A logo featuring a three-dimensional, crisscrossing wireframe globe on the left. To the right, the words "INTERNATIONAL ALUMINIUM INSTITUTE" are displayed, with "INTERNATIONAL" in gray and "ALUMINIUM INSTITUTE" in turquoise.
CONTACT
A logo featuring a three-dimensional, crisscrossing wireframe globe on the left. To the right, the words "INTERNATIONAL ALUMINIUM INSTITUTE" are displayed, with "INTERNATIONAL" in gray and "ALUMINIUM INSTITUTE" in turquoise.

Occupational Health

IAI-OccupationalHealth
IAI-Safety

Guidelines for Developing Fatigue Risk Management (FRM) Systems

Published in

2020

These guidelines provide the aluminium industry with a systematic approach to managing workplace fatigue-related risks.

Recommendations in these guidelines include consideration of fatigue as a contributing factor in safety incident investigation and reporting; integration of FRM in health and safety risk management systems; deployment of awareness training and establishment of alerts processes.

Promoting best practice health and safety and the well being of the industry’s workforce is of utmost importance to the IAI.

Download attachments from this resource.

Final guidelines for developing fatigue risk management

Related Resources

ALL
IAI-Bauxite Residue

Bauxite Residue COâ‚‚ Mineral Sequestration Assessment

An evidence-based industry position paper assessing the chemistry, performance and economics of carbon dioxide mineral sequestration in unmodified bauxite residue – showing its limited storage potential from both a chemistry and economic standpoint

...

Published in

IAI-Energy
IAI-Recycling

Aluminating the Path

Driving Aluminium Circularity in the Solar Photovoltaic Sector The project, funded by the International Aluminium Institute (IAI) and other partners, and undertaken by Rennie Advisory, explored end-of-life management options for photovoltaic (PV) systems, with a particular focus on aluminium circularity. The report sets out practical recommendations to maximise: Aluminium is ...

Published in

Can-to-Can Recycling: Mettallurgy, Processing and Circularity

Aluminium beverage cans are a true symbol of circularity, endlessly recyclable without losing quality. Our latest fact sheet explores how alloy design, process control and advanced recycling turn used cans back into new ones again and again. By combining precise metallurgy with efficient scrap sorting and delacquering, metal recovery improves ...

Published in