28 June 2022 |
Reports
This report investigates whether a short term exposure limit (STEL) should be implemented to complement the workplace exposure standard (WES) of 0.05 mg/m3 for respirable crystalline silica. A STEL is a maximum airborne concentration that a worker can be…
Document
- Crystalline silica and silicosis
- Workplace exposure standards for chemicals
- All industries
- Construction
- Engineered Stone
- Manufacturing
Page last updated: 28 Jun 2022
28 June 2022 |
Reports
This report investigates the challenges of measuring airborne concentrations of respirable crystalline silica in Australian workplaces at and below 0.02 mg/m3.
The report found that at low airborne concentrations of respirable crystalline silica the…
Document
- Crystalline silica and silicosis
- Workplace exposure standards for chemicals
- All industries
- Construction
- Engineered Stone
- Manufacturing
Page last updated: 28 Jun 2022
18 February 2022 |
Guidance materials
This guide explains what you must do to keep your workers safe from the risks of respirable crystalline silica (silica dust).
Document
- Crystalline silica and silicosis
- Health, illness and disease
Page last updated: 24 Jun 2022
26 October 2021 |
Model Codes of Practice
This model Code of Practice provides practical information on how to manage health and safety risks associated with respirable crystalline silica from engineered stone in your workplace.
Use this model Code of Practice if you are a duty holder and you:
Document
- Crystalline silica and silicosis
- Construction
- Engineered Stone
- Manufacturing
Page last updated: 10 Mar 2022
22 December 2011 |
Legislation
A list of workplace exposure standards for airborne contaminants and how to meet your duties under the Work Health and Safety Act and Regulations.
Document
- Asbestos
- Carcinogens
- Confined spaces
- Crystalline silica and silicosis
- Hazardous chemicals
- Lead
- Workplace exposure standards for chemicals
- Managing health and safety
- The work environment
Page last updated: 27 Jan 2022
01 July 2019 |
Model Codes of Practice
This model Code of Practice provides guidance on providing first aid in the workplace.
It includes information on:
first aid kits
procedures
facilities
training for first aiders.
In this model Code, the word:
• ‘should’…
Document
- First aid
- Model WHS Laws
- Working in heat
- Health, illness and disease
- Managing health and safety
- Model Work Health and Safety Laws
- The work environment
Page last updated: 06 Dec 2021
01 May 2018 |
Model Codes of Practice
This model Code of Practice has been developed to provide practical guidance for persons who have duties to manage risks to health and safety under the WHS Act and Regulations applying in a jurisdiction. The duty is placed on persons conducting a business…
Document
- Bullying
- Confined spaces
- Fatigue
- First aid
- Identify, assess and control hazards
- Lifting, pushing and pulling
- Model WHS Laws
- Noise
- Personal protective equipment
- Risk management
- Working in heat
- Managing health and safety
- Model Work Health and Safety Laws
- The work environment
Page last updated: 06 Dec 2021
30 June 2020 |
Guidance materials
This Italian translated guide helps a person conducting a business or undertaking (PCBU) protect its workers from the risks of working with silica and silica containing products.
Document
- Crystalline silica and silicosis
- Managing health and safety
Page last updated: 22 Nov 2021
30 June 2020 |
Fact sheets
This Simplified Chinese translated guide helps a person conducting a business or undertaking (PCBU) protect its workers from the risks of working with silica and silica containing products.
Document
- Crystalline silica and silicosis
- Managing health and safety
Page last updated: 22 Nov 2021
18 February 2020 |
Guidance materials
The guide provides registered medical practitioners with practical guidance on requirements under the model work health and safety laws for health monitoring of workers exposed to crystalline silica.
Document
- Crystalline silica and silicosis
- Health monitoring
- Managing health and safety
Page last updated: 17 Nov 2021