Model WHS Laws

We created the model WHS laws in 2011.

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WHS laws in your jurisdiction

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Data and Research

We collect, analyse and publish data and information on work health and safety and workers' compensation.

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Key work health and safety statistics

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Resources and Publications

We publish a wide range of resources covering many work health and safety topics.

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Read our Codes of Practice

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This chemical storage guide will help small to medium businesses to safely store chemicals in their workplace.
/doc/managing-risks-storing-chemicals-workplace
Consultation regulation impact statement for the workplace exposure standards.
/doc/consultation-regulation-impact-statement-workplace-exposure-standards

This document details primary and secondary sources of health-based data used to inform recommendations for workplace exposure standards (WES) for hazardous chemicals and sources for recommendations for notations.

Supporting information

/doc/wes-review-selection-sources-exposure-standards-notations-and-supporting-data

The model Work Health and Safety (Blood Lead Removal Levels) amended Regulations 2018 – model provisions amends:  

  • R394 Meaning of lead risk work 

  • R407 Frequency of biological monitoring 

/doc/model-work-health-and-safety-blood-lead-removal-levels-amendment-regulations-2018-model-provisions

In 2016, amendments were made to the model Work Health and Safety (WHS) Regulations to exempt certain agricultural and veterinary (AgVet) chemical products from WHS hazardous chemical labelling requirements. 

/doc/model-work-health-and-safety-regulations-veterinary-exemptions-explanatory-statement

Use this information sheet if you, or the workers you manage, unpack shipping containers.

These information sheets have information on:

/resources-and-publications/guidance-materials/managing-risks-when-unpacking-shipping-containers-information-sheets-0

Use this information sheet if you, or the workers you manage, unpack shipping containers that have been fumigated with methyl bromide. 

Methyl bromide is used as a fumigant to stop pests, like insects, from being imported into Australia. 

/doc/managing-risks-methyl-bromide-exposure-when-unpacking-shipping-containers-information-sheet

Use this information sheet if you manufacture or import agricultural and veterinary (AgVet) chemicals.  

It includes changes to work health and safety (WHS) labelling requirements for AgVet chemicals. 

/doc/manufacturers-importers-agvet-chemicals-information-sheet

Use this information sheet if your business uses, handles or stores agricultural and veterinary (AgVet) chemicals.  

/doc/businesses-using-handling-or-storing-agvet-chemicals-information-sheet

A random, population-based sample of 5,528 Australian workers participated in the Australian Work Exposure Study (AWES). Workers answered questions about the tasks they completed and the controls used at work.

/resources-and-publications/reports/australian-work-exposure-study-awes-carcinogen-exposures-construction-industry

Use this information sheet if you, or the workers you manage, unpack shipping containers. 

/doc/managing-risks-hazardous-chemical-exposure-when-unpacking-shipping-containers-information-sheet

Use this information sheet to manage the health and safety risks of solvents at your workplace.  

/doc/managing-risks-exposure-solvents-workplace-information-sheet

Use this guide to manage the risks of isocyanates at your workplace. 

Isocyanates are hazardous chemicals used in manufacturing materials, like: 

/doc/guide-handling-isocyanates

The issue

Polycyclic aromatic hydrocarbons (PAHs) are a group of chemical compounds formed during the incomplete combustion of organic material.

/resources-and-publications/reports/research-brief-australian-work-exposures-study-awes-polycyclic-aromatic-hydrocarbons-pahs

The Australian Work Exposures Study (AWES) was a national survey conducted by the Western Australian Institute of Medical Research (WAIMR) in 2011–12 that investigated work-related exposures among Australian workers to 38 known or suspected carcinogens.

/resources-and-publications/reports/australian-work-exposures-study-awes-polycyclic-aromatic-hydrocarbons-pahs

The Australian Work Exposures Study (AWES) was a national survey conducted by the Western Australian Institute of Medical Research (WAIMR) in 2011–12 that investigated work-related exposures among Australian workers to 38 known or suspected carcinogens.

/resources-and-publications/reports/australian-work-exposures-study-awes-formaldehyde

The Australian Work Exposures Study (AWES) was a national survey conducted by the Western Australian Institute of Medical Research (WAIMR) in 2011–12 that investigated work-related exposures among Australian workers to 38 known or suspected carcinogens.

/resources-and-publications/reports/australian-work-exposures-study-awes-lead-and-lead-compounds

Use this guide if you work with refractory ceramic fibres (RCF) or high biopersistence fibres and need to manage the health and safety risks to workers. 

/doc/guide-handling-refractory-ceramic-fibres

Use this guide if you manage cyanide in the workplace. 

Exposure to cyanide can cause cyanide poisoning to workers who store, handle and use cyanide. 

/doc/guide-preventing-and-responding-cyanide-poisoning-workplace
A list of workplace exposure standards for airborne contaminants and how to meet your duties under the Work Health and Safety Act and Regulations.
/doc/workplace-exposure-standards-airborne-contaminants-2024

Use this guide if you manage foundry work in the workplace. 

Foundry work involves casting molten metal into a mould. It presents a range of work health and safety risks that need to be managed. 

/doc/guide-managing-risks-associated-foundry-work

Several European studies have reported high levels of residual chemical levels in sealed shipping containers. The Australian Customs and Border Protection Service found similar results when testing containers in Australia.

/doc/hazard-surveillance-residual-chemicals-shipping-containers
This model Code of Practice provides practical guidance for persons conducting a business or undertaking on how to manage health and safety risks associated with welding.
/doc/model-code-practice-welding-processes

This model Code of Practice has been developed to provide practical guidance on how to manage health and safety risks associated with hazardous chemicals for persons conducting a business or undertaking who use chemicals in their workplace.

/doc/model-code-practice-managing-risks-hazardous-chemicals-workplace

This fact sheet is about making a 

/doc/hazardous-chemicals-register-fact-sheet
This guidance note assists duty holders comply with the requirements for placards and manifests under the Work Health and Safety (WHS) Regulations.
/resources-and-publications/guidance-materials/placard-and-manifest-requirements-under-work-health-and-safety-regulations

This model Code of Practice guides you on how to correctly label hazardous chemicals used in the workplace.

Use this Code of Practice if you make, import, supply or use hazardous chemicals.

/doc/model-code-practice-labelling-workplace-hazardous-chemicals

This model Code of Practice guides you on how to develop a safety data sheet for a hazar

/doc/model-code-practice-preparation-safety-data-sheets-hazardous-chemicals

This model Code of Practice sets out the legal duties for licensed and unlicensed asbestos removal. 

This Code is for people involved in asbestos removal at work, including at residential premises. It applies if you: 

/doc/model-code-practice-how-safely-remove-asbestos

This fact sheet will help you understand: 

/resources-and-publications/guidance-materials/understanding-safety-data-sheets-hazardous-chemicals

Use this guide if your workplace carries out electroplating.  

It can also be used by workplaces undertaking: 

/doc/guide-controlling-risks-associated-electroplating

This report investigates the exposure of office workers to nanoparticle emissions during the use of laser printers and provides guidance on minimising exposure to nanoparticle emissions in office environments.  
 

/resources-and-publications/reports/nanoparticles-printer-emissions-workplace-environments