Silica & Engineered Stone SWMS Templates
Crystalline silica and engineered-stone SWMS following the 2024 Australia-wide engineered-stone ban transition. Wet cutting, on-tool dust extraction, P3 RPE program, air monitoring, and health surveillance under the Silica CoP plus state DGSO orders.
About these SWMS
Silica & Engineered Stone SWMS templates address crystalline silica dust exposure across construction, fabrication, demolition and stonemasonry tasks regulated under WHS Regulation 2025 Part 7.1 (hazardous chemicals) and the prohibition on the use, supply and manufacture of engineered stone benchtops, panels and slabs that took effect 1 July 2024. Content aligns with the model Code of Practice: Managing the Risks of Respirable Crystalline Silica from Engineered Stone in the Workplace, the broader Working with Silica and Silica-Containing Products CoP, AS/NZS 1715 and AS/NZS 1716 for respiratory protective equipment, and AS 2985 for respirable dust sampling. All silica work above the workplace exposure standard of 0.05 mg/mΒ³ (8-hr TWA) is High Risk Construction Work under Schedule 3, mandating a documented SWMS, air monitoring, on-tool dust controls and health surveillance.
What this category covers
- βWet cutting and slurry management for concrete, brick and block
- βOn-tool dust extraction with H or M-class HEPA vacuums
- βEngineered stone legacy removal, repair and disposal post-ban
- βConcrete grinding, polishing, scabbling and surface preparation
- βDiamond core drilling and percussion drilling into masonry
- βTunnel boring, shotcreting and underground silica controls
- βStonemasonry, stone pitching and natural stone fabrication
- βDemolition of silica-containing structures and rehabilitation works
- βP3 powered air-purifying respirator (PAPR) fit-testing and program
- βRespirable crystalline silica air monitoring under AS 2985
- βHealth surveillance, low-dose HRCT and exposure register management
- βDecontamination, laundering and silica-contaminated waste handling
14 SWMS in this category
14 ready-to-buy editable DOCXs Β· 8 state variants per product Β· delivered within 24 hours of payment.
Silica Engineered Stone
17 SWMSπͺ¨Brick & Block Cutting Silica SWMS
Brick, block, paver, and tile cutting using angle grinders and bench saws β wet cutting, RPE programme, task rotation, bystander exclusion zβ¦
πͺ¨Concrete Cutting Silica SWMS
Diamond blade concrete cutting β wet-cutting methods, on-tool extraction, respiratory protection, air monitoring, and task rotation.
πͺ¨Concrete Drilling Silica SWMS
Diamond core drilling and percussion drilling into concrete and masonry β wet or vacuum extraction, RPE, health surveillance for operators.
πͺ¨Concrete Grinding Silica SWMS
Concrete surface grinding, scarifying, and polishing operations β H-class vacuum extraction, wet suppression, RPE programme, air monitoring.
πͺ¨Silica Risk Control Plan SWMS
Overarching crystalline silica substance risk control plan for PCBUs. Air monitoring, health surveillance, control hierarchy, worker informaβ¦
πͺ¨Engineered Stone Fabrication Exemption SWMS
Engineered stone fabrication under regulatory exemption β wet-only methods, enclosed processing, air monitoring programme, health surveillanβ¦
πͺ¨Engineered Stone Legacy Removal SWMS
Removal and disposal of legacy engineered stone benchtops installed before 1 July 2024 ban. Wet methods, Class P3 RPE, decontamination, wastβ¦
πͺ¨Demolition Silica SWMS
Silica dust management during demolition, strip-out, and structural rehabilitation β mechanical demolition, jack-hammering, saw cutting, andβ¦
πͺ¨Tunnel Silica SWMS
Silica dust control in tunnelling, underground excavation, and shaft sinking β continuous ventilation, diesel exhaust, dewatering, and persoβ¦
Stonemasonry
9 SWMSπͺ¨Stonemasonry SWMS
Stonemasonry and stone cutting β natural stone dressing, masonry wall construction, stone cutting with angle grinder and wet saw, and stone β¦
π¨Bench-top Installation SWMS
Concrete and natural stone bench-top installation covers two-person manual handling for slabs over 25 kg, vacuum lifting attachment use, on-β¦
π§±Stone Conservation/Restoration SWMS
Heritage stone conservation and restoration covers facade repointing, stone replacement matching, scaffold access for high facades, biocidalβ¦
π§±Stone Pitching SWMS
Stone pitching and dry/wet stone walling covers retaining wall construction, manual handling of irregular stones, silica dust controls durinβ¦
π§±Stone Sealing SWMS
Stone sealing and restoration covers solvent-based and water-based sealer application, surface preparation, ventilation requirements for solβ¦
Applicable standards & regulations
Frequently asked questions
Is all silica work classified as High Risk Construction Work requiring a SWMS?
Yes. Under WHS Regulation 2025 Schedule 3, any construction work involving the disturbance of crystalline silica is High Risk Construction Work (HRCW Category 19), regardless of duration or quantity. A SWMS must be prepared before work starts, kept on site, reviewed when conditions change, and made available to the principal contractor. This applies to concrete cutting, grinding, drilling, tunnelling, stonemasonry and demolition tasks β not just engineered stone. The SWMS must identify controls aligned with the Working with Silica CoP and AS 2985 monitoring requirements.
Can I still fabricate engineered stone after the 1 July 2024 ban?
No new manufacture, supply or installation of engineered stone benchtops, panels or slabs is permitted in any Australian jurisdiction from 1 July 2024 (with transitional contract provisions in some states). Limited exemptions exist for legacy removal, repair, minor modification and disposal of stone installed before the ban β these activities still require a notified fabrication exemption in most states, a SWMS, wet processing only, P3 RPE and health surveillance. The model Code of Practice (2024) sets the controlled processing rules.
What's the workplace exposure standard for respirable crystalline silica in 2025?
The workplace exposure standard (WES) for respirable crystalline silica (RCS) is 0.05 mg/mΒ³ as an 8-hour time-weighted average, halved from the previous 0.1 mg/mΒ³ in 2020 and confirmed under WHS Regulation 2025. Employers must apply the hierarchy of control to keep exposures as low as reasonably practicable, not just below the WES. Air monitoring under AS 2985 is required where there is uncertainty about exposure levels, and health surveillance is mandatory for workers at risk of exposure above the standard.
Do I need health surveillance for workers doing concrete cutting or drilling?
Yes, if workers are at significant risk of exposure to RCS above the WES, WHS Regulation 2025 r.368 requires PCBUs to provide health surveillance by a registered medical practitioner with experience in occupational silicosis. This includes baseline and periodic respiratory questionnaires, lung function testing and low-dose HRCT imaging in line with the National Dust Disease Taskforce recommendations. Records must be kept for 30 years. The Working with Silica CoP provides triggers based on task, duration and control effectiveness.
What's the difference between a silica SWMS and a Silica Risk Control Plan?
A SWMS is the WHS Regulation 2025 document required for any HRCW task involving silica disturbance and focuses on a specific high-risk activity. A Silica Risk Control Plan (or Hazardous Chemical Risk Management Plan under Part 7.1) is a workplace-wide document covering the substance, monitoring program, health surveillance, training, RPE program and emergency procedures. Queensland, NSW and Victoria require both documents for crystalline silica processes. Our templates link the two so site-specific SWMS reference the broader control plan obligations.
Silica & Engineered Stone SWMS
Editable DOCX templates, 8 state variants per product, CIH-reviewed.
Browse all SWMS