Quick answer: Concreters in Australia have significant WHS obligations as PCBUs, including SWMS requirements for concrete placement, pumping, formwork, and cutting work. Silica dust is a critical hazard requiring engineered controls and documented safe work procedures. This page pulls together the essential resources, guides, and SWMS templates that concreters and concreting businesses need.
Last reviewed: 12 June 2026
Concreting is one of the most physically demanding and hazard-intensive trades in the Australian construction industry. From concrete burns and skin disease through to silica dust, manual handling injuries, formwork collapse, and concrete pump line failures, the range of serious hazards on a concreting job is substantial. WHS compliance is not optional — and for concreters, understanding which obligations apply to your work and having the right documents in place before you start is essential.
This page is a practical resource hub for concreters and concreting businesses. It links to guides, checklists, SWMS templates, and WHS resources relevant to concreting work across residential and commercial construction in Australia. Use it as a starting point to understand your obligations and find the tools you need.
Note: WHS laws in Australia are based on the model Work Health and Safety Act 2011, but each state and territory has its own legislation and regulator. Silica dust regulations have been updated in recent years and requirements vary by jurisdiction. Always check the requirements that apply in your state or territory.
WHS obligations for concreters
Duty as a PCBU
Any concreter carrying on a business — sole trader, partnership, or company — is a person conducting a business or undertaking (PCBU) under Australian WHS legislation. As a PCBU, a concreter must ensure the health and safety of:
- their own workers (employees and labour hire)
- subcontractors and their workers
- other people on or near the workplace, including other tradespeople and the public
The PCBU duty is to eliminate risks so far as is reasonably practicable, or if that is not possible, to minimise them so far as is reasonably practicable. This duty applies even when you are working as a subcontractor on a site managed by a principal contractor — you still hold your own PCBU obligations for the work your crew performs.
Duty as a subcontractor
Most concreters work as subcontractors under a principal contractor. When working in this capacity, key obligations include:
- Providing a SWMS for all HRCW activities you will perform on the site, before commencing work
- Complying with the principal contractor's WHS management plan and site rules
- Consulting with the principal contractor on hazards that may affect workers beyond your own crew
- Ensuring your workers have been inducted to the site before commencing work
- Updating your SWMS if site conditions or work methods change
Managing workers
If you employ workers or engage labour hire, your PCBU duties extend to how those workers are supervised, trained, and protected. This includes ensuring workers are not directed to perform work without an adequate SWMS in place, that they understand and follow the controls in the SWMS, and that they have the necessary training, tickets, and licences for the work they are performing.
Key hazards in concreting work
Understanding the hazards specific to concreting is the foundation of a useful SWMS. The most significant health and safety hazards in concreting work include:
Concrete burns and contact dermatitis
Wet concrete is highly alkaline and can cause serious chemical burns to skin — particularly the hands, wrists, and lower legs when workers are kneeling or wading in fresh concrete. Burns may not be immediately apparent and can worsen over time. Prolonged or repeated skin contact can also cause allergic contact dermatitis from chromium compounds present in cement. Controls include:
- Waterproof gloves and rubber boots for direct concrete contact
- Changing out of wet clothing and boots as soon as practicable
- Washing skin promptly if contact occurs
- Worker training on the delayed burn risk of wet cement contact
Silica dust
Cutting, grinding, drilling, coring, or breaking concrete generates respirable crystalline silica (RCS) dust — fine particles that penetrate deep into the lungs and can cause silicosis, lung cancer, and other serious diseases. Silica dust is one of the most heavily regulated occupational health hazards in Australian construction.
Concreters must:
- Eliminate or substitute the silica dust hazard where possible (for example, by using pre-cast elements that avoid on-site cutting)
- Where elimination is not possible, use engineering controls — wet cutting, on-tool dust extraction with H-class vacuum, or enclosed operator cabs on breaking equipment
- Implement administrative controls — rotate workers to reduce exposure time, restrict access to cutting areas
- Provide respiratory protective equipment (RPE) as a last resort, not as the primary control
- Document silica dust controls in a SWMS and/or silica dust control plan
- Provide health monitoring for workers with ongoing silica dust exposure
- Train workers on silica dust hazards and controls
See the Silica Dust SWMS Guide and the Silica Dust Control Checklist for detailed guidance.
Manual handling
Concreting involves significant manual handling risks — from placing and finishing concrete by hand, to lifting and positioning formwork components, reinforcing steel, and heavy machinery. Manual handling injuries are among the most common injuries in the concreting trade.
Controls include pre-pour planning to minimise unnecessary manual movement of concrete, use of mechanical aids where practicable, correct lifting technique, team lifts for heavy formwork elements, and rotation of workers performing repetitive finishing tasks.
Concrete pump line whip
Concrete pumping creates high-pressure conditions in the delivery line and boom hose. A line whip event — where a coupling fails, a blockage is cleared suddenly, or a hose decouples under pressure — can cause serious or fatal injuries. Key controls include:
- Inspecting all couplings, seals, and hoses before each pump operation
- Ensuring workers are clear of the delivery line during pumping
- Following the manufacturer's procedures for clearing blockages (never using compressed air to clear a concrete pump line)
- Ensuring the pump operator is trained and competent on the specific equipment being used
- Documenting pump setup and operation controls in the SWMS
Formwork collapse
Formwork and falsework must support the full weight of wet concrete, reinforcing steel, and construction loads. Inadequate design, premature stripping, or failure to follow the formwork design can result in catastrophic collapse. Formwork erection, use, and dismantling is HRCW and requires a SWMS. For engineered formwork systems, the design documentation must be on site and followed.
See the Formwork SWMS Guide for detailed guidance.
SWMS requirements for concreters
When does a concreter need a SWMS?
A SWMS is required before commencing any high risk construction work (HRCW). The vast majority of concreting work involves HRCW triggers. Activities that commonly require a SWMS on concreting jobs include:
- Concrete placement and finishing at or above ground level where fall risk applies
- Concrete pumping (due to pressurised line hazards)
- Formwork and falsework erection, use, and dismantling
- Steel fixing (work at height on elevated slabs and walls)
- Concrete cutting, grinding, drilling, or coring (silica dust and vibration hazards)
- Any work in or near an excavation deeper than 1.5 metres
- Manual handling of heavy formwork elements or reinforcing steel
A SWMS must:
- Identify the specific HRCW activity
- List the hazards associated with that activity
- Set out the risk controls that will be implemented
- Be reviewed and signed by workers before work commences
- Be kept on site and accessible to workers throughout the activity
- Be updated whenever site conditions or work methods change
Common SWMS for concreters
The table below lists the SWMS most commonly needed on concreting jobs, with the typical situations in which they apply.
| SWMS | When needed |
|---|---|
| Concrete Works SWMS | General concreting work including placement, finishing, and curing |
| Concrete Placement SWMS | Placing and finishing concrete on slabs, footings, and walls |
| Concrete Pumping SWMS | Setting up and operating a concrete pump, including boom and line pump configurations |
| Formwork SWMS | Erection, use, and dismantling of formwork and falsework systems |
| Steel Fixing SWMS | Placing and tying reinforcing steel on slabs, walls, and columns |
| Concrete Cutting and Drilling SWMS | Core drilling, sawcutting, grinding, and breaking of concrete |
| Silica Dust SWMS | Any work generating respirable crystalline silica dust from concrete or masonry |
| Manual Handling SWMS | Heavy or repetitive manual tasks including lifting formwork, reinforcing, and concrete finishing |
WHS documents a concreting business needs
Beyond SWMS, a concreting business needs a broader set of WHS documents to support compliant and well-managed operations. The table below outlines the core documents, their purpose, and when they are required.
| Document | Purpose | When required |
|---|---|---|
| WHS Policy | Demonstrates leadership commitment to health and safety; sets out responsibilities | Any business with workers; expected by principal contractors and insurers |
| SWMS | Identifies HRCW activities, hazards, and risk controls | Before commencing any HRCW activity; kept on site throughout |
| Silica Dust Control Plan | Documents how RCS dust will be managed for cutting, grinding, and drilling activities | Strongly recommended where silica dust exposure is ongoing; required in some jurisdictions |
| Site Induction Records | Evidence that workers have received site-specific safety information | Before any worker accesses the site |
| Hazard / Risk Register | Documents identified hazards, risk ratings, and controls | Maintained and updated throughout the job |
| Incident Register | Records incidents, near misses, dangerous occurrences, and work-related injuries | Ongoing; notifiable incidents must be reported to the regulator |
| Plant and Equipment Register | Tracks plant, inspection status, and operator competencies | Maintained while plant including concrete pumps and cutters is in use |
| Training Register | Records qualifications, licences, tickets, and training for each worker | Ongoing; includes confined space, work at heights, and silica dust training where relevant |
| Emergency Plan | Sets out emergency response procedures for the site or yard | Required for all workplaces |
For a detailed guide on the WHS documents a construction trade business needs, see WHS Documents for Construction Businesses.
Pre-pour safety checklist for concreters
Use this checklist before each concrete pour to confirm that key safety controls are in place.
Before the pour:
- SWMS prepared for all HRCW activities and reviewed with all workers
- Formwork inspected by a competent person; design documentation on site
- Concrete pump couplings, seals, and hoses inspected; pump operator briefed
- Exclusion zones established around pump boom and delivery lines
- PPE confirmed: waterproof gloves, rubber boots, eye protection, and RPE where required
- Silica dust controls confirmed if cutting or grinding is required as part of the work
- First aid kit accessible on site; nearest medical facility identified
- Emergency procedures communicated to all workers
During the pour:
- Workers kept clear of concrete pump delivery lines during active pumping
- Skin contact with wet concrete minimised; contaminated clothing changed promptly
- Formwork monitored for signs of distress; pour stopped and area cleared if distress observed
- Cutting and grinding performed with wet methods or on-tool extraction where silica dust is present
- Incident register updated if any near miss or injury occurs
After the pour:
- Formwork and falsework left in place until concrete has achieved sufficient strength per design
- Stripping sequence followed per formwork design documentation
- Plant and equipment inspected and any defects recorded
Useful guides for concreters
The following guides cover the WHS topics most relevant to concreting businesses and sole traders.
- Concreting SWMS Guide — How SWMS apply to concrete placement, pumping, and finishing work
- Formwork SWMS Guide — SWMS requirements for formwork erection, use, and dismantling
- Steel Fixing SWMS Guide — SWMS for reinforcing steel placement on slabs and walls
- Silica Dust SWMS Guide — How to document silica dust controls in a SWMS
- Silica Dust Control Checklist — Practical checklist for RCS dust controls on cutting and grinding tasks
SWMS templates for concreters
Blue Safe Online provides SWMS templates for the concreting activities most commonly needed on residential and commercial construction sites. Templates are professionally prepared, editable, and ready to customise to your specific site conditions and work methods.
Browse the full range of concreting SWMS at Blue Safe Online.
Frequently asked questions
Do concreters need a SWMS?
Yes. Concreters must prepare a Safe Work Method Statement (SWMS) before commencing any high risk construction work (HRCW). Most concreting activities trigger HRCW — including concrete placement at height, work near excavations or trenches deeper than 1.5 metres, formwork erection and dismantling, concrete pumping, and any cutting or grinding that generates silica dust. The SWMS must identify the hazards, set out the risk controls, and be reviewed and signed by workers before work starts. As a concreter working as a subcontractor, you are also required to provide your SWMS to the principal contractor before you commence work on site.
What are the silica dust obligations for concreters?
Silica dust is a serious health hazard in concreting. Cutting, grinding, drilling, or crushing concrete generates respirable crystalline silica (RCS) dust, which can cause silicosis — an irreversible and potentially fatal lung disease. Under WHS regulations, concreters must eliminate or minimise silica dust exposure so far as is reasonably practicable. This means using engineering controls first — such as wet cutting methods or on-tool dust extraction — before relying on respiratory protective equipment (RPE). A SWMS is required for any cutting or grinding activity. Workers must be trained on silica dust risks, and health monitoring must be provided for workers with ongoing exposure. Some jurisdictions have introduced specific respirable crystalline silica regulations with additional duties — check the requirements in your state or territory.
Is a concreter a PCBU?
Yes. Any concreter who carries on a business — whether as a sole trader, through a partnership, or as a company — is a person conducting a business or undertaking (PCBU) under Australian WHS legislation. As a PCBU, a concreter has a primary duty of care to ensure the health and safety of their workers, any subcontractors they engage, and other people who may be affected by their work. This duty applies to sole traders working alone, as well as to concreting businesses employing crews. Even when working as a subcontractor under a principal contractor, the concreter retains their own PCBU duties.
What WHS documents does a concreting business need?
A concreting business typically needs a WHS policy, SWMS for all high risk construction work activities (including concrete placement, pumping, formwork, cutting, and steel fixing where relevant), a hazard/risk register, incident register, plant and equipment register, training register, and site induction records. Businesses with employees also need workers compensation insurance. If your business performs notifiable construction work and you are the principal contractor, a WHS management plan is also required. Silica dust control plans or procedures should be documented separately given the specific obligations around RCS dust management.
Get your WHS documents sorted
Blue Safe Online provides SWMS templates and WHS management systems for Australian concreters. Whether you are a sole trader setting up your documents for the first time, a concreting business updating outdated SWMS, or a contractor who needs to meet a principal contractor's compliance requirements, Blue Safe Online gives you access to professionally prepared, ready-to-customise WHS documents for the concreting trade.
Browse SWMS and WHS documents for concreters on Blue Safe Online
This page provides general information only and does not constitute legal advice. WHS requirements may vary by state or territory, project type, contract conditions, and your role on site. Consult the relevant WHS regulator or a qualified WHS professional for advice specific to your circumstances.