Knowledge Center — HSE Guides & Resources

Published articles (43)

• How to Read a Safety Data Sheet (and Decode GHS Labels) — Every hazardous chemical comes with a Safety Data Sheet and a GHS label. Here's how to read the 16 SDS sections, decode the pictograms and s
• The True Cost of a Workplace Injury: Why Prevention Pays — The medical bill is the smallest part of an injury's cost. Here's how direct and indirect costs stack up, why OSHA applies a multiplier, and
• TRIR, DART & LTIFR Explained: Formulas, Examples, and How to Benchmark — Your safety metrics drive your insurance rate, your bids, and your leadership conversations. Here's exactly how to calculate TRIR, DART, and
• OSHA Recordkeeping: How to Decide if an Injury Is Recordable — Recordability trips up even experienced safety managers. Here's the OSHA 1904 decision logic in plain English — work-relatedness, the genera
• Near-Miss Reporting: How to Build a Culture Where Employees Speak Up — A near-miss is a free lesson in preventing the next serious injury. Learn why near-miss reporting matters, the barriers that silence it, and
• Behavior-Based Safety (BBS): How to Move From Compliance to Culture — Compliance keeps you legal; culture keeps people safe. Learn what behavior-based safety is, the observation and ABC model, how to involve em
• Safety 4.0: How Wearables and AI Are Changing EHS Compliance — AI, computer vision, connected sensors, and wearables are reshaping industrial safety. Here's what Safety 4.0 means, where predictive safety
• Combustible Dust Safety: OSHA Requirements & Housekeeping Best Practices — OSHA's combustible dust National Emphasis Program is highly active for food, wood, and metal manufacturers. Learn the explosion science, the
• NFPA 70E & Arc Flash Safety: What Every Plant Manager Needs to Know — Electrical work is a distinct, high-fine OSHA focus beyond lockout/tagout. Here's a plain-English guide to NFPA 70E, arc flash, approach bou
• Forklift Safety: OSHA Requirements & the Daily Inspection — Powered industrial trucks are a perennial OSHA top-10 violation. Learn the operator training and certification rules, the required daily ins
• Office & Industrial Ergonomics: Preventing the Most Common MSDs — Musculoskeletal disorders are among the most common workplace injuries — and the most preventable. Learn the risk factors and the office and
• Defensive & Distracted Driving: A Fleet Safety Policy Starter — Vehicle crashes are a leading cause of work-related death. Here's how to build a fleet safety policy that addresses defensive driving, distr
• Lead Exposure at Indoor Ranges: An Employer's Hygiene Guide — Indoor ranges expose staff and shooters to airborne lead. Learn the sources, routes, health effects, ventilation, and the hygiene practices
• Predictive Maintenance: Moving From Reactive to Reliable — Run-to-failure is expensive. Learn the maintenance strategy ladder, the P-F curve, the condition-monitoring techniques behind predictive mai
• Building a Range Safety Program: A Commercial Range Owner's Guide — A documented range safety program protects your customers, your staff, and your business. Here's how to build one — rules, RSOs, new-shooter
• Preventive vs. Predictive Maintenance: What's the Difference? — The difference between reactive, preventive, and predictive maintenance -- how each works, the trade-offs, and how to choose the right strat
• SMED: Quick Changeover & Setup Reduction Explained — What SMED is, the difference between internal and external setup, and the three steps to slashing changeover time so you can run smaller bat
• Emergency Action Plans & Fire Safety: OSHA 1910.38 Explained — What an OSHA emergency action plan must include, when a written plan is required, and how it works with fire prevention and evacuation train
• Toolbox Talks: How to Run Effective 5-Minute Safety Meetings — What a toolbox talk is, a simple format that keeps it short and useful, dozens of topic ideas, and how to document them for compliance.
• The 8 Wastes of Lean (DOWNTIME) Explained — The eight wastes that drain manufacturing productivity -- Defects, Overproduction, Waiting, Non-used talent, Transport, Inventory, Motion, a
• The Hierarchy of Controls Explained (With Examples) — The five levels of hazard control -- elimination, substitution, engineering, administrative, and PPE -- ranked from most to least effective,
• Statistical Process Control (SPC) Basics: Control Charts Explained — What SPC is, how a control chart separates normal variation from special causes, and what Cp and Cpk tell you about whether a process can me
• Total Productive Maintenance (TPM) Fundamentals — What TPM is, how autonomous and planned maintenance work together, and how operators owning basic equipment care drives uptime and OEE.
• Root Cause Analysis & the 5 Whys: A Practical Guide — How to get past symptoms to the real cause of a problem using the 5 Whys and fishbone diagrams -- a simple, repeatable method any team can u
• Hearing Conservation Program: OSHA 1910.95 Requirements — When noise hits 85 dBA, OSHA requires a hearing conservation program: monitoring, annual audiograms, hearing protectors, and annual training
• PPE Hazard Assessment: What OSHA 1910.132 Requires — OSHA requires a written, certified hazard assessment to determine what PPE employees need. Here's how to perform one, what to document, and
• OSHA Fall Protection Requirements (General Industry & Construction) — OSHA's #1 most-cited violation: when fall protection is required (4 ft general industry, 6 ft construction), the accepted systems, and the t
• Six Sigma Fundamentals: A Plain-English Introduction — What Six Sigma is, what 3.4 defects per million means, the DMAIC cycle, the belt levels, and how Six Sigma differs from Lean — an approachab
• Respiratory Protection & Fit Testing: OSHA 1910.134 Explained — What OSHA 1910.134 requires when employees use respirators: a written program, medical evaluation, fit testing before use and annually, and
• Bloodborne Pathogens Training: Who Needs It and How Often — Who OSHA's bloodborne pathogens standard (1910.1030) covers, the written exposure control plan, the free hepatitis B vaccine, and the at-hir
• How to Calculate OEE (Overall Equipment Effectiveness) — What OEE is, the three factors that make it up (Availability, Performance, Quality), a worked calculation example, and what a world-class OE
• FMEA Explained: Failure Mode and Effects Analysis Fundamentals — What FMEA is, the difference between design and process FMEA, how the Risk Priority Number (Severity × Occurrence × Detection) works, and ho
• 5S in the Workplace: A Practical Guide (Sort, Set, Shine, Standardize, Sustain) — What 5S is and how to roll it out on a manufacturing floor — the five steps explained, the benefits, and how to make it stick beyond the fir
• Confined Space Entry: Permit & Training Requirements Explained — What OSHA 1910.146 requires for permit-required confined spaces: the three roles, the entry permit, atmospheric testing, the attendant, and
• Machine Guarding Standards Every Plant Needs to Know (1910.212) — What OSHA 1910.212 requires: guarding the point of operation and moving parts, the main types of guards, rules so guards don't create new ha
• New Employee Safety Orientation: What to Include (Checklist) — What a strong new-hire safety orientation covers — from hazard communication and emergency procedures to PPE and reporting — plus a ready-to
• Hazard Communication (HazCom) Training Requirements & Checklist — OSHA 1910.1200 in plain English: written program, labels, SDS, and training requirements, a HazCom training checklist, and the 2024 GHS Revi
• Lockout/Tagout (LOTO) Requirements: A Practical Compliance Guide — What OSHA 1910.147 requires: a written energy-control program, machine-specific procedures, the six LOTO steps, authorized vs affected emplo
• OSHA Recordkeeping 101: The 300, 300A & 301 Forms Explained — What the OSHA 300 Log, 301 Incident Report, and 300A Summary are, who must keep them, the key deadlines (post Feb 1-Apr 30, e-submit by Mar
• How to Build a Safety Training Matrix for a Manufacturing Plant — A training matrix maps each role to the courses it needs and when they are due. Here is how to build one for a manufacturing plant, with a s
• Forklift Certification Requirements: OSHA 1910.178 and the 3-Year Rule — There is no OSHA forklift license. Employers must train, evaluate, and certify each operator — then re-evaluate at least every three years.
• How Often Is OSHA Safety Training Required? The Complete Refresher Schedule — OSHA has no single training interval. Some standards require annual refreshers, one requires re-evaluation every three years, and many only
• OSHA's Top 10 Most Cited Violations in 2025 (And How to Avoid Them) — OSHA's top 10 most cited violations for FY2025 — fall protection, hazard communication, ladders and more — with actionable compliance checkl