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Abrasive blasting for coating preparation involves high-pressure abrasive materials that create significant dust and respiratory hazards. This SWMS covers dust control measures, respiratory protection, and safe blasting procedures. The document addresses Australian WHS requirements for abrasive blasting operations and hazardous dust exposure.
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Abrasive blasting generates hazardous silica dust and projectiles that require comprehensive controls. This SWMS covers dust suppression, containment, and respiratory protection for safe surface preparation operations.
Fully editable, audit-ready, and aligned to Australian WHS standards.
Abrasive blasting creates severe respiratory hazards from silica dust, potentially causing silicosis and lung cancer. Without proper controls, workers face permanent health damage from dust inhalation and projectile injuries.
Reinforce licensing, insurance, and regulator expectations for Abrasive Blasting Coating Safe Work Method Statement crews before they mobilise.
Surface the critical risks tied to this work scope and communicate them to every worker.
Fine silica particles inhaled during blasting causing silicosis and lung diseases.
Abrasive materials rebounding at high speeds striking workers.
High-decibel noise from blasting equipment causing permanent hearing damage.
Blast hose ruptures or equipment malfunctions causing injuries.
Slippery surfaces from blast media accumulation.
Deploy layered controls aligned to the hierarchy of hazard management.
Use non-blasting methods to eliminate silica dust hazards.
Implementation
Water jetting, chemical stripping, dustless blasting systems.
Implement comprehensive dust control and ventilation.
Implementation
Wet blasting, HEPA filtration, local exhaust ventilation.
Contain blast operations to prevent dust and media spread.
Implementation
Blast rooms, curtains, negative pressure systems.
Establish safe blasting protocols and monitoring.
Implementation
Site plans, air monitoring, exclusion zones, training.
Provide comprehensive protective equipment.
Implementation
Supplied-air respirators, face shields, hearing protection, protective clothing.
Requirement: Type CE continuous-flow respirator with full facepiece
When:
Requirement: Impact-resistant shield with abrasion-resistant lens
When:
Requirement: Ear muffs rated for 105+ dB
When:
Give supervisors and crews a clear, auditable sequence for the task.
Set up barriers and ventilation for blast area.
Safety considerations
Never blast without containment
Assemble and test blasting equipment.
Safety considerations
Never use untested equipment
Equip personnel and conduct briefing.
Safety considerations
PPE properly fitted and tested
Execute blasting with monitoring.
Safety considerations
Stop if containment breached
Perform safe cleanup procedures.
Safety considerations
Never dry sweep blasted areas
0.05 mg/m³ as 8-hour TWA. Requires additional controls above this.
Whenever silica exposure may exceed PEL. Supplied-air respirators typical.
Use blast rooms, curtains, mats. Negative pressure and HEPA filtration.
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Abrasive blasting generates high levels of respirable dust containing crystalline silica and other hazardous materials. Without proper controls, workers face severe respiratory diseases, eye injuries, and hearing damage. Construction sites require surface preparation before coating application, but the blasting process creates significant health and safety risks. This SWMS ensures comprehensive dust control, proper ventilation, and respiratory protection to prevent silica-related diseases and other blasting injuries.
Abrasive blasting involves several critical hazards requiring specialized control measures.
Control measures follow the hierarchy of controls, prioritizing elimination and engineering solutions before administrative and PPE measures.
Personal protective equipment is critical for abrasive blasting operations and must meet specific standards.
Regular inspections and checks are essential for maintaining abrasive blasting safety.
Follow these systematic procedures for safe abrasive blasting operations.
Common questions about abrasive blasting safety.
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