Compliance News

Stay updated with the latest OSHA regulations, compliance requirements, and industry developments that impact workplace safety.

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Construction Safety
Ongoing Updates

1926 Construction Standard Updates

OSHA has periodically revised the 29 CFR 1926 standards to address evolving construction hazards. Notable updates include enhanced fall protection rules, ladder safety, and scaffold requirements to reduce fatalities in construction.

Construction remains one of the most hazardous industries, accounting for approximately 20% of workplace fatalities annually. The 1926 standards updates reflect OSHA's commitment to addressing the "Fatal Four" causes of construction deaths: falls, struck-by incidents, electrocutions, and caught-in/between hazards. Recent revisions emphasize performance-based requirements, giving employers flexibility in how they achieve compliance while maintaining rigorous safety outcomes. Common compliance pitfalls include inadequate fall protection systems, insufficient scaffold inspections, and lack of documented training records. To stay compliant, construction firms should conduct quarterly audits of their fall protection equipment, maintain detailed training logs, and ensure competent persons are designated for critical safety oversight roles. Small contractors especially benefit from using OSHA's free consultation services to identify gaps before citations occur.
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PPE & Equipment
2024

Personal Protective Equipment (PPE) Fit Rule (2024)

OSHA finalized a rule requiring PPE in construction to properly fit each employee, addressing gender and body-type disparities in equipment sizing.

The PPE Fit Rule represents a significant shift toward inclusive workplace safety, recognizing that one-size-fits-all equipment leaves many workers—particularly women and smaller-statured individuals—inadequately protected. This rule applies specifically to construction and requires employers to provide properly fitting harnesses, gloves, hard hats, and other equipment at no cost. The business case is compelling: properly fitted PPE increases compliance rates, reduces injury severity, and improves worker retention. Common implementation challenges include inventory management costs and fitting assessment protocols. Employers should conduct body measurement surveys during onboarding, maintain diverse PPE sizing options (including women-specific designs), and document fit assessments in employee safety files. Many manufacturers now offer expanded sizing ranges and gender-specific designs—investing in these options demonstrates commitment to worker safety and can reduce workers' compensation claims by up to 15%.
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Exposure Limits
2016

Silica Standard (2016)

OSHA reduced the permissible exposure limit (PEL) for respirable crystalline silica and mandated engineering controls, medical exams, and training to prevent silicosis and lung cancer.

Crystalline silica exposure remains a persistent threat in construction, manufacturing, and general industry, causing approximately 300 deaths annually from silicosis and contributing to lung cancer cases. The 2016 standard cut the PEL in half (from 100 µg/m³ to 50 µg/m³) and requires a hierarchy of controls: engineering controls first (water suppression, ventilation), then administrative controls, and respirators as a last resort. Critical compliance elements include written exposure control plans, annual air monitoring, and medical surveillance (chest X-rays and spirometry) for exposed workers. Many employers underestimate silica risks during seemingly low-exposure tasks like sweeping or dry cutting—these "brief" exposures can exceed the action level. Practical solutions include wet-cutting methods, on-tool dust collection systems (which can reduce exposure by 90%), and establishing designated eating areas away from silica work zones. Remember: silica-related diseases are irreversible but entirely preventable with proper controls.
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Environmental Hazards
2024–2025 (Proposed)

Heat Illness Prevention Rule (Proposed 2024–2025)

OSHA proposed a rule requiring employers to implement heat safety programs, including acclimatization, hydration, and rest breaks, especially for outdoor and high-heat indoor work.

Heat-related illnesses cause dozens of workplace fatalities annually and thousands of injuries, yet they remain highly preventable with proper planning. The proposed rule would mandate written heat illness prevention programs when temperatures exceed specific trigger points (typically 80°F heat index for high-exertion work). Key requirements include acclimatization protocols for new and returning workers (gradually increasing exposure over 7-14 days), readily accessible cool drinking water (1 quart per hour), shaded rest areas, and mandatory breaks during extreme heat. The most common mistake is assuming experienced workers don't need acclimatization—cardiac events spike when workers return after time off, even for seasoned laborers. Smart implementation includes using WBGT (Wet Bulb Globe Temperature) monitors rather than simple thermometers, training supervisors to recognize heat illness symptoms (confusion, excessive sweating cessation, and nausea), and establishing "buddy systems" for high-risk tasks. Consider adjusting work schedules to cooler hours and providing cooling vests for unavoidable high-heat exposures.
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Chemical Safety
2025

Hazard Communication Standard Update (2025)

OSHA updated HazCom to align with the latest GHS revision, improving chemical labeling, multilingual access, and training for diverse workforces.

The HazCom standard is OSHA's most frequently cited violation, often due to incomplete Safety Data Sheets (SDS), improper labeling, or inadequate employee training. The 2025 update harmonizes US requirements with GHS Revision 7, introducing new hazard categories and improved pictograms. Employers must ensure all chemical containers are properly labeled (product identifier, hazard pictograms, signal word, precautionary statements), maintain current SDS files (digital or physical) accessible to all shifts, and provide training in workers' preferred languages. A common pitfall is the "secondary container" problem—when chemicals are transferred to unlabeled spray bottles or buckets. Every container must be labeled, no exceptions. Implement a robust chemical inventory system, conduct annual HazCom audits, and use mobile SDS apps to give field workers instant access to critical safety information. For multilingual workforces, consider pictogram-based training materials and translate key SDSs for your top 10 hazardous chemicals. Remember: workers can't protect themselves from hazards they don't understand.
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Fire & Explosion
2018

Combustible Dust NEP (2018)

OSHA expanded its National Emphasis Program (NEP) targeting industries with combustible dust hazards, enforcing housekeeping, ventilation, and explosion prevention measures.

Combustible dust explosions are catastrophic events that kill or injure dozens of workers annually in food processing, woodworking, metalworking, and chemical manufacturing. Materials as seemingly benign as sugar, flour, aluminum powder, and wood dust can explode when suspended in air at sufficient concentrations—a single 1/32-inch layer of dust across 5% of a room can create explosive conditions. The NEP targets high-risk industries for inspections focusing on dust accumulation, inadequate housekeeping, unprotected ignition sources, and deficient hazard assessments. Critical controls include: proper ventilation system design (avoiding ductwork that can propagate explosions), regular cleaning schedules using HEPA vacuums (never compressed air for organic dusts), bonding and grounding of equipment, and explosion venting or suppression systems for high-risk processes. Conduct a dust hazard analysis (DHA) to identify all combustible materials in your facility—if you can write your name in accumulated dust, you have an explosion hazard. Implement daily visual inspections and weekly deep cleaning in dust-producing areas.
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Fall Protection
2016

Walking-Working Surfaces Final Rule (2016)

This rule updated fall protection standards for general industry, adding flexibility in fall protection systems and requiring training for workers exposed to fall hazards.

Falls remain the leading cause of workplace fatalities across all industries. The 2016 Walking-Working Surfaces rule modernized fall protection requirements, reducing the trigger height for general industry from 6 feet to 4 feet in many scenarios and allowing greater use of personal fall arrest systems as alternatives to guardrails. The rule also introduced performance requirements for ladder safety systems and clarified inspection and training obligations. A major compliance challenge is the "4-foot rule"—many employers still operate under the outdated 6-foot threshold. Additionally, the rule requires fall protection during the installation and removal of fall protection systems themselves (a "Catch-22" that demands careful planning). Implement a hierarchy: guardrails first (passive protection), then fall arrest systems (active protection requiring training and inspection), and safety nets as needed. Conduct annual inspections of all fall protection equipment, maintain detailed training records including retraining after near-misses, and designate competent persons to oversee fall hazard work. For fixed ladders over 24 feet, ensure ladder safety systems or cages are compliant—legacy systems may need upgrades by November 2036.
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Exposure Limits
2017 (Revised 2020)

Beryllium Standard (2017, Revised 2020)

OSHA set stricter exposure limits for beryllium in general industry, construction, and shipyards, with requirements for medical surveillance and exposure control.

Beryllium is a lightweight metal used in aerospace, electronics, telecommunications, and dental alloy manufacturing. Despite its valuable properties, beryllium dust and fumes cause chronic beryllium disease (CBD), an irreversible and potentially fatal lung condition affecting 1-15% of exposed workers. The standard reduced the PEL to 0.2 µg/m³ (10 times stricter than the previous limit) and established an action level of 0.1 µg/m³ triggering medical surveillance and enhanced controls. Beryllium hazards often hide in unexpected places—machining aerospace components, recycling electronics, or handling contaminated scrap metal. The rule requires written exposure control plans, regulated areas for work above the PEL, and hygiene facilities to prevent take-home contamination (beryllium on clothing can expose family members). Medical surveillance includes baseline and periodic beryllium lymphocyte proliferation tests (BeLPT) to detect sensitization before disease develops. If you work with beryllium alloys or ceramics, implement engineering controls (local exhaust ventilation, wet methods), provide change rooms, and prohibit compressed air cleaning. Early detection through medical surveillance can literally save lives—sensitized workers must be removed from exposure immediately.
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Workplace Accessibility
2025

Inclusivity and Accessibility in Safety Training (2025)

OSHA emphasized inclusive safety practices, mandating accessible training and workplace design for workers of all abilities and backgrounds.

Workplace safety has historically overlooked the needs of workers with disabilities, non-native speakers, and neurodiverse individuals. The 2025 inclusivity guidance requires employers to provide safety training in formats accessible to all workers: closed captioning and sign language interpreters for the hearing impaired, large-print materials and screen readers for the visually impaired, and translated materials for limited English proficiency workers. This isn't just compliance—it's good business. Accessible training improves comprehension across all workers, reducing incident rates by up to 25%. Common pitfalls include assuming "reasonable accommodation" is expensive (most accommodations cost under $500) or waiting for workers to request modifications (proactive accessibility prevents discrimination claims). Practical steps: offer safety training in multiple formats (video, written, hands-on demonstrations), use plain language and visual aids universally, ensure emergency evacuation plans accommodate mobility limitations, and conduct accessibility audits of workstations. Partner with vocational rehabilitation agencies to identify accommodation strategies—they often provide free consultations. Remember: an inclusive safety program protects everyone more effectively.
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Infectious Disease
2021

COVID-19 Emergency Temporary Standard (2021)

OSHA issued ETS for healthcare settings, requiring infection control plans, PPE, and ventilation. Though later withdrawn, it marked a major shift in infectious disease regulation.

Though the COVID-19 ETS was withdrawn in 2022, it established precedents that will shape future infectious disease regulations. The ETS required healthcare employers to develop written COVID-19 plans, implement patient screening protocols, ensure adequate ventilation (≥6 air changes per hour in patient rooms), provide N95 respirators for aerosol-generating procedures, and establish physical distancing where feasible. Key lessons learned: airborne transmission requires engineering controls (not just PPE), healthcare workers need fit-tested respirators as standard practice (not just for tuberculosis), and indoor air quality is a critical safety factor. Many employers now maintain pandemic preparedness plans as best practice, even without regulatory mandates. Essential elements include: stockpiling appropriate PPE (don't rely on just-in-time supply chains), upgrading HVAC systems with MERV-13+ filters and increased outdoor air intake, establishing remote work capabilities for administrative functions, and training workers on proper PPE donning/doffing sequences. The pandemic revealed that many facilities lacked basic infection control infrastructure—negative pressure rooms, adequate handwashing stations, and separate PPE donning areas. Use this experience to build resilient systems before the next infectious disease threat emerges.
More: Resources & Certifications

Essential Resources

Access key regulatory documents, calculation tools, and professional guidance for workplace safety and industrial hygiene.

OSHA Top 10 Cited Standards

Annual list of the most frequently cited OSHA violations to help prioritize compliance efforts.

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Psychrometric Chart Tool

Interactive 2D psychrometric chart for analyzing air properties, humidity, and thermal comfort conditions.

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OSHA 1910 General Industry Standards

Complete text of OSHA regulations for general industry workplaces, including safety and health requirements.

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Professional Certifying Bodies

Leading organizations providing credentials for industrial hygiene, safety, and hazardous materials professionals.

CIH

ABIH - American Board of Industrial Hygiene

Certifies Certified Industrial Hygienists (CIH) and Occupational Health and Safety Technologists (OHST).

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CSP

BCSP - Board of Certified Safety Professionals

Provides certifications including Certified Safety Professional (CSP) and Associate Safety Professional (ASP).

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CHMM

IHMM - Institute of Hazardous Materials Management

Certifies professionals in hazardous materials management (CHMM) and related environmental safety disciplines.

Learn More