Meeting details
Date: March 28, 2026
Topic: Silica Exposure Controls: OSHA Citations at Georgia Stone Manufacturers
Goal: This toolbox talk on silica exposure controls will review the recent OSHA citations for respirable crystalline silica overexposure at two Cartersville, Georgia stone product manufacturers and prevent similar accidents in 2026.
The incident: what happened?
In a follow-up inspection announced on March 26, 2026, by the U.S. Department of Labor’s OSHA Atlanta Region, two stone product manufacturers in Cartersville, Georgia—Stone Atlanta Countertops Inc. and GT Stone Granite LLC—were cited for failing to implement effective silica exposure controls. Workers at both facilities were overexposed to respirable crystalline silica, a microscopic dust linked to lung cancer and respiratory diseases, as well as excessive noise levels. Stone Atlanta Countertops Inc., the facility owner, received citations for 2 repeat, 7 serious, and 3 other-than-serious violations, including the absence of a written respiratory protection program, silica exposure control plan, and hazard communication program, resulting in proposed penalties of $42,699. GT Stone Granite LLC faced even steeper citations with 8 repeat, 4 serious, and 2 other-than-serious violations, similarly lacking written exposure-control and hazard communication programs, with proposed penalties totaling $73,607.
These violations stemmed from prior unresolved silica exposure issues, highlighting a pattern of non-compliance during OSHA’s follow-up inspection. Employers have 15 business days to comply, request a conference, or contest the citations. The incident underscores the severe risks in stone fabrication environments where cutting, grinding, and polishing generate hazardous silica dust without proper silica exposure controls, putting workers’ long-term health at grave risk from silicosis, lung cancer, and other irreversible conditions.
Core safety lesson
The technical failures at these Georgia facilities boiled down to absent or inadequate written programs and controls for silica, noise, and chemical hazards. Without a comprehensive silica exposure control plan, engineering controls like ventilation and wet methods were not prioritized, leading to overexposure confirmed by air monitoring deficiencies.
The Hazard: Respirable crystalline silica exposure, noise overexposure, and lack of hazard communication. Silica dust, invisible to the naked eye, penetrates deep into the lungs, causing silicosis, COPD, and lung cancer; noise levels exceeded safe thresholds, risking permanent hearing loss; and without hazard communication, workers handled materials without knowing risks via safety data sheets (SDSs) or labels.
The Control: Implement silica exposure controls per OSHA’s standard, including a written exposure control plan with engineering controls (ventilation, wet methods), regular air monitoring, medical surveillance, and respiratory protection programs. For noise, conduct assessments, provide hearing protection, and use engineering controls like sound barriers. Develop a hazard communication program with SDSs, labeling, and training. These silica exposure controls are non-negotiable because they are proven to reduce airborne silica below permissible exposure limits (PELs), preventing diseases that manifest years later with no cure. Compliance not only saves lives but avoids massive fines—as seen with over $116,000 in proposed penalties here—and legal liabilities. Supervisors must enforce these daily, as partial measures fail against cumulative exposure.
Supervisor’s discussion guide
Engage your crew with these questions to drive home the lessons:
Q1: “Looking at our own equipment today, where is the biggest risk of silica exposure?”
Q2: “What silica exposure controls, like wet methods or ventilation, have we implemented on recent jobs, and how effective do they seem?”
Q3: “How would the lack of a hazard communication program affect our handling of stone materials?”
Q4: “What steps can we take right now to ensure noise levels don’t exceed safe limits during cutting operations?”
Action plan & inspection
- Verify the existence and currency of the written silica exposure control plan, respiratory protection program, and hazard communication program—update if missing or outdated.
- Conduct immediate air monitoring for respirable crystalline silica at high-risk tasks like cutting and grinding to confirm levels below PELs.
- Inspect all ventilation systems, wet suppression tools, and dust collection equipment for proper function and use during silica-generating operations.
- Review noise assessment records and ensure hearing protection is available, fitted, and mandated in designated areas.
- Check that all chemical containers and stone products have proper SDSs, labels, and that training records for silica exposure controls are complete for all crew members.
Key takeaways
Recent OSHA citations at Stone Atlanta Countertops Inc. and GT Stone Granite LLC serve as a stark warning: failing to prioritize silica exposure controls leads to overexposure, hefty fines exceeding $116,000 combined, and irreversible worker health damage. Key to prevention is a robust written silica exposure control plan integrating engineering controls, monitoring, and training—non-compliance is not an option in stone fabrication or any dusty trade.
Act now by inspecting programs, equipment, and practices as outlined. Embed silica exposure controls into daily routines, foster a culture of accountability, and schedule regular audits. Your vigilance today protects lungs tomorrow and keeps our sites citation-free in 2026 and beyond.
Source & Disclaimer: This toolbox talk is for educational purposes based on public report. Read Original Report
