7 OSHA Standards Every Industrial Company Should Know

A worker in a yellow hard hat and safety vest standing with their back to the camera, overlooking a blurred oil refinery with glowing lights
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OSHA exists to protect workers by creating safe and healthful environments.

Industrial companies such as warehouses, factories, and manufacturing plants face heightened risks compared to offices or retail spaces.

Non-compliance can lead to serious consequences like hefty fines, facility shutdowns, and tragic injuries that damage both people and business operations.

By focusing on OSHA’s most critical standards for industrial workplaces, companies can prioritize safety and build resilience into daily operations.

1. Personal Protective Equipment (PPE) – 29 CFR 1910.132

Close-up of a person in safety goggles and protective mask, dressed in silver protective clothing
Under OSHA regulation 29 CFR 1910.132, employers must provide and ensure the use of PPE when hazards are present that could cause injury or illness in the workplace

Industrial workers face exposure to hazards such as chemical splashes, airborne particles, sharp edges, heat, and falling objects.

OSHA requires every employer to perform hazard assessments, documenting the risks associated with specific tasks.

Findings must then guide the selection of protective equipment appropriate to the exposure level.

Properly implemented PPE programs act as a shield when engineering or administrative controls cannot fully eliminate danger.

Employers carry the responsibility of providing PPE at no cost to employees, but equipment alone is not enough.

Workers must receive training on how to use, maintain, and store their protective gear.

Instruction should also cover the limitations of each type of equipment, so employees know when additional safety measures are necessary.

Regular inspections of PPE are critical, as worn or damaged gear can create a false sense of security. Replacement must occur immediately when the equipment no longer offers adequate protection.

Examples of required PPE include:

  • Hard hats to prevent head injuries
  • Safety goggles or face shields to guard against flying debris or chemical splashes
  • Gloves designed for specific risks such as cuts, burns, or chemical handling
  • Respirators for environments with dust, fumes, or harmful vapors
  • Protective footwear to reduce risks of crush injuries or punctures
  • Full-body suits for tasks involving high levels of contamination or heat

Compliance with PPE standards strengthens the final barrier between workers and hazards.

In facilities where airborne dust is controlled with a baghouse filter, respirators remain essential for tasks that put employees in close proximity to contaminants.

Strong PPE programs create confidence among employees while reinforcing the culture of safety that industrial environments demand.

2. Hazard Communication Standard (HazCom) – 29 CFR 1910.1200

A hazmat worker in a yellow suit and blue respirator mask holding a yellow hazard sign with black warning symbols
Hazmat suits are designed to protect against chemical, biological, and radiological hazards, often used in emergency response scenarios

Industrial companies often store and handle chemicals that could cause serious harm if improperly managed. HazCom was created to ensure employees are fully informed about the substances they encounter during daily operations.

Every employer must develop and maintain a written Hazard Communication Plan that covers labeling, handling, and training requirements.

A strong plan also outlines how new substances are evaluated and added to safety systems.

Safety Data Sheets (SDS) form a vital part of compliance. These documents describe the physical and health hazards of chemicals, recommended protective measures, and emergency response guidelines.

Employees must have easy access to SDS at all times, without barriers or delays. In addition, clear labeling on every container is essential.

Labels must include signal words, hazard statements, precautionary statements, and manufacturer information.

Training is a core requirement. Workers should learn how to read labels, interpret SDS, recognize chemical hazards, and respond to incidents.

Training must be repeated whenever new chemicals are introduced or when workplace conditions change.

HazCom functions as a dynamic system that evolves with operations.

Key employer responsibilities include:

  • Maintain a written Hazard Communication Plan
  • Provide up-to-date Safety Data Sheets
  • Ensure proper labeling of all hazardous substances
  • Train employees on safe handling and emergency protocols

3. Emergency Action Plan (EAP) – 29 CFR 1910.38

Rescue team in helmets and protective clothing approaching an ambulance during an emergency response
OSHA regulation 29 CFR 1910.38 requires employers to develop and maintain an Emergency Action Plan (EAP) to ensure employees know what to do in case of fire, evacuation, or other workplace emergencies

Industrial facilities are vulnerable to unexpected events such as fires, chemical leaks, and explosions.

An Emergency Action Plan provides structured guidance that prepares employees to respond quickly and effectively.

Employers must develop a written plan describing evacuation routes, alarm systems, emergency contacts, and responsibilities for critical shutdowns.

Role assignments are essential. Some employees may be responsible for shutting down machines, while others may direct coworkers toward exits.

Emergency coordinators often act as points of communication between workers and first responders.

Clarity in assignments ensures no confusion during high-stress events.

For organizations with fewer than 10 employees, oral communication of the plan may be allowed, but written documentation is strongly recommended for accountability.

Plans must be easily accessible, posted in common areas, or distributed directly to employees.

Training drills reinforce the plan by allowing employees to practice evacuation procedures under simulated conditions. Rehearsals reduce panic and encourage faster decision-making when real emergencies occur.

In facilities that deal with hazardous chemicals, practice becomes even more critical, as exposure risks rise when panic causes mistakes.

Essential components of an effective EAP include:

  • Evacuation procedures with clearly marked routes
  • Emergency contact information
  • Defined roles and responsibilities
  • Alarm systems and communication methods
  • Procedures for critical shutdowns

4. Fire Prevention Plan – 29 CFR 1910.39

Two firefighters in yellow gear and red helmets inspecting fire extinguishers, one writing on a clipboard
Fire extinguishers should be inspected monthly to ensure they are fully charged and operational

Industrial companies handle large quantities of flammable materials, fuels, and ignition sources. A Fire Prevention Plan focuses on reducing risks before they escalate into disasters.

Employers must identify fire hazards, including open flames, electrical equipment, and hot work operations such as welding.

Once identified, hazards must be documented and controlled through safe practices.

Handling and storage procedures are critical. Flammable liquids must be stored in approved containers and kept away from ignition points.

Combustible dust must be cleaned regularly, as even small accumulations can fuel dangerous explosions.

Equipment such as fire extinguishers must be maintained, inspected, and placed in easily accessible locations.

Assigning specific employees to oversee fire safety tasks increases accountability.

Fire wardens may inspect high-risk areas, verify proper storage, and ensure equipment remains in working order.

Training empowers employees to identify hazards, report unsafe conditions, and respond appropriately if a fire occurs.

Key components of a strong Fire Prevention Plan include:

  • Written identification of fire hazards and ignition sources
  • Handling and storage procedures for flammable materials
  • Regular housekeeping to minimize combustible buildup
  • Assignment of fire safety responsibilities to employees
  • Preventive maintenance of equipment and electrical systems

5. Walking-Working Surfaces – 29 CFR 1910 Subpart D

A close-up of a worn work boot with laces, worn by a worker in jeans, walking through a warehouse with shelves and boxes in the background
Warehouses often require workers to wear steel-toe boots for safety, protecting against heavy objects and machinery

Falls remain one of the leading causes of industrial injuries. Walking-working surface standards aim to eliminate hazards that contribute to slips, trips, and falls.

Employers are responsible for keeping pathways, stairways, and work platforms clean, dry, and free from obstructions.

Spills should be addressed immediately, and debris must never be allowed to accumulate in work zones.

Protective equipment and engineering controls are essential for elevated work. Guardrails, harnesses, ladders, and scaffolding must meet OSHA requirements.

When employees work near openings or at heights, employers must install fall protection systems and provide training on their proper use.

Routine inspections strengthen compliance. Employers should inspect walking surfaces, stairs, and ladders regularly while documenting corrective actions.

Floor markings and barriers help separate pedestrian traffic from machinery in high-traffic facilities like warehouses.

Clear signage should guide employees toward safe pathways and warn them of hazards.

Examples of walking-working surface safety measures include:

  • Guardrails along elevated platforms and mezzanines
  • Slip-resistant flooring in wet or oily areas
  • Regular inspection of ladders and stairs
  • Designated walkways in busy warehouse zones
  • Signage to indicate restricted or hazardous areas

6. Lockout/Tagout (LOTO) – Control of Hazardous Energy – 29 CFR 1910.147

A detailed view of an industrial control panel with various switches, buttons, and dials, including a prominent yellow switch and red emergency stop button
Industrial control panels are designed to manage and monitor machinery, ensuring safe and efficient operation in factories and power plants

Industrial equipment often stores hazardous energy that can cause severe injury if unexpectedly released.

Lockout/Tagout standards prevent accidental startup during servicing and maintenance.

Employers must establish written procedures detailing how energy sources are isolated, locked, and verified before work begins.

Authorized employees play a key role in executing LOTO procedures. Training ensures workers know how to apply locks, attach tags, and verify that energy has been effectively controlled.

Regular inspections confirm that procedures are followed consistently across all departments.

Clear labeling of machines and equipment covered by LOTO is mandatory. Workers must know which valves, switches, or circuits require lockout before service.

Group lockout procedures are also important when multiple workers are involved in servicing the same machine.

Core elements of a strong LOTO program include:

  • Written step-by-step procedures for isolating energy
  • Training for authorized employees
  • Annual inspections to verify compliance
  • Clear labeling of affected equipment
  • Use of standardized locks and tags for consistency

Lockout/Tagout compliance is more than regulatory paperwork. It represents a lifesaving system that prevents unexpected movement of machinery and protects workers from crushing, electrocution, or amputation.

7. Injury and Illness Recordkeeping + Posting – 29 CFR 1904

A close-up of a worker's foot wrapped in a bandage, wearing a work boot, stepping on a red clipboard, with traffic cones and a blurred figure in the background
Workplace injuries, like sprains or fractures, account for a significant portion of construction site accidents, emphasizing the need for safety protocols

Accurate recordkeeping provides valuable insight into workplace safety performance.

Employers with 11 or more workers are required to complete OSHA Forms 300, 300A, and 301.

These forms track work-related injuries and illnesses, enabling companies to identify patterns, address recurring hazards, and measure safety improvements.

Form 300 logs every incident, Form 301 records detailed incident reports, and Form 300A summarizes annual data for employees to review.

Posting Form 300A between February 1 and April 30 ensures transparency and accountability.

Employees gain awareness of safety performance, and management receives feedback that guides further improvements.

Records must be retained for at least five years, allowing companies to analyze long-term trends.

Patterns in injuries can reveal systemic problems, such as recurring falls in certain areas or frequent chemical exposures. Addressing these issues strengthens compliance and prevents future incidents.

Benefits of proper recordkeeping include:

  • Compliance with federal requirements
  • Transparent communication with employees
  • Identification of recurring safety risks
  • Data for developing stronger prevention strategies
  • Legal protection during inspections or investigations

Maintaining accurate and accessible records is more than a compliance exercise. It demonstrates a commitment to worker safety, continuous improvement, and organizational accountability.

Summary

OSHA compliance in industrial settings is not optional; it is a core requirement for business sustainability.

Adhering to these standards protects workers, minimizes accidents, and reduces financial penalties tied to violations.

Safety regulations act as practical tools designed to prevent harm rather than paperwork to be filed away. Industrial companies that integrate compliance into daily operations create stronger workplace cultures where workers feel valued and secure.

Continuous training, audits, and investment in protective measures ensure that safety remains a long-term priority.

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