SWMS template · Demolition

Manual Demolition — Safe Work Method Statement

Safe Work Method Statement for manual demolition of internal and external building elements including walls, ceilings, partitions and roofing. Applies where structural integrity of adjacent elements may be affected.

Last reviewed

Category
Demolition
HRCW
2 categories
Job steps
4
Hazards rated
10
PPE items
7

Manual demolition is classified as HRCW under regulation 291 of the model WHS Regulations specifically as "demolition of an element of a structure that is load-bearing or otherwise forms part of the structural system of the structure." A SWMS is mandatory before any manual demolition involving load-bearing elements begins, and the Safe Work Australia Model Code of Practice: Demolition Work is the primary reference document.

In most Australian states, demolition contractors must hold a demolition licence issued by the relevant building or WHS regulator. In NSW, a Demolition Contractor Licence is required for demolition of any structure over one storey; in Queensland, a demolition licence under the QBCC Act applies for structural demolition. The SWMS must be prepared by a competent person with knowledge of demolition hazards and controls before work commences.

Before any manual demolition begins, the structure must be assessed by a structural or demolition engineer to determine the safe sequence of element removal. An asbestos assessment must be completed by a licensed asbestos assessor, and all ACM must be removed or made safe before demolition proceeds. Services disconnection — gas, electricity, water, and telecommunications — must be confirmed in writing from the relevant authorities before demolition commences. Lead paint, PCBs, and other hazardous materials must also be identified and managed.

The primary hazards in manual demolition are structural collapse, falling objects, exposure to hazardous materials including asbestos and silica dust, and contact with live services. Exclusion zones sized to the height of the structure being demolished — or a minimum of 6 metres — should be established and enforced. Workers must not work below or adjacent to a partially demolished structure without engineering assessment of its stability.

Customise this template with the specific demolition sequence approved by the structural engineer, the services disconnection confirmation details, the asbestos and hazardous materials assessment outcomes, and the exclusion zone dimensions. This SWMS applies in all Australian states and territories. Victorian users should also reference OHS Regulations 2017 and the WorkSafe Victoria demolition compliance code.

High Risk Construction Work Types

  • Risk of a person falling more than 2 metres
  • Demolition of an element of a structure that is load-bearing or related to its physical integrity

Personal Protective Equipment

  • Hard Hat
  • Safety Glasses / Full Face Shield
  • P2 Dust Respirator
  • Safety Boots (Steel Capped)
  • High Visibility Vest
  • Heavy Duty Gloves
  • Hearing Protection

Risk Assessment

RatingsCatastrophicHighModerateLow

Step 1Pre-demolition survey and service disconnection

Hazard / RiskInitial RiskControl MeasuresResidual RiskResponsibility
Contact with live electrical servicesCatastrophicEngage licensed electrician to disconnect and isolate all electrical services before demolition commences. Obtain disconnection certificate. Visually confirm isolation.LowLicensed Electrician / Site Supervisor
Contact with live gas or water servicesHighEngage licensed plumber to cap and disconnect gas and water supplies. Obtain as-built drawings. Use cable and service locator. Mark all known services.LowLicensed Plumber / Site Supervisor
Asbestos-containing materials disturbed without identificationCatastrophicCommission asbestos survey (AS 4964) before any demolition. Review survey report. All ACM identified, labelled and managed per asbestos removal SWMS before demolition begins.LowSite Supervisor

Step 2Establishment of exclusion zone and site preparation

Hazard / RiskInitial RiskControl MeasuresResidual RiskResponsibility
Unauthorised personnel entering demolition zoneHighErect hoarding or solid barrier around demolition zone. Signage at all entry points. Security/access control where required. Daily site induction for all personnel.LowSite Supervisor
Dust affecting neighbouring properties or publicModerateWet demolition methods where possible. Dust suppression sprays. Hoarding to contain dust. Notify neighbours. Wind direction monitoring.LowSite Supervisor

Step 3Manual demolition of non-structural elements (walls, ceilings, partitions)

Hazard / RiskInitial RiskControl MeasuresResidual RiskResponsibility
Collapse of structural element onto workersCatastrophicDemolition engineer to review structural drawings and issue written demolition sequence. Temporary propping installed before adjacent structural elements removed. Do not deviate from approved sequence.ModerateDemolition Contractor / Site Supervisor
Eye and face injuries from flying debrisHighFull face shield over safety glasses mandatory. All workers facing away from breaking direction where possible.LowAll Workers
Respiratory exposure to silica dust or hazardous fibresHighP2 respirator mandatory. Wet demolition where practicable. Air monitoring where silica risk identified. Air monitoring records to be kept.LowAll Workers

Step 4Removal and disposal of demolition materials

Hazard / RiskInitial RiskControl MeasuresResidual RiskResponsibility
Musculoskeletal injury from manual handling of heavy debrisModerateBreak large elements into manageable pieces before manual handling. Use skip chutes, conveyors or mechanical equipment for bulk debris. Team lifts for items over 16 kg.LowAll Workers
Incorrect disposal of hazardous wasteHighSeparate waste streams. Hazardous materials to licensed waste contractor only. Manifest/consignment notes retained. No mixing of ACM with general waste.LowSite Supervisor

Relevant Codes of Practice

Worker Acknowledgement

By signing below, I confirm that I have read, understood and agree to comply with this Safe Work Method Statement.

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