28 February 2023 |
Regulatory impact statement
This Decision regulation impact statement (Decision RIS) provides an impact analysis of the regulatory and non-regulatory options to manage the risks of respirable crystalline silica at work.
Document
- Crystalline silica and silicosis
- Construction
- Engineered Stone
- Manufacturing
- Mining
- Hazardous chemicals
- Occupational diseases
- The work environment
Page last updated: 02 Mar 2023
23 June 2020 |
Information sheet
Information in Chinese (Simplified) about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
23 June 2020 |
Resources
Information in Greek about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
Information sheet
Information in Arabic about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
23 June 2020 |
Information sheet
Information in Chinese (Traditional) about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
23 June 2020 |
Information sheet
Information in Dari about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
23 June 2020 |
Information sheet
Information in Pashto about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
23 June 2020 |
Fact sheets
Information in Vietnamese about occupational lung diseases when working with engineered stone.
Document
- Occupational lung disease
Page last updated: 16 Nov 2022
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