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10 July 2024

Silicosis prevention in the Stone Industry

Breton continues with its White Paper document series to delve into the importance of implementing the proper safety measures and state-of-the-art manufacturing solutions for ensuring workers' safety in the stone industry.

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An ounce of prevention is worth a pound of cure

Crystalline silica is a compound widely found in the Earth’s crust and is contained in many materials commonly used in the construction industry.

While amorphous silica is generally regarded as a mere irritant, the hazard posed by crystalline silica is well recognized, particularly for its association with respiratory diseases such as silicosis.

This document delves into the significance of implementing appropriate protective measures in the stone industry, in addition to utilizing machinery and materials that are both highly safe and efficient, in order to reduce potential health risks for operators.

Through this in-depth analysis, Breton makes available its 60 years of know-how to understand how its solutions can help overcome silicosis issues in the stone industry.

The contents of this white paper have been created by Breton Institute of Technology (BIT) scientists led by Marketing & Strategy Director Arianna Toncelli.

  • /01

    Crystalline silica in nature

    The first document section introduces types of silica, specific presence by material, and potential health impacts.

  • /02

    Prevention matters

    How adopting all recommended safety measures can make the difference in the stone processing industry

  • /03

    Regulations in the United States, European Union, and United Kingdom

    Understanding the world’s leading countries' policies regarding crystalline silica exposure risks and related diseases.

  • /04

    Regulations in Australia

    Explaining why bans are not an effective solution, damaging sustainable progress and economic growth.

  • /05

    Breton solutions for a safer stone industry

    How to overcome silicosis concerns through Breton machinery, technologies, and industrial materials.

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