Drylining method statement template: a form to adapt on site

A drylining method statement should explain how the specified lining or partition system will be delivered, handled, installed, inspected and handed over on the actual site. It should name the board type and size, access equipment, fixing system, work sequence, worker roles and controls for heavy or awkward boards, cutting dust and work at height. This is a starting form, not an approved construction method. The contractor must complete it against the project specification, manufacturer instructions, drawings, risk assessment and real work area before anyone starts.

HSE identifies plasterboard handling as a significant cause of musculoskeletal risk, especially where boards are carried through restricted routes or fixed overhead. Its plasterboard installation guidance calls for planning loading routes, choosing manageable boards and using aids such as trolleys or ceiling lifts where appropriate. HSE's construction-dust guidance also covers sanding taped plasterboard joints. These are task decisions, not boilerplate PPE lines.

The live Complys plastering and dry-lining RAMS guide already owns the wider hazard explanation and general how-to intent. This page owns the fillable drylining method form. Keep the distinction: link the existing guide for narrative, provide a practical document skeleton here, and avoid creating another broad article that competes for “plastering RAMS.” The live guide has legal and product claims that need whole-page QA before it is used as a publication-approved host.

Decide what work this form covers

Drylining may mean timber or metal-stud partitions, direct bond, wall lining, ceiling board, shaft wall or a specified fire/acoustic system. Do not use one unqualified method for all of them. State whether the work is new build or refurbishment, whether the area is occupied, the board specification and weight, the fixing substrate, permitted plant, access height, service penetrations and required inspection points. Confirm which trades must finish hidden services or framing before the lining is closed. The system designer and manufacturer determine the assembly and fixings; this form does not redesign them.

Before cutting into an existing building, obtain relevant information about asbestos and other hidden hazards. HSE's asbestos survey guidance explains why refurbishment work that disturbs fabric may need a suitable intrusive survey by a competent surveyor. Do not assume a management survey gives clearance to chase or drill a concealed area. If the status is unknown, hold the affected work for investigation rather than inserting “asbestos awareness” as a magic control.

Copyable drylining method statement form

Replace each bracketed field. Mark “not applicable” only with a reason. Attach the current drawings, system details and task risk assessment. The person approving the method must check that the sequence and controls are suitable for this site.

A. Document, scope and responsibilities

Define the acceptance boundary. “Install plasterboard” does not say whether the team must erect studs, install insulation, create fire stopping, seal joints or only fix boards to a frame prepared by others. The work sequence must match the trade package and responsibility matrix. If service penetrations or fire/acoustic details are unresolved, document the decision owner and hold point before closing the wall.

B. Site survey and material schedule

Check the actual board weight. Acoustic, thermal or specialist boards can be much heavier than a standard sheet; HSE says some special boards can weigh up to 50 kg. Plan how a board reaches the workface before a delivery blocks a corridor or forces repeated stair carrying. Where possible, use mechanical loading into the building and trolleys for horizontal movement. Store boards so they remain stable, dry and accessible, within floor-load limits and away from escape routes. A two-person carry is not a substitute for considering better mechanical or layout solutions first.

C. Access and working-at-height controls

Follow the HSE work-at-height approach: avoid work at height where practicable, then prevent falls using suitable equipment, and manage any remaining risk. A method should not casually specify stilts, improvised hops or a ladder for prolonged board fixing. The access choice depends on the height, platform size, load and task. For ceiling boards, HSE recommends considering ceiling lifts and adjustable props to reduce overhead manual handling. Identify who inspects access equipment and what stops the task if the equipment is missing or unsafe.

D. Work sequence and hold points

The competent author should replace this outline with the exact project sequence. Each stage must tie to the relevant assessment, drawing and inspection. Do not prefill controls as though they are universally suitable.

For each stage, say who does it and what makes it acceptable. A fire-rated partition may depend on board layer count, joint staggering, fixings, insulation and penetration treatment; do not invent these details. Use the project-approved system specification and manufacturer instructions. Record any deviation for designer approval rather than quietly substituting materials. An apparently minor alternative board or fixing may invalidate the specified performance.

E. Manual handling and cutting controls

Board route and aids: [mechanical delivery/trolley/board lift, route width, floor condition and team roles]. Board size/weight and handling plan: [reference to supplier data and assessment]. High/overhead fixing method: [positioning equipment and safe access]. Cutting method and location: [tools, stable support, extraction/ventilation, segregation]. Joint finishing and dust control: [on-tool extraction or other assessed control, cleaning method and PPE/RPE if needed].

Use HSE's plasterboard task guidance to check the load-out and positioning plan. It favours reducing the handling task through specification and mechanical aids where possible. The HSE manual-handling FAQ notes that a two-person stair carry is a last resort after better options have been considered. Plan around repetitive movements and awkward postures, not only single-lift weight. Keep trolley routes clear; a trolley has no benefit if materials and cables block the floor.

Dust controls must reflect what is being cut or sanded. Plasterboard joint sanding differs from cutting masonry to install a fixing; a mixed task may introduce respirable crystalline silica or other hazards. Check product safety data and the linked COSHH/task assessment where relevant. HSE flags dry sweeping as a dust-generating method and covers sanding taped plasterboard joints in its task guidance. Do not rely solely on a disposable mask while allowing uncontrolled dust into an occupied area.

F. Services, fire and other trade interfaces

Hidden-service check before fixing: [ ] Approved fixing zones and stop action if unknown: [ ] M&E first fix and inspection completion: [ ] Fire/acoustic system detail and penetrations: [ ] Temporary fire, compartmentation and escape arrangements while work is open: [ ] Occupier/other trade protection and communication: [ ]

Do not cover a service or fire-stopping defect simply to finish a wall. Define the inspection point before the next layer closes the cavity. If a cable or pipe is discovered where a fixing was planned, stop that part of the work and seek the relevant design decision. The form should say how an altered detail is communicated to both the drylining crew and the people inspecting the completed partition.

G. Briefing, emergency action and changes

If the team discovers an unrecorded service, suspected asbestos-containing material, damaged access platform, wrong board type or an unapproved penetration detail, pause the affected task. Investigate, revise the method and drawings as needed, obtain competent approval and rebrief. A handwritten site change without the design and safety review is not enough when the performance of a wall or the safety of the work is affected.

H. Completion record

The completion check should match the actual contract and system requirements. This template does not certify that a partition achieves a fire or acoustic rating. The responsible designer and project inspection process must establish that result from the approved design, installation evidence and any required testing.

What a reviewer should challenge

Does the form describe the actual lining system or could it be used unchanged for any wall? Are heavy boards getting to the workface without avoidable carrying? Is overhead positioning equipment specified? Can the team work without unsafe platforms or unprotected openings? Are dust controls appropriate to the material? Are hidden services and older building fabric resolved before drilling or cutting? Is the specified system checked before cavities close? A method that cannot answer these questions is not ready simply because every row is filled in.

How Complys may support the record

The observed plastering/drylining RAMS guide and general method-statement template are related owners; verify their whole-page claims and exact canonical URLs before linking in published copy. A verified Complys document workflow might help with revisions and worker briefings, but it cannot select a manufacturer system, assess asbestos, approve access equipment or certify a fire-rated partition. The practical next step is to complete this form with the current drawings and competent reviewer, then manage the approved version in whatever system the project can actually use.

Source, claim, owner, product, links and writer-side QA

Terminal writer-side disposition: READY.