Respirable Silica Compliance Audit Template

A Pennsylvania brick manufacturer recently faced $496,528 in proposed penalties after OSHA found workers exposed to silica dust above safe limits. The company knew about the exposure but didn't address it. They also skipped annual respirator fit tests, failed to establish regulated areas, and didn't provide required medical exams.

You can avoid this outcome. Use the following audit template to assess your silica compliance, identify gaps before regulators do, and protect your team from a hazard that's both preventable and costly to ignore.

Purpose of This Template

This audit template helps you verify compliance with OSHA's respirable crystalline silica standard (29 CFR 1910.1053 for general industry). Use it to:

• Spot exposure control gaps before an OSHA inspection
• Document your due diligence
• Establish a baseline for ongoing monitoring
• Train your safety team on key focus areas

The template covers the five areas where General Shale Brick Inc. failed: exposure assessment, engineering controls, respiratory protection, medical surveillance, and regulated area designation.

Prerequisites

Before starting, gather these materials:

• Your written exposure control plan (required if any employee's exposure meets or exceeds the action level)
• Air monitoring records from the past 12 months
• Respiratory protection program documentation
• Medical surveillance records (dates of exams, not medical details)
• Training completion records for silica-exposed workers
• Your list of job classifications where silica exposure occurs

If you lack any of these items, that's your first finding. Document the gap and set a deadline to create the missing program element.

The Audit Template

Copy this checklist and customize the job classifications and plant areas for your facility.

Section 1: Exposure Assessment

• We've identified all operations where employees could be exposed to respirable crystalline silica.
• We've conducted initial air monitoring for each job classification (unless we assume exposure is above the PEL and implement all controls).
• Air monitoring results are less than 12 months old.
• We've reassessed exposure after any process change that could affect silica levels.
• Monitoring results are documented and accessible to employees.

Notes/Findings:

Section 2: Engineering and Work Practice Controls

• We've implemented all feasible engineering controls (ventilation, enclosure, water suppression) to reduce exposure below the PEL.
• Engineering controls are inspected and maintained on a documented schedule.
• Where engineering controls don't reduce exposure below the PEL, we've documented why and implemented supplemental measures.
• We've established written procedures for tasks that generate silica dust.
• Compressed air is not used for cleaning unless no alternative exists and controls are in place.

Notes/Findings:

Section 3: Respiratory Protection

• We provide respirators at no cost when exposure exceeds the PEL or when requested by employees exposed above the action level.
• Each employee required to wear a respirator has received a medical evaluation before fit testing.
• We conduct fit testing annually for each employee who wears a tight-fitting respirator.
• We have documentation (signed records) of each fit test for the past three years.
• Employees are trained on proper respirator use, limitations, and maintenance.
• We provide the specific respirator models that passed fit testing for each employee.

Notes/Findings:

Section 4: Regulated Areas

• We've established regulated areas wherever employee exposure exceeds or can reasonably be expected to exceed the PEL.
• Regulated areas are demarcated and posted with warning signs.
• Access to regulated areas is limited to authorized personnel.
• Eating, drinking, smoking, and applying cosmetics are prohibited in regulated areas.
• We've communicated regulated area boundaries to all employees.

Notes/Findings:

Section 5: Medical Surveillance

• We offer medical exams at no cost to employees exposed at or above the action level for 30 or more days per year.
• Initial exams are provided within 30 days of meeting the exposure threshold.
• Periodic exams are offered every three years (or more frequently if recommended by the physician).
• We provide the examining physician with required information (exposure level, respirator use, work duties).
• We've received and maintained written medical opinions for each exam.
• Employees have been informed of exam results and any recommended limitations.

Notes/Findings:

Section 6: Training and Communication

• Employees receive silica hazard training before initial assignment and annually thereafter.
• Training covers health effects, exposure sources, protective measures, and the contents of the standard.
• Training is documented with dates, topics, and attendee signatures.
• We've made the written exposure control plan accessible to employees and their representatives.
• We've made air monitoring results available within five days of receiving them.

Notes/Findings:

How to Customize It

Adjust for your industry. Construction operations follow 29 CFR 1926.1153, which has different requirements including Table 1 specified exposure control methods. If you're in construction, add whether you're using Table 1 or conducting air monitoring.

Add site-specific job classifications. Replace generic references with your actual job titles: kiln operator, brick press operator, grinding technician, maintenance mechanic. Be specific about where silica exposure occurs in your process.

Scale the frequency. High-exposure operations should be audited quarterly. Lower-risk areas can be annual. Document your rationale for the schedule you choose.

Assign ownership. Add a column for "Responsible Party" and "Due Date" for each finding. A gap without an owner and a deadline is just a documented liability.

Link to your procedures. In the notes section, reference your specific SOPs, training modules, or maintenance schedules. This turns the audit from a checkbox exercise into a map of your actual control system.

Validation Steps

After you complete the audit:

1. Verify your documentation trail. Can you produce proof of the last fit test for every respirator user? If an OSHA inspector asks tomorrow, you should be able to hand over records within minutes.

2. Test your engineering controls. Don't just check that ventilation systems exist. Measure airflow. Confirm water suppression systems are operating. Knowing about a problem but not fixing it can lead to serious violations.

3. Interview workers. Ask three employees in silica-exposed jobs when they last had a fit test, whether they know where regulated areas are, and what they'd do if their respirator seal broke. Their answers will tell you whether your program exists on paper or in practice.

4. Calculate your exposure. If you find employees exposed above the PEL without adequate controls, you're facing the same violation that cost General Shale Brick Inc. the bulk of that $496,528 penalty. Document the finding, implement interim controls immediately, and set a deadline for permanent solutions.

5. Schedule the next audit. Compliance isn't a one-time event. Put the next audit date on the calendar before you file this one. Quarterly for high-risk areas, annually for others.

The companies that avoid six-figure penalties aren't the ones with perfect operations. They're the ones who find their own gaps first, document what they're doing about it, and can show regulators a pattern of systematic attention to hazards that matter. This template gives you the structure to be that company.