OSHA Silica Safety Training for Construction
29 CFR 1926.1153
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Get Your Construction Respirable Crystalline Silica Certification Online
OSHA 29 CFR 1926.1153 Respirable Crystalline Silica Training for Construction – Including Table 1 Controls, Exposure Limits, Respiratory Protection, Medical Surveillance & the Competent Person
Product Details
Description
This OSHA respirable crystalline silica certification course provides comprehensive construction-industry training on silica hazard recognition, exposure limits, engineering and work-practice controls, respiratory protection, and medical surveillance for workers exposed to silica dust on the jobsite. Built around 29 CFR 1926.1153 with coverage of the Table 1 specified exposure control methods, this online silica training teaches construction workers to identify silica-generating tasks, apply the correct controls, use respirators properly, and respond when a control fails.
OSHA estimates that respirable crystalline silica exposure affects roughly two million construction workers in the United States, and the agency attributes hundreds of preventable deaths and illnesses to silica each year. The cost of getting it wrong is steep: in a single 2023 Houston demolition case, OSHA proposed $315,643 in penalties tied in part to silica and respirator failures. But the real cost isn’t measured in dollars — it’s measured in lungs scarred by an incurable, progressive disease that often appears only years after the exposure that caused it. This course provides the foundational knowledge required to keep silica dust out of your lungs and the lungs of the workers beside you.
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Course Includes
- Interactive Training Modules
- Real-World Case Studies
- Mindful Minute
- Final Assessment
- Ergonomics Break
- Instant Certificate Upon Completion
- Lifetime Access to Resources
- Mobile-Friendly Learning Platform
Course Content
- Understanding Respirable Crystalline Silica and Its Health Hazards
- Exposure Limits, Assessment, and Air Monitoring
- Table 1: Specified Exposure Control Methods
- Alternative Control Methods and the Hierarchy of Controls
- Respiratory Protection
- Medical Surveillance
- Jobsite Safety in Practice
- Hazard Communication, Training, and Recordkeeping
- Written Exposure Control Plan, Competent Person, and Housekeeping
Who This Course is For
- Masons, bricklayers, and concrete workers
- Demolition crews and laborers
- Tuckpointers and grinder operators
- Drillers and drilling-rig operators
- Tile, stone, and terrazzo installers
- Road, highway, and milling-machine workers
- Jackhammer and chipping-tool operators
- Heavy-equipment operators on demolition and earthwork
- Abrasive blasters
- Foremen, supervisors, and designated competent persons
Work Settings
- Building construction and renovation
- Demolition and abatement
- Highway, bridge, and roadwork
- Concrete and masonry construction
- Tunneling and underground construction
- Site preparation, excavation, and grading
- Any construction site where silica-containing materials are cut, drilled, ground, or demolished
Additional Product Details
Why Choose This Construction Silica Certification?
29 CFR 1926.1153 Compliance
Addresses the construction silica standard end to end — scope and definitions, exposure limits, Table 1 controls, alternative methods, respiratory protection, the written exposure control plan, housekeeping, medical surveillance, hazard communication, and recordkeeping.
Construction-Specific, Not General Industry
Written for construction work under 1926.1153, not the general industry standard (1910.1053). Citations, the 30-days-per-year medical surveillance trigger, and access control instead of regulated areas are all construction-correct.
Table 1 Mastery for Daily Use
- All 18 specified tasks and their required controls
- Duration columns, indoor/outdoor rules, and combined-task time
- Enclosed cab, wet-method, and exhaust requirements
- English and Spanish Table 1 quick-reference resources
Immediate Certificate Access
Upon completion, receive your printable Construction Silica Training Certificate instantly — for documenting the training component of an OSHA-required silica program under 1926.1153(i).
Flexible Online Learning
- Complete training at your own pace
- Access from any device (computer, tablet, mobile)
- No scheduling conflicts or travel required
- Affordable alternative to in-person classroom training
When Construction Silica Safety Training Is Required:
- Before performing any task that may expose a worker to respirable crystalline silica
- Before being designated as the competent person for a silica program
- When job assignments change to include silica-generating tasks
- When new materials, equipment, or processes change exposures
- When a control change or reassessment may create new exposures at or above the action level
- After incidents or near-misses involving uncontrolled silica dust
- As refresher training per employer policy
Frequently Asked Questions
How long does construction silica safety training take?
This online silica certification takes approximately 2–3 hours to complete, including the final exam. You can work at your own pace and pause or resume as needed.
Is this OSHA-approved construction silica training?
This course meets the general training requirements under OSHA 29 CFR 1926.1153(i)(2). To achieve full compliance, employers must supplement it with site-specific training on the actual tasks, materials, and controls on the jobsite, the employer’s written exposure control plan, the identity of the competent person, and — where respirators are used — fit testing and a respiratory protection program.
What is the difference between the PEL and the action level for silica?
The permissible exposure limit (PEL) is 50 µg/m³ as an 8-hour TWA — no worker may be exposed above it. The action level is 25 µg/m³ as an 8-hour TWA, exactly half the PEL. Reaching the action level triggers protective program elements such as exposure assessment and medical-surveillance eligibility, so obligations begin well before exposure reaches the legal maximum.
What is Table 1 in the construction silica standard?
Table 1 is a list of 18 common construction tasks paired with specified engineering controls, work practices, and required respiratory protection. If an employer fully and properly implements a task’s Table 1 controls, the employer does not have to assess that worker’s exposure or compare it to the PEL for that task. The catch is “fully and properly” — a water system that is off or dry, or a dust collector that is clogged, drops the task out of Table 1 protection.
Why does tuckpointing have the strictest respirator requirement?
Handheld grinders used for mortar removal (tuckpointing) generate among the highest respirable silica concentrations in construction — often far above recommended limits when uncontrolled. Table 1 requires an APF 10 respirator for four hours or less and an APF 25 respirator for more than four hours, the highest requirement in the table.
Who qualifies for silica medical surveillance in construction?
Medical surveillance must be made available at no cost to any worker who will be required to use a respirator for 30 or more days per year under the standard. The initial exam is offered within 30 days of assignment and includes a work and medical history, a chest X-ray classified by a NIOSH-certified B Reader, spirometry, and a latent TB test. Note this 30-day trigger is specific to construction and differs from general industry.
$41.95
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