Quick answer: Concreting near roads commonly requires multiple SWMS because the work combines High Risk Construction Work triggers — including work on or adjacent to roads with live traffic, mobile plant operations, and work in areas accessible to the public. The specific SWMS you need will depend on the type of concreting work, plant and equipment used, traffic volumes, and whether members of the public are present.
Last reviewed: June 2026 by the BlueSafe Technical Team. Reflects current Australian WHS requirements.
Concreting near roads presents a layered risk profile that sets it apart from concreting in controlled site environments. The hazards of the concrete work itself — wet concrete burns, manual handling, mobile plant — are compounded by live traffic, the presence of pedestrians, and the need to coordinate with traffic management arrangements that may be outside the direct control of the concreting crew. Getting the SWMS documentation right means understanding both sides of that risk picture.
At a glance
| Item | Summary |
|---|---|
| SWMS required? | Commonly yes — multiple HRCW triggers typically apply |
| Licence required? | Traffic controllers require a valid Traffic Controller licence in most jurisdictions; concrete pump operators may require relevant certification |
| HRCW triggers | Work on or near a road with traffic, mobile plant operations, work in areas accessible to the public |
| Typical tasks | Concrete placement, formwork, finishing, concrete pumping, traffic control, barricading, public area management |
| Main SWMS focus | Traffic struck-by controls, concrete pump line safety, wet concrete chemical hazards, public exclusion, mobile plant management |
| Main risk | Worker struck by vehicle, pump line whip or hose failure, concrete burns and dermatitis, manual handling injuries, members of the public entering work zone |
Recommended SWMS set
The table below lists SWMS that are commonly needed for concreting near roads. The exact combination will depend on the scope of the pour, plant on site, traffic conditions, and the level of public access to the area.
| SWMS | Why it may be needed |
|---|---|
| Concrete Placement SWMS | Covers the core concreting activity including receiving and placing concrete, formwork considerations, and finishing operations |
| Concrete Works SWMS | Addresses the broader scope of concrete work on site including preparation, reinforcement, placing, finishing, and curing |
| Traffic Control SWMS | Where work is adjacent to or within a road corridor with live traffic — covers traffic controller roles, signage, and vehicle exclusion |
| Working on Roads SWMS | Specifically addresses the hazards of performing construction work within a road environment including struck-by risk from passing vehicles |
| Working in Public Areas SWMS | Where work is in or adjacent to footpaths, shared paths, parks, or other areas accessible to members of the public |
| Barricading of Work Sites SWMS | Covers the establishment and maintenance of physical barriers to separate the work zone from traffic and the public |
| Concrete Pumping SWMS | Where a concrete pump is used to place concrete — covers pump setup, boom operation, line pressure management, and emergency procedures |
When does concreting near roads need a SWMS?
Under Australian WHS legislation, a SWMS is required for High Risk Construction Work (HRCW) on a construction project. Concreting near roads commonly triggers HRCW requirements for several reasons.
Work on or adjacent to roads with live traffic
This is the most significant trigger in a road-adjacent concreting context. The model WHS Regulations define work on or near a road or rail corridor as HRCW where there is a risk of being struck by a moving vehicle or mobile plant. In most concreting near roads scenarios — kerb and gutter replacement, footpath construction, driveway crossings, road pavement works — this trigger will apply. A SWMS must be prepared before the work commences and workers must be consulted in its development.
Mobile plant operations
Concrete agitator trucks, concrete pumps, excavators, compactors, and other plant commonly present on road-adjacent concreting jobs are mobile plant. Their operation on and around the work site independently triggers the mobile plant HRCW category. The SWMS should address truck positioning and reversing, exclusion zones around plant, spotter roles, and how mobile plant interacts with the traffic management arrangement in place.
Work in areas accessible to the public
Where concreting work is carried out in footpaths, shared paths, car parks, driveways, or other areas accessible to pedestrians and members of the public, the risk from public access is a distinct concern that must be addressed in the SWMS. This includes managing pedestrian diversions, maintaining safe passage for people with mobility limitations, and ensuring that barriers are adequate to prevent access to wet concrete and fresh excavations.
Concrete pumping
Concrete pumping involves additional HRCW considerations beyond the placement work itself. High-pressure pump lines, boom movements, and the risk of line whip on a blockage or line failure are hazards that can affect both the pump crew and anyone in the vicinity — including traffic and members of the public. A dedicated Concrete Pumping SWMS ensures these hazards are specifically identified and controlled.
Note on jurisdiction
HRCW requirements apply in all states and territories that have adopted the model WHS Act and Regulations, including New South Wales, Queensland, South Australia, Western Australia, Tasmania, the ACT, and the Northern Territory. Victoria operates under separate occupational health and safety legislation but has equivalent requirements for documented safe work procedures for high-risk activities. In all jurisdictions, road corridor and traffic management requirements may also be prescribed by the relevant roads authority in addition to WHS obligations.
Common hazards in concreting near roads
The combined hazard profile of concrete work and road exposure is broader than either activity in isolation. Understanding the full range of hazards helps ensure the SWMS set is comprehensive.
- Worker struck by vehicle — the primary fatality risk in road-adjacent work; inadequate traffic management, failure of traffic controllers, or breakdown of the exclusion zone can place workers in the path of live traffic
- Concrete pump line whip — a blocked or burst pump line can release stored pressure violently, with the free end of the line capable of striking workers or bystanders with fatal force
- Pump boom strike — movement of the concrete pump boom during setup, operation, or pack-down can strike workers or overhead services
- Concrete burns and dermatitis — prolonged skin contact with wet concrete causes alkali burns; workers who are kneeling, hand-finishing, or working with wet concrete in confined spaces are at elevated risk
- Cement dust inhalation — dry concrete products and the dust generated during mixing and placement are respiratory hazards requiring appropriate respiratory controls
- Manual handling — handling formwork, reinforcement, screeding, and finishing work involves repetitive and sustained manual effort with risk of musculoskeletal injury
- Plant reversing and manoeuvring — agitator trucks and other plant reversing in constrained road environments, particularly where traffic controllers and spotters may be managing competing demands
- Slips, trips, and falls — wet surfaces, excavated edges, formwork, and reinforcement create a high slip and trip hazard environment
- Underground services — excavation and saw-cutting associated with road concreting work may encounter underground electrical, gas, water, or communications services
- Pedestrian and public access — members of the public, including children, elderly pedestrians, and people with disabilities, may attempt to cross or enter the work zone
- Noise and vibration — concrete vibrators, compactors, and associated plant create elevated noise exposure; communication difficulties increase risk in a traffic environment
- Heat and sun exposure — concreting near roads often involves prolonged outdoor work on reflective surfaces with limited shade, particularly in summer conditions
Controls for concreting near roads
Effective SWMS for road-adjacent concreting work should address controls across the traffic, plant, and concrete hazard categories. Key controls include:
Traffic management controls:
- An approved traffic management plan (TMP) developed and signed off before work commences
- Deployment of qualified traffic controllers at all required positions for the duration of the work
- Appropriate signage, speed reductions, and channelisation devices installed and maintained to the approved TMP
- Physical separation between the work zone and live lanes using positive barriers, water-filled barriers, or concrete safety barriers where risk warrants
- Briefing of all workers on the traffic management arrangement and their role within it before starting work
Concrete pump controls:
- Pump boom and outrigger setup on stable, level ground with adequate clearance from excavations and overhead services
- Establishment of an exclusion zone around the pump boom during operation
- Pre-pour inspection and pressure testing of lines and connections
- Clear communication protocol between pump operator and placing crew
- Emergency de-pressurisation procedure known by all crew members
Concrete work controls:
- PPE for wet concrete including waterproof gloves, knee pads, rubber boots, and eye protection during placing and finishing operations
- Skin checks during work and prompt washing of any concrete contact areas
- Respiratory protection when handling dry cementitious materials
- Housekeeping controls to minimise slip hazard from wet concrete and slurry
Public exclusion controls:
- Rigid barricading or hoarding at all boundaries between the work zone and public access areas
- Continuous pedestrian diversion paths maintained where footpaths are closed
- Signage at diversion points clearly directing pedestrians away from the work zone
- Supervision arrangements to monitor and maintain barrier integrity throughout the work
Other documents you may need
A SWMS is not the only document that should be in place for concreting near roads. Depending on the scope and site, the following supporting documents may also be required or expected.
| Document | When typically needed |
|---|---|
| Traffic management plan (TMP) | Required before any work affecting a road corridor — must be approved by the relevant roads authority or principal contractor |
| Traffic guidance scheme (TGS) | The specific layout diagram used by traffic controllers — forms part of or is referenced within the TMP |
| Site-specific risk assessment | Before work commences — identifies site-specific hazards including traffic volumes, sight lines, underground services, and public access |
| Plant pre-start checklists | For all mobile plant on site including the concrete pump, agitator trucks, excavators, and compactors |
| Concrete pump pre-pour checklist | Specific inspection checklist for the pump, boom, lines, and connections before each pour |
| Worker competency records | Evidence of Traffic Controller licences for traffic management personnel; relevant operator certifications for plant |
| Toolbox talk record | Pre-start safety discussion covering the TMP, site hazards, emergency procedures, and any changes from the previous day |
| Emergency response plan | Site-specific plan covering how to respond to a worker being struck, a pump line failure, or a medical emergency |
| Underground services enquiry | Dial Before You Dig enquiry records and site-specific service location before any excavation or saw-cutting |
Example scenario
A concreting subcontractor has been engaged to construct a 60-metre footpath and kerb and gutter replacement along a suburban arterial road. The work requires lane narrowing on the adjacent carriageway for the duration of the pour. A concrete pump has been arranged to reach over the work zone from the nature strip. An agitator truck will reverse from the road into the pump feed position.
For this job, the crew should consider having in place:
- A Concrete Placement SWMS and Concrete Works SWMS covering the formwork, reinforcement, placing, screeding, and finishing operations
- A Concrete Pumping SWMS covering pump setup and positioning, boom operation, pre-pour line inspection, exclusion zones, and the emergency de-pressurisation procedure
- A Traffic Control SWMS covering traffic controller positions, communication protocols, and response to traffic incidents during the pour
- A Working on Roads SWMS covering the struck-by controls and the minimum separation requirements between workers and live traffic lanes
- A Working in Public Areas SWMS covering the pedestrian diversion, barrier inspection, and supervision requirements for the footpath closure
- A Barricading of Work Sites SWMS covering the establishment and daily inspection of the physical work zone boundaries
- An approved traffic management plan and traffic guidance scheme developed and signed off before work commences
- A Dial Before You Dig enquiry and service location records for the footpath corridor
- Pre-start checklists for the concrete pump and agitator truck
- A toolbox talk record completed with the full crew before the first pour begins, specifically covering the TMP layout, emergency contacts, and the pump line emergency procedure
This combination gives each major activity and hazard category its own clear document while the traffic management plan and site risk assessment tie them together at the project level.
Frequently asked questions
Does concreting near a road always require a SWMS?
In most cases yes. Concreting near roads commonly involves HRCW triggers including work on or adjacent to roads with live traffic and the use of mobile plant. Each of these independently requires a SWMS on a construction project under the model WHS Regulations. Even where a particular trigger is marginal, the combination of vehicle traffic, mobile plant, and public exposure in a road concreting environment means that documented safe work methods are generally expected by WHS regulators across all jurisdictions. When in doubt, prepare the SWMS.
Do I need a separate SWMS for the concrete pump?
Yes, a dedicated Concrete Pumping SWMS is recommended wherever a concrete pump is used. Concrete pumping involves distinct hazards — including line whip from a blocked or burst line, boom strike risk, high-pressure hose connections, and the specific emergency de-pressurisation procedures the crew needs to know — that are not adequately covered in a general concrete placement or concrete works SWMS. The pump operator's responsibilities, exclusion zones around the boom, and how the pump operation interacts with the traffic management arrangement should all be documented in a dedicated SWMS for that activity.
Who is responsible for the traffic management plan?
The traffic management plan is typically the responsibility of the principal contractor or the party controlling the road corridor. Where a concreting subcontractor is performing work in a road environment, they should confirm before commencing work that an approved TMP is in place, that it covers the specific work area and hours of their activity, and that traffic controllers are deployed as required by the plan. The SWMS for traffic control and working on roads should align with the approved TMP. Subcontractors should not rely on a TMP being in place — confirm it in writing before starting.
Can one SWMS cover both the concreting work and traffic control?
It is generally better practice to use separate SWMS for the concreting activities and the traffic management activities. Each involves distinct hazards, specific controls, and different responsible persons — the traffic controller roles and communications protocol for managing live traffic are very different to the controls for concrete burns, pump line pressure, or manual handling. Combining them into a single document can result in a SWMS that is too broad to be practically usable in the field. Purpose-built SWMS for each major activity allow workers and supervisors to refer to relevant, task-specific information during the work.
Need help choosing the right SWMS?
The right SWMS set for your road-adjacent concreting job will depend on the scope of the work, the plant and equipment involved, traffic and public access conditions, and the specific site. Browse the individual SWMS products below or use the links to find out more.
Concreting SWMS:
Traffic and road SWMS:
Site and public area SWMS:
Not sure which combination is right for your job? Use the SWMS selector to find products based on your trade and tasks, or work through the WHS self-check to identify gaps in your current documentation.
This guide provides general information only and does not replace project-specific risk assessment, legal advice or consultation with the relevant WHS regulator. Duty holders should assess the actual work, site conditions, workers, plant, substances and applicable state or territory requirements before selecting or using a SWMS.