SWMS - Waterproofing Applicator
A Safe Work Method Statement for waterproofing applicators is a legal document required under WHS Regulation 2011 to manage risks like chemical exposure, falls, and confined spaces during high-risk construction work.
This SWMS is required for tradespeople applying liquid membranes, sheet membranes, or waterproofing coatings in residential and commercial construction. It addresses high risks like working in confined spaces, chemical exposure, and working at heights.
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About this Document
What Is a SWMS - Waterproofing Applicator? A Safe Work Method Statement (SWMS) is a vital document for any construction business in Australia. It outlines the high-risk activities involved in a job and details how workers will stay safe while doing them. For waterproofing applicators, this document is not just paperwork. It is a practical plan that addresses the specific dangers of working with chemicals, heights, and in confined spaces. The SWMS focuses on "High Risk Construction Work" (HRCW). If you are applying membranes to a balcony edge, spraying foam in a poorly ventilated room, or working near traffic, you are likely engaging in HRCW. Under the Work Health and Safety (WHS) Act 2011, a Person Conducting a Business or Undertaking (PCBU) must prepare this statement before such work begins. For waterproofers, the document serves two main purposes. It satisfies legal obligations to regulators like Safe Work NSW or WorkSafe Victoria. It also communicates the safety controls to the crew on site. It ensures everyone knows the risks of chemical exposure or falls and agrees on the steps to mitigate them. ## When to Use This Document You must use a SWMS whenever your waterproofing work falls under the definition of High Risk Construction Work. The WHS Regulations 2011 (Schedule 19) lists specific triggers. In the waterproofing trade, the most common triggers involve heights, confined spaces, and hazardous chemicals. If you are working on a roof, balcony, or edge where a person could fall more than two meters, you need a SWMS. This is standard for residential apartments and commercial podiums. You also need one if you are working in or near a confined space. This includes pits, lift wells, or small bathrooms with limited ventilation during spray application. Work near traffic corridors or pressurized gas pipes also requires a SWMS. However, the most frequent trigger for waterproofers is the chemical risk. Even if the height risk is low, the use of isocyanates and solvents in polyurethane spray foams creates a significant health hazard. If you are a sole trader working on a small residential bathroom, you might use a Job Safety Analysis (JSA) or Job Hazard Analysis (JHA) instead. However, most commercial site managers will require a formal SWMS regardless of the project cost. It is best practice to have one ready for any job involving chemicals or heights. ## Key Sections and Required Elements A compliant SWMS cannot be a generic "cut and paste" job. It must be specific to your workplace and the task at hand. Safe Work Australia guidelines prohibit the use of blanket statements. The document must address the distinct hazards of the site you are working on today. There are several mandatory elements required by Clause 291 of the WHS Regulations. First, the document must clearly describe the high-risk construction work. You need to state exactly what you are doing, such as "Applying polyurethane membrane to the Level 4 podium." Next, it must identify the hazards and risks. For waterproofers, this includes exposure to isocyanates, manual handling of heavy drums, and slip hazards from wet membranes. You must list the control measures you will implement to manage these risks. This includes the "how" and the "when." The document must also describe how these controls will be monitored and reviewed. Finally, it must be easily accessible to workers. Keeping the SWMS locked in a ute or a site office is not sufficient. It should be accessible via a tablet or printed copy where the work is happening. ### Job Details and Scope This section sets the scene. It identifies the specific site, company, and nature of the waterproofing job. You must include the site address, the specific date of work, and a description of the area. For example, "Waterproofing of internal bathrooms, Block B, Level 2." This detail is to prevent the use of generic documents. Regulators often issue fines because a SWMS describes a "generic balcony" rather than the specific one being worked on. You should also list the names of the workers and the principal contractor. ### Risk Assessment (Hazard Identification) This is the core of the document. You must identify the specific hazards associated with waterproofing. * Chemical Exposure: This is the biggest risk for applicators. Inhalation of solvents, isocyanates, and cementitious dust can cause long-term health issues.
- Manual Handling: Carrying heavy buckets of membrane or 20-liter drums of primer can cause back injuries.
- Height: Falls from edges are a leading cause of death in construction. Waterproofers often work near unprotected edges on balconies and roofs.
- Confined Spaces: Lack of oxygen in pits or small bathrooms during chemical application is a serious risk.
- Slips and Trips: Wet surfaces from the application process create immediate slip hazards. You should attach the Safety Data Sheets (SDS) for the products you are using to this section. This ensures workers know exactly what chemicals they are handling. ### Control Measures (Implementation) Here you outline how you will manage the risks. You must follow the Hierarchy of Controls. You cannot simply rely on Personal Protective Equipment (PPE). 1. Elimination: Can you use a non-toxic water-based membrane instead of a solvent-based one?
- Substitution: Can you use a roller application instead of a spray to reduce inhalation risks?
- Engineering: Use mechanical ventilation fans to extract fumes.
- Administrative: Rotate shifts to limit the time a worker spends exposed to fumes.
- PPE: Use nitrile gloves, respirators with Organic Vapor cartridges, and safety goggles. Your SWMS must be specific. Instead of writing "Wear PPE," write "Wear P2 half-face respirator with organic vapor cartridge." ### Emergency Response Accidents happen, and the SWMS must have a plan for them. This section acts as an action plan for emergencies. You need to include the location of emergency showers, eyewash stations, and spill kits. If you are using chemicals that cause skin burns, you need to know the nearest hospital with emergency facilities. You must reference the SDS for the specific chemical being used for first aid instructions. ### Sign-off and Review This is the legal acknowledgment of understanding. It is not enough for the manager to sign it. The workers undertaking the task must also sign it. This confirms they have read the statement and understand the risks and controls. The document should also include a review date. If something changes on site, such as the weather turning windy or a new product arriving, you must stop and review the SWMS. ## How to Write a SWMS - Waterproofing Applicator (Step by Step) Writing a SWMS does not have to be difficult, but it requires careful thought. Follow these steps to ensure your document is legally compliant and practically useful on site. ### Step 1: Consult with Your Workers Australian industry practice dictates that you do not write SWMS in isolation. Your workers often have practical knowledge that management overlooks. A waterproofer applying the membrane will know if a specific nozzle creates too much overspray or if a ventilation setup does not work. Sit down with your team before the job starts. Ask them what they think the risks are. This consultation is a requirement under the WHS Act and leads to better safety outcomes. ### Step 2: Identify the High Risk Work Look at the scope of work and compare it to Schedule 19 of the WHS Regulations. Are you working above two meters? Are you using hazardous chemicals? Identify which parts of the job are "High Risk." Write these down clearly in the document. Be specific about the location. Instead of "Work on roof," write "Work on roof edge of Building A, installing sheet drainage." ### Step 3: Assess the Hazards and Risks List the hazards associated with the high-risk work. Think about the environment. Is it a wet bathroom? Is it a windy roof? Think about the substances. Are you using a cementitious product or a polyurethane spray? For each hazard, assess the risk. What could go wrong? For example, "Hazard: Spray application of polyurethane. Risk: Inhalation of isocyanates leading to asthma-like symptoms." ### Step 4: Select Control Measures This is where you apply the Hierarchy of Controls. Start at the top. Can you eliminate the risk? If not, can you substitute it? If you must spray, what engineering controls can you put in place? You might list "Use of portable exhaust fans to remove fumes" as an engineering control. Then list administrative controls like "Prohibit other trades in the area during spraying." Finally, list PPE like "Full coveralls and P3 respirator." ### Step 5: Define Implementation and Monitoring Describe exactly how the controls will be put in place. Who checks the fans? Who inspects the usees? How often will you check the air quality? You might write, "The leading hand will inspect the ventilation setup 30 minutes before work commences." This shows the regulator that you have a plan, not just a wish list. ### Step 6: Finalize and Sign Print the document or upload it to a cloud platform accessible on site. Gather the crew for a toolbox talk. Read through the SWMS together. Discuss each point. Ensure every worker signs the document. Keep the signed copy on site while the work is being done. If a Safe Work inspector visits, this is the first document they will ask to see. ## Common Mistakes to Avoid Many businesses in Australia get fined because their SWMS fails to meet the standard. Avoiding these common mistakes will keep your workers safe and your business compliant. Using Generic Documents Buying a generic "Waterproofing SWMS" online and filling in the blanks is risky. Safe Work Australia explicitly states that a generic SWMS is insufficient unless it is specifically adapted to the site. If your document says "Insert height here" and you leave it blank, you are not complying. You must tailor the document to the specific hazards of the current job. Focusing Only on PPE Relying entirely on PPE is a legal weakness. PPE is the last line of defense. If your SWMS says "Wear a mask" but does not mention ventilation or substitution, you have not adequately applied the Hierarchy of Controls. Inspectors will pick up on this immediately. Keeping the SWMS in the Office The document must be accessible to the workers. If it is locked in the site shed or sitting on a server that requires a password, it is not accessible. Use a platform that allows tradies to view the SWMS on their phones while standing on the scaffold. Ignoring Chemical Risks Waterproofing involves serious chemicals. Isocyanates can cause sensitization, meaning a worker can never work near those chemicals again. Simply writing "Be careful with chemicals" is not enough. You must reference the specific SDS and list the exact exposure standards. Not Reviewing After Changes If it starts raining heavily or the client changes the membrane type, you must review the SWMS. Using a document that was written in the morning for conditions that changed in the afternoon is a breach of regulations. ## Legal Considerations (AU) Operating a business in Australia requires strict adherence to safety laws. The penalties for non-compliance are severe. Understanding the legal framework is essential for PCBUs and sole traders. ### Primary Duty of Care The WHS Act 2011 (Cth) imposes a Primary Duty of Care on the PCBU. This means you must ensure, so far as is reasonably practicable, the health and safety of your workers. This duty extends to the preparation and maintenance of SWMS. Failing to have a SWMS for high-risk work is a breach of this duty. In NSW, for example, fines for category 3 breaches can reach $50,000 for individuals and $250,000 for corporations. If someone is seriously injured, the penalties and potential jail time increase significantly. ### State Variations Most states have adopted the national model WHS laws. This includes NSW, QLD, SA, TAS, ACT, NT, and WA (which adopted the laws in 2022). However, Victoria operates under different legislation. Victoria uses the Occupational Health and Safety Act 2004 (VIC). While the terminology differs slightly, the requirement for a Safe Work Method Statement for High Risk Construction Work remains under the OHS Regulations 2017 (Part 5.3). If you work across borders, you need to ensure your documentation meets the specific requirements of the state you are working in. ### Worker Consultation The law mandates consultation. You cannot simply hand a document to a worker and tell them to sign it. The WHS Regulations require you to consult with workers who are likely to be affected by the work. This means discussing the hazards and the controls. If a worker raises a concern about a chemical smell, you must address it before work continues. ### Duty to Retain Records You must keep the SWMS for the duration of the high-risk work. If there is a notifiable incident, such as a serious injury or death, you must keep the SWMS for at least two years after the incident. This is for insurance and legal defense purposes. ### Standards and Codes of Practice While not law, Codes of Practice are admissible in court proceedings. The Code of Practice: Construction Work provides practical guidance on how to comply. Following this code is the best way to demonstrate you have met your duty of care. You should also reference Australian Standards in your SWMS. AS/NZS 1891.1 covers industrial fall-arrest systems. If you are working at heights, referencing this standard shows you are using compliant use gear. AS/NZS 2161 covers occupational protective gloves, which is relevant for chemical handling. ## Frequently Asked Questions (preview) Do I need a SWMS for every small bathroom job? Not necessarily. If the job is not High Risk Construction Work (no heights over 2m, no confined spaces, minimal chemicals), you might use a JSA or JHA. However, many commercial principal contractors will still request a SWMS. Can I use the same SWMS for different sites? You can use a template, but you must adapt it to each site. You must review the hazards specific to that location before work starts. A "fill in the blanks" approach is not compliant if the blanks aren't filled. Who is responsible for the SWMS? The PCBU, usually the employer or contractor, is responsible. However, if you are a self-employed tradesperson, you are the PCBU. You are responsible for your own safety documentation. How long does a SWMS last? A SWMS remains in force while the work is being carried out. If the work is stopped for a significant period or conditions change, you must review and amend the statement. What happens if I don't have one on site? If a Safe Work inspector visits and you are performing High Risk Construction Work without a SWMS, they can issue a prohibition notice stopping work immediately. They may also issue infringement notices with heavy fines. Download a compliant SWMS template to ensure you meet your legal obligations today.
Key Facts
- A SWMS must be prepared for all high-risk construction work, including work involving a risk of a fall over 2 metres.— WHS Regulation 2011
- The PCBU must ensure the SWMS is accessible to all workers relevant to the work.— WHS Regulation 2011
- Safety Data Sheets (SDS) must be readily available for all hazardous chemicals used in waterproofing.— WHS Regulation 2011
- Workers must wear appropriate PPE where hazards cannot be eliminated.— Code of Practice: Managing Risks of Hazardous Chemicals
- Asbestos registers must be consulted before any renovation or waterproofing work commences on older buildings.— WHS Regulation 2011
- The SWMS must be reviewed if a control measure is not effectively controlling the risk.— WHS Regulation 2011
Sources
Required Sections
Hazard Identification
Identifying all potential safety risks associated with the waterproofing tasks.
Hazard Identification High Risk Construction Work Status:
This activity involves High Risk Construction Work as defined by the WHS Regulations due to the risk of falls more than 2 meters on [LOCATION/BALCONY]. Identified Hazards and Risks: 1. Chemical Exposure and Inhalation * Hazard: Use of [PRODUCT_NAME] containing solvents and isocyanates during application. * Risk: Acute respiratory issues, skin irritation, and long-term health effects due to inadequate ventilation in [SPECIFIC AREA]. 2. Working at Heights * Hazard: Accessing [STRUCTURE] using ladders and scaffolding. * Risk: Fall resulting in serious injury or death. 3. Manual Handling * Hazard: Lifting and mixing heavy buckets of membrane and primer. * Risk: Musculoskeletal injury to the lower back and shoulders. 4. Slips, Trips, and Falls * Hazard: Wet surfaces and loose materials during the application process. * Risk: Workers slipping on uncured membrane, leading to fractures or sprains.
Risk Assessment
Evaluating the likelihood and consequences of identified hazards.
Hazard 1: Exposure to Waterproofing Chemicals and Solvents
- Risk: Acute toxicity, respiratory irritation, or skin burns from products such as [PRODUCT_NAME].
- Control Measures: Ensure adequate ventilation in confined spaces. Workers must wear PPE including [PPE_TYPE] and nitrile gloves. Refer to Safety Data Sheets (SDS) before starting work.
- Responsible Person: Site Supervisor Hazard 2: Falls from Height
- Risk: Serious injury or fatality resulting from a fall over 2 meters while applying membranes to [AREA_DESCRIPTION].
- Control Measures: Install edge protection and scaffolding compliant with AS/NZS 1576.1. Use full body safety usees with secure anchor points where fixed protection is not possible.
- Responsible Person: Leading Hand
Control Measures
Implementing the hierarchy of controls to eliminate or minimise risks.
Control Measures for Waterproofing Application: 1. Elimination/Substitution: Use water-based membrane products where possible to reduce volatile organic compound (VOC) exposure. Ensure adequate natural ventilation is present before work begins; if [SITE_NAME] lacks sufficient airflow, arrange for mechanical extraction fans. 2. Engineering: Use scaffolding or edge protection systems compliant with AS/NZS 1576.1 to prevent falls when working above 2 meters. Install bunding around drains to prevent chemical runoff. 3. Administrative: Conduct a daily pre-start toolbox talk to review specific site hazards. Display Safety Data Sheets (SDS) in the immediate work area. Restrict access to the wet area using hazard tape and signage. 4. PPE: Workers must wear chemical-resistant gloves (nitrile), safety goggles, and cotton coveralls. Where respiratory protection is required, fit-test half-face respirators with appropriate organic vapour cartridges (P2 rating). Monitor worker fatigue and ensure regular breaks in well-ventilated areas.
PPE Requirements
Specifying the personal protective equipment required for the job.
All workers engaged in the application of [Product Name] must wear the following PPE to mitigate chemical exposure risks: 1. Respiratory Protection: A half-face respirator fitted with A2 organic vapour cartridges and P2 particulate filters is mandatory during spray application and mixing. This must meet AS/NZS 1716 standards. 2. Skin Protection: Chemical resistant gloves (Nitrile) and long-sleeved coveralls are required to prevent skin contact with [Specific Chemical]. If using solvent-based products, wear impervious suits complying with AS/NZS 4501. 3. Eye Protection: Chemical splash goggles must be worn at all times when handling liquids. 4. Foot Protection: Safety boots with non-slip soles and steel toes are required on [Site Name]. Ensure all PPE is inspected for damage prior to use. Replace filters and disposable clothing at the end of each shift.
Emergency Procedures
Steps to take in case of an accident, spill, or fire.
In the event of an emergency involving [CHEMICAL TYPE] or site hazards, follow these procedures immediately. Medical Incidents If a worker is exposed to chemicals or injured, call 000. Provide the Safety Data Sheet (SDS) to emergency responders. Flush skin or eyes with water for at least 15 minutes and move the person to fresh air if exposed to fumes. Chemical Spills Contain small spills using [SPILL KIT TYPE] located at [LOCATION]. For large spills or uncontrolled leaks, evacuate the area and activate the fire alarm. Do not attempt cleanup without proper Personal Protective Equipment (PPE). Fire If a fire occurs, activate the nearest alarm and evacuate via the nearest exit to the assembly point at [ASSEMBLY POINT]. Use a [FIRE EXTINGUISHER TYPE] only if safe to do so. Notifiable incidents must be reported to the PCBU and SafeWork NSW/QLD/etc. as required by the WHS Regulations.
Training and Competency
Ensuring workers have the necessary skills and licenses.
All workers engaged in waterproofing activities must hold a valid General Construction Induction Training Card (White Card) and verify it prior to site access. Personnel handling hazardous chemicals must possess evidence of training in hazardous substances safety, complying with manufacturer Safety Data Sheets. Site Induction Induction Provider: [SUPERVISOR NAME] Induction Date: [DATE] The team has verified competency in the following areas:
- Safe use of [SPECIFIC WATERPROOFING PRODUCT]
- Correct fit and use of respiratory protective equipment
- Emergency procedures for chemical spills Evidence of competency is maintained by [COMPANY NAME] and available for inspection.
Review and Monitoring
How and when the SWMS will be reviewed to ensure it remains effective.
This SWMS remains valid for the duration of the project at [SITE ADDRESS] unless site conditions or hazards change. We will review controls before starting work if there is a change in weather, site layout, or chemical substance usage. [COMPANY NAME] will conduct weekly toolbox talks to discuss the effectiveness of these measures and record consultation notes. If a notifiable incident or near miss occurs, we will stop work and review this statement immediately. The Principal Contractor will monitor compliance with AS/NZS 4801 standards through regular site inspections.
Frequently Asked Questions
What is a SWMS - Waterproofing Applicator?
When is this SWMS legally required?
Who is responsible for preparing this SWMS?
What PPE is needed for waterproofing?
How do I handle chemical spills during waterproofing?
Does a SWMS expire?
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Last reviewed: July 30, 2026