boxing
Medium
Who / how
Operatives and anyone nearby, risk of long-term lung disease if asbestos fibres are released
Existing controls
Principal Contractor holds building information
L×S
2×5=10
Additional controls
Before work starts, check the client's asbestos register or management survey for the work area, as required by Regulation 5 of the Control of Asbestos Regulations 2012. If the register does not cover the areas to be drilled or disturbed, a refurbishment and demolition survey of the area is needed first. Only fix into areas the register shows are clear. Stop-work rule: if any suspect material is found, stop, keep people away, and report it to T. Osei and the Principal Contractor before work carries on. Do not restart until it has been assessed.
Fire and emergency evacuation: combustible waste and packaging, materials blocking escape routes, towers and stacked boards in the way
Medium
Who / how
All operatives and others on the floor, risk of burns, smoke inhalation and delayed evacuation
Existing controls
Principal Contractor fire arrangements, protected stair core
L×S
2×5=10
Additional controls
Hot works are not part of this job. Keep waste off the floor and removed daily. Keep stair lobbies, corridors and exits clear at all times. Stack materials away from fire doors and extinguishers. Attend the Principal Contractor's induction on alarms, assembly point and fire extinguishers. Do not use the building lift in a fire.
Skin and eye irritation from joint compound, plasterboard dust and acoustic insulation fibres
Low
Who / how
Operatives mixing, jointing, sanding and fitting insulation, risk of dermatitis, eye and skin irritation
Existing controls
Welfare facilities for washing
L×S
3×2=6
Additional controls
Choose premixed or low-dust products where available and check the Safety Data Sheet for each product before use. Cut insulation with a sharp knife, reduce handling and keep it in its packaging until needed. Wash hands before eating, drinking and at the end of each shift, and use skin cream. Follow COSHH 2002. Gloves, eye protection and long sleeves as the last line of defence.

Risk assessment: hazards, who may be harmed, controls and residual risk
Hazard	Who / how	Existing controls	L×S	Additional controls	Residual
Working at height: fall from mobile access tower while boarding, fixing track and jointing	Drylining operatives on the towers, risk of serious or fatal injury from a fall; others below if a person lands on them	PASMA trained operatives, towers to manufacturer's instructions, edge protection fitted	3×5=15	Avoid work at height where it can be done from the floor, for example by pre-cutting and pre-assembling at ground level. Complete a tower handover permit and inspect and tag every tower before use and after any move or adverse weather. Use full guardrails and toe boards with a safe internal ladder or stair access. Never climb the outside of the frame or use ladders or stepladders as working platforms. Operatives never use the tower alone without a competent person aware. Work follows the Work at Height Regulations 2005. Suitable footwear.	Medium
Mobile tower instability or overturning: moving with people or materials on it, soft or uneven floor, base ratio exceeded, striking by materials	Operatives on the tower and anyone nearby, risk of crush or fall injuries	PASMA training, manufacturer's instructions, brakes fitted	3×5=15	Check the floor is level, free of debris and capable of taking the tower load before erection. Apply castor brakes before use and fit outriggers or stabilisers where the manual calls for them. Do not move towers with anyone or any materials on them. Keep the platform height within the manufacturer's height to base ratio. Do not overreach, move the tower instead. Keep access routes clear for moving towers. Work follows the Work at Height Regulations 2005.	Medium
Falling objects: tools, screws, offcuts or boards dropped from the tower	Operatives and other trades working or walking below, risk of head and impact injuries	Toe boards, tool lanyards available	3×4=12	Set up an exclusion zone at the foot of the tower using barriers and signs. Pass materials up and down by hand or rope, never throw. Keep tools in pouches or on lanyards and keep only essential materials on the platform. Brief other trades on the exclusion zone. Hard hats worn as the last line of defence.	Medium
Manual handling: carrying plasterboard sheets, bundles of studs and track, and bags of jointing compound	All four operatives, risk of back, shoulder and hand injury, sprains and strains	Experienced operatives, mechanical aids available	4×3=12	Assess loads under the Manual Handling Operations Regulations 1992. Order boards in smaller sizes where practical. Use board trolleys and carriers for moving boards, and use two person lifts for long or heavy sheets. Stack close to where boards will be fitted to reduce carrying distance. Rotate tasks to avoid prolonged lifting overhead. Brief operatives on good handling technique. Gloves for grip and protection as backup.	Medium
Delivery and vertical transport of materials by building lift and stair core: overloading, trapping, boards damaging the lift	Operatives, other building users of the lift, risk of crush, strike and manual handling injuries	Lift booked with the Principal Contractor, protected stair core	3×3=9	Confirm the lift safe working load with the Principal Contractor and do not exceed it. Load boards flat on trolleys with materials secured, and never travel in the lift with loads that could shift. Keep stair and lift lobby routes clear of materials. The lift is used only under the arrangements set by Kingsworth. Where any lifting equipment is provided by the Principal Contractor, it is operated by competent persons in line with the Lifting Operations and Lifting Equipment Regulations 1998.	Low
Overloading the floor slab with stacked plasterboard and materials	Operatives and people below the floor, risk of structural damage and serious injury	Permit to load in place	2×4=8	Obtain the floor loading limit and designated stacking zone from the Principal Contractor under the permit to load. Spread stacks across the floor and keep within the permitted limits. Do not stack against partitions or block escape routes. Bring in only the amount of board needed for each stage.	Low
Respirable crystalline silica (RCS) dust from drilling or fixing track and brackets into concrete slab, soffit, masonry or block	Operatives doing the work and anyone nearby breathing the dust, risk of silicosis, lung disease and lung cancer from long-term exposure	On-tool extraction available, M-class vacuum on site	4×4=16	Plan the work to reduce drilling, for example by using fewer fixings and shot-fired or cast-in fixings only where the Principal Contractor allows. Use on-tool extraction with an M-class or H-class vacuum or water suppression on every drill, chaser and saw used on concrete, masonry or block. Keep others away from the work area. Clean up with an H-class or M-class vacuum, never dry sweeping or compressed air. Then use RPE with an assigned protection factor of at least 20 (FFP3 disposable or equivalent), face-fit tested and worn clean shaven. Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE guidance: Construction Information Sheet CIS36 Construction dust. The RCS workplace exposure limit is 0.1 mg/m3 (8-hour TWA) in HSE EH40/2005.	Medium
Dust from cutting and sanding plasterboard and joint compound	Operatives sanding and cutting, and others nearby, risk of eye, nose, throat and chest irritation and long-term lung effects from repeated exposure	On-tool extraction sander, vacuums on site	4×2=8	Use jointing products that need minimal sanding, and finish joints carefully to reduce sanding. Connect sanding and cutting tools to an M-class or H-class vacuum. Cut boards by scoring and snapping where possible. Keep others out of the work area while sanding. Clean up with a vacuum, not brushes or air lines. Open windows or use extract fans where the Principal Contractor allows. Follow COSHH 2002. Wear dust masks or RPE as specified in the Safety Data Sheet, and eye protection.	Low
Noise and hand-arm vibration from the chop saw, screwguns and sander	Operatives using and standing near the tools, risk of hearing damage and hand-arm vibration syndrome	Cordless tools, limited sanding time	3×3=9	Cut studs and track at one designated station away from others, and use cordless tools that are quieter than petrol or corded ones where possible. Limit trigger time and rotate tasks to cut exposure. Keep tools maintained and blades sharp. Brief on noise and vibration under the Control of Noise at Work Regulations 2005 and the Control of Vibration at Work Regulations 2005. Report numb or tingling hands. Hearing protection used at the chop saw as the last line of defence.	Low
Cuts and lacerations from sharp metal stud and track edges, drywall saws and cutter blades	Operatives handling studs, cutting boards and sheets, risk of cuts to hands and forearms	Experienced operatives, sharp tools used correctly	4×2=8	Deburr or file the cut ends of studs and track before installing. Use retractable blade knives and cutters, and always cut away from the body. Store and dispose of blades in a sharps box. Carry studs and track with ends covered or taped where practical. Cut-resistant gloves as backup, matching the task and to BS EN 388.	Low
Chop saw use: ejected sparks and metal fragments, blade contact, burrs and swarf	The operative using the saw and anyone close by, risk of eye injury, cuts and burns	Guards fitted, trained operatives	3×4=12	Use the saw only with guards in place and the correct blade for metal studs, checked under the Provision and Use of Work Equipment Regulations (PUWER) 1998. Clamp material before cutting. Set up the saw at a stable bench away from walkways and other trades, and keep combustible material away from sparks. Clear swarf with a vacuum or magnetic sweeper, not by hand. Eye and face protection to BS EN 166 and gloves where appropriate, as backup.	Low
Electric shock or fire from cordless tool batteries, chargers and any temporary supply	Operatives and others on the floor, risk of electric shock, burns and fire	Cordless tools used where possible	2×4=8	Use cordless tools to avoid trailing leads. Use only the supplied chargers, in designated charging areas away from combustible materials such as boards and bags. Do not leave batteries charging unattended or overnight. Inspect leads and chargers before use and keep any equipment on the site's reduced low voltage or RCD protected supply as required. Follow the Electricity at Work Regulations 1989. Remove damaged equipment from use.	Low
Striking concealed services when fixing into the floor slab or soffit, or boarding over existing services	Operatives drilling and fixing, risk of electric shock, burns or damage to services	Principal Contractor service information	2×4=8	Obtain service drawings from the Principal Contractor and ask which services are isolated or live. Scan fixing positions with a cable and pipe detector before drilling and mark them. Keep fixings away from marked services. Stop work and report immediately if an unexpected service is found. Follow the Electricity at Work Regulations 1989.	Low
Slips, trips and falls on the same level: offcuts, packaging, cables, vacuum hoses, spilled joint compound, bare shell floor	All operatives and other trades on the floor, risk of sprains, fractures and cuts	Good housekeeping expected	3×3=9	Bag and remove offcuts and packaging at the end of each shift, and at the agreed waste point. Keep hoses and cables tidy and routed overhead or along walls. Mop up spilled compound immediately. Keep walkways and escape routes clear. Ensure there is adequate lighting for all areas worked in and stairs. Sturdy boots with good grip to BS EN ISO 20345.	Medium
Other trades working on the same floor, in a bare shell fit-out: collisions, overhead work by others, services trades working close to partitions	Our operatives and other trades from the Kingsworth fit-out team, risk of impact injury, struck-by and disrupted work areas	Principal Contractor co-ordination, site induction	3×3=9	Agree work areas and sequence with the Principal Contractor at the pre-start walk, and attend any daily co-ordination meetings. Keep exclusion zones around towers, saw station and sanding. Barrier and sign areas where overhead work is happening. Report clashes to the Principal Contractor, in line with CDM 2015 duties for co-operation. High-vis clothing worn.	Medium
Disturbing unidentified asbestos-containing materials when drilling, fixing or cutting into existing building fabric such as the ceiling, walls, floor, ducts or boxing	Operatives and anyone nearby, risk of long-term lung disease if asbestos fibres are released	Principal Contractor holds building information	2×5=10	Before work starts, check the client's asbestos register or management survey for the work area, as required by Regulation 5 of the Control of Asbestos Regulations 2012. If the register does not cover the areas to be drilled or disturbed, a refurbishment and demolition survey of the area is needed first. Only fix into areas the register shows are clear. Stop-work rule: if any suspect material is found, stop, keep people away, and report it to T. Osei and the Principal Contractor before work carries on. Do not restart until it has been assessed.	Medium
Fire and emergency evacuation: combustible waste and packaging, materials blocking escape routes, towers and stacked boards in the way	All operatives and others on the floor, risk of burns, smoke inhalation and delayed evacuation	Principal Contractor fire arrangements, protected stair core	2×5=10	Hot works are not part of this job. Keep waste off the floor and removed daily. Keep stair lobbies, corridors and exits clear at all times. Stack materials away from fire doors and extinguishers. Attend the Principal Contractor's induction on alarms, assembly point and fire extinguishers. Do not use the building lift in a fire.	Medium
Skin and eye irritation from joint compound, plasterboard dust and acoustic insulation fibres	Operatives mixing, jointing, sanding and fitting insulation, risk of dermatitis, eye and skin irritation	Welfare facilities for washing	3×2=6	Choose premixed or low-dust products where available and check the Safety Data Sheet for each product before use. Cut insulation with a sharp knife, reduce handling and keep it in its packaging until needed. Wash hands before eating, drinking and at the end of each shift, and use skin cream. Follow COSHH 2002. Gloves, eye protection and long sleeves as the last line of defence.	Low

4. COSHH assessment

Built on COSHH 2002 regulations 6 and 7 and HSE guidance L5.

Check each entry against the supplier's Safety Data Sheet before work starts. Take workplace exposure limits from HSE EH40/2005.

Respirable crystalline silica dust from drilling or fixing into concrete, masonry or block

Task or use: Created when drilling or fixing track, brackets and other fixings into the concrete slab, soffit or masonry on this job
Route of exposure: Inhalation of fine dust. Eye contact with airborne dust.
Who could be harmed: The operatives drilling and anyone nearby, risk of silicosis, lung disease and lung cancer after long-term exposure
Hazards: Fine dust from concrete, brick, block or stone can damage the lungs over time. Effects can be serious and may not show for years. Check section 2 of any product Safety Data Sheet for related hazards.
Controls: Eliminate or reduce the dust at source by planning the work to need less drilling and fewer fixings, and by using non-drilled fixings where the Principal Contractor allows.
Use on-tool extraction with an M-class or H-class vacuum or water suppression on every drill used on these materials.
Keep others out of the work area and limit the number of people and time spent drilling.
Clean up with an H-class or M-class vacuum, never dry sweeping or compressed air.
Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE's COSHH guidance (L5, the COSHH Approved Code of Practice).
PPE: Face-fit tested RPE with an assigned protection factor of at least 20 (FFP3 disposable or equivalent), worn clean shaven, to the specification in the risk assessment
Eye protection to BS EN 166
Disposable or washable overalls
Storage and disposal: Collect dust in the vacuum container. Empty it carefully into sealed, labelled bags and dispose of as construction waste via the Principal Contractor's waste route. Do not blow or brush dust.
First aid and spillage: If dust gets in the eyes, rinse with clean water for at least 10 minutes and seek medical help if irritation persists. If someone is struggling to breathe, move them to fresh air and call for first aid or an ambulance. Clean settled dust with a vacuum or damp wipe, not a dry brush.
Health surveillance: Respiratory surveillance may be needed for regular or frequent exposure. This should be confirmed by Meridian Interiors Ltd's occupational health provider. None is expected for the short, controlled exposure expected on this job, but report any cough or breathing symptoms.
Check against the Safety Data Sheet: Silica dust has no product Safety Data Sheet. Confirm the workplace exposure limit in HSE EH40/2005. Confirm the Safety Data Sheet details for any fixings or cartridges used, and that the vacuum, drill extraction and RPE are suitable for this work.

Joint compound and the dust from sanding it

Task or use: Mixing, applying and sanding joint compound and tape over plasterboard joints and screw heads
Route of exposure: Inhalation of dust when mixing or sanding. Skin contact. Eye contact. Ingestion if hands are not washed.
Who could be harmed: Operatives mixing, jointing and sanding, and others nearby, risk of skin, eye and respiratory irritation
Hazards: Hazards depend on the product used. Dust from sanding can irritate the eyes, nose and throat. Check section 2 of the supplier's Safety Data Sheet for the hazards of the specific product.
Controls: Choose a ready-mixed or low-dust joint compound where possible, and a finish that needs the least sanding.
Use the on-tool extraction sander connected to an M-class or H-class vacuum.
Mix only what is needed in a clean bucket and avoid pouring powder from height.
Keep others out of the area while sanding and limit sanding time.
Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE's COSHH guidance (L5, the COSHH Approved Code of Practice).
PPE: Dust mask or RPE to the specification in the Safety Data Sheet
Eye protection to BS EN 166
Gloves to the specification in the Safety Data Sheet
Storage and disposal: Store bags and tubs closed, dry and off the floor in the agreed storage area, as the Safety Data Sheet says. Let waste compound dry and put it in the general waste, unless the Safety Data Sheet says otherwise. Do not wash compound into drains.
First aid and spillage: For eyes, rinse with clean water for at least 10 minutes and get medical advice if irritation continues. For skin, wash with soap and water. Scoop up spilled wet compound and wipe clean. Vacuum dry powder, do not sweep.
Health surveillance: None is expected for the amount of use on this job. Report any skin problems such as redness, cracking or itching to the supervisor so they can be checked.
Check against the Safety Data Sheet: Before work starts, get the Safety Data Sheet for the joint compound used. Confirm the hazards in section 2, the PPE and RPE specification, storage and disposal advice, and any workplace exposure limit in HSE EH40/2005.

Plasterboard dust from cutting and boarding

Task or use: Created when cutting, snapping, sawing and fixing plasterboard
Route of exposure: Inhalation of dust. Eye contact. Skin contact.
Who could be harmed: Operatives cutting and fixing boards, and people nearby, risk of eye, nose and throat irritation
Hazards: Plasterboard dust can irritate the eyes, nose, throat and skin. Check the plasterboard supplier's Safety Data Sheet, or product information, section 2 for the details.
Controls: Reduce cutting by ordering boards to suitable sizes where practical.
Cut by scoring and snapping with a cutter where possible, and use a drywall saw only when needed.
Cut in a designated area and use an M-class or H-class vacuum to clean up.
Keep others away from cutting and clear dust daily.
Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE's COSHH guidance (L5, the COSHH Approved Code of Practice).
PPE: Dust mask or RPE to the specification in the Safety Data Sheet
Eye protection to BS EN 166
Gloves
Storage and disposal: Store boards flat, dry and supported within the permitted floor loading. Collect offcuts and dust in bags and dispose through the Principal Contractor's waste route.
First aid and spillage: Rinse eyes with clean water for at least 10 minutes. Wash skin with soap and water. Clean up dust with a vacuum or damp wipe, not a dry brush.
Health surveillance: None is expected for this job. Report any breathing or skin symptoms to the supervisor.
Check against the Safety Data Sheet: Before work starts, confirm the supplier's Safety Data Sheet or product information for the boards, including section 2 hazards, PPE and RPE specifications, and workplace exposure limits for dust in HSE EH40/2005.

Acoustic insulation

Task or use: Cutting and fitting acoustic insulation between studs within partitions
Route of exposure: Skin contact. Eye contact. Inhalation of loose fibres or dust.
Who could be harmed: Operatives handling and fitting insulation, risk of itching skin, and eye, nose and throat irritation
Hazards: Hazards depend on the type of insulation. Some can cause itching and irritation to skin, eyes and the throat. Check section 2 of the supplier's Safety Data Sheet for the product.
Controls: Choose a low-dust or low-irritant insulation product where this suits the specification.
Leave insulation in its packaging until it is needed and cut it with a sharp knife on a clean surface to reduce loose fibres.
Fit insulation after studs are in place to limit handling, and clear offcuts straight away into bags.
Keep others away while it is being cut and use a vacuum for clean-up.
Follow the Control of Substances Hazardous to Health Regulations (COSHH) 2002 and HSE's COSHH guidance (L5, the COSHH Approved Code of Practice).
PPE: Gloves
Long sleeves
Eye protection to BS EN 166
Dust mask or RPE to the specification in the Safety Data Sheet
Storage and disposal: Keep packs dry, closed and off the floor. Bag offcuts and dispose of them through the Principal Contractor's waste route, as the Safety Data Sheet advises.
First aid and spillage: Rinse eyes with clean water for at least 10 minutes. Wash skin with cool water and soap without rubbing. Clean spilled fibres with a vacuum or damp wipe.
Health surveillance: None is expected for this job. Report any ongoing skin or breathing problems to the supervisor.
Check against the Safety Data Sheet: Before work starts, confirm the insulation type and get the supplier's Safety Data Sheet. Check the hazards in section 2, PPE and RPE specifications, disposal advice and any exposure limits in HSE EH40/2005.

5. Plant & equipment

Mobile access towers (PASMA, with tower handover permit and inspection tags)
Cordless screwguns
Plasterboard drywall saw and board cutter
On-tool extraction sander connected to M-class or H-class vacuum
Chop saw for track and stud, with guards
M-class or H-class vacuum
Drills with on-tool extraction for fixings into concrete or masonry
Cable and pipe detector
Board trolleys and carriers
Laser level, tape and chalk line
Battery chargers, RCD protected where powered from site supply
Barriers and signs for exclusion zones

6. Materials / COSHH

Materials in use are metal stud and track, plasterboard, jointing tape, joint compound, acoustic insulation and fixings. Hazardous substances are covered in the COSHH assessments: respirable crystalline silica dust from fixing into concrete or masonry, joint compound and sanding dust, plasterboard dust and acoustic insulation. Safety Data Sheets for each product must be on site and read before use.

7. PPE

Safety footwear to BS EN ISO 20345
Hard hat to BS EN 397, worn in tower and exclusion zones
High-visibility clothing
Cut-resistant gloves to BS EN 388, as backup after other controls
Eye protection to BS EN 166
Hearing protection when using the chop saw, as the last line of defence
Dust mask or RPE as the Safety Data Sheet specifies, and FFP3 face-fit tested RPE for silica dust tasks
Long sleeved overalls

8. Competence & training

All operatives are CSCS carded drylining operatives and PASMA trained for mobile towers. T. Osei is the Drylining Supervisor (CSCS Gold, SSSTS) and is responsible for briefing the team and checking compliance. Operatives must have a current site induction, have read and signed this RAMS, and be face-fit tested for FFP3 RPE. Chop saw and drill users must be trained and competent in the use of that equipment.

9. Permits

Permit to load / mobile tower handover
Hot works not applicable to this job

10. Access & egress

Access is by the building lift and the protected stair core to the second floor. Keep the lift and stair routes clear of materials and waste. Use trolleys for loads. Escape routes remain clear and unobstructed at all times. Walkways within the floor are agreed at the pre-start walk.

11. Welfare

The Principal Contractor's site welfare facilities will be used, including toilets, hand washing, drinking water and rest area. Operatives wash hands before eating and drinking, and at the end of each shift. Welfare locations are confirmed at the site induction.

12. First aid

First aid is provided by Kingsworth Fit-Out Contractors' first aiders and first aid facilities. Operatives are told where the first aid kit and first aider are at the site induction. All injuries, however minor, are reported to T. Osei and the Principal Contractor and recorded.

13. Emergency procedures

Follow the Principal Contractor's emergency procedures given at the site induction. On the alarm, stop work, make safe, leave via the nearest protected stair and go to the assembly point, and do not use the lift. T. Osei takes a head count. In an emergency call 999 and give the site address, 40 Cavendish Street, Sheffield S3, with the full postcode confirmed at induction, and the exact location on the second floor. For a person in difficulty on a tower, do not climb up unaided. Call for help, and keep the area clear. If suspect asbestos material is found, stop work, move people away and report it to T. Osei and the Principal Contractor.

14. Environmental

Keep waste in sealed bags, segregate plasterboard offcuts, metal and packaging, and remove them to the Principal Contractor's waste route daily. Do not wash joint compound or dust into drains. Use vacuum extraction to limit dust spread to other areas. Use cordless tools to limit noise and keep noisy tasks to the agreed working hours. Check any waste for asbestos suspicion before disposal and report suspect materials.

This document was AI-generated as a drafting aid. It is not a substitute for professional health & safety advice. It must be reviewed, verified and made site-specific by a competent person before use, briefed to all operatives, and updated when site conditions or the method change. The provider accepts no liability for use of this document on site.

Dry lining method statement: what it covers

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