Quick fixes to improve workers' health: Results using engineering assessment technology.

Area of Science:

• Occupational Health and Safety
• Mining Engineering
• Industrial Hygiene

Background:

• Personal dust sampling and control technology evaluations offer limited insights into integrating technology for worker support in mitigating mine dust.
• Existing methods often fail to empower workers with resources to address on-site dust sources effectively.

Purpose of the Study:

• To design and implement a cooperative behavioral/engineering intervention using Helmet-CAM technology.
• To enhance mine site discussions on respirable silica dust exposure risks and occurrences.
• To provide solutions and impetus for mitigating significant dust sources.

Main Methods:

• Utilized previously developed Helmet-CAM technology for a behavioral/engineering intervention.
• Engaged 48 workers across five mine sites in longitudinal studies from April 2015 to September 2016.
• Focused on identifying elevated dust sources and implementing simple mitigation strategies.

Main Results:

• The Helmet-CAM intervention revealed key trends in respirable silica dust exposure sources.
• Identified several specific dust sources that were elevated but amenable to reduction.
• Demonstrated the effectiveness of simple engineering fixes, low-cost resources, and supportive management communication.

Conclusions:

• The Helmet-CAM technology facilitates cooperative interventions to address occupational dust exposures in mines.
• Basic engineering controls, accessible resources, and management support are effective in reducing worker exposure to respirable silica dust.
• Integrating technology with behavioral and engineering approaches enhances worker engagement in dust mitigation practices.