Oilfield company ordered to pay $2.1M in worker death case

An overview of roles

The Environmental Protection Agency (EPA) requires all owners and operators of UST systems to designate:

• One Class A operator and one Class B operator for each UST or groups of USTs, and
• Each qualifying person at the facility as a Class C operator.

Class A operators are responsible for operating and maintaining USTs in line with the regulations. A Class A operator generally manages the resources and personnel involved to ensure UST operations comply.

A successfully trained Class A operator:

• Makes informed decisions about compliance; and
• Determines whether the facility complies with operation, maintenance, and recordkeeping requirements.

Class B operators handle the day-to-day responsibilities for managing USTs (like conducting in-field operations).

A Class B operator with sufficient training implements applicable regulatory requirements in the field on typical UST system components or site-specific equipment.

Class C operators provide immediate responses to UST-related problems.

An adequately trained Class C operator takes the necessary response actions to emergencies or alarms caused by UST spills and releases.

Basic training requirements

EPA outlines the minimum training requirements for each operator type at 40 CFR Part 280 Subpart J. All classes of operators must be trained or pass a comparable examination. Class C operators have the additional option to receive training from a Class A or B operator at the facility.

A facility can designate an individual for multiple operator classes. Any person with multiple designations must complete the required training or comparable examination for all applicable classes.

Class A and Class B operators must be trained within 30 days of beginning UST duties. Class C operators have to be trained before starting their UST responsibilities.

Class A operators should understand the purpose, methods, and functions of:

• Spill and overfill prevention;
• Release detection;
• Corrosion protection;
• Emergency response;
• Product and equipment compatibility and demonstration;
• Financial responsibility;
• Notification and storage tank registration;
• Temporary and permanent closure;
• Related reporting, recordkeeping, testing, and inspections;
• Environmental and regulatory consequences of releases; and
• Training requirements for Class B and Class C operators.

Class B operators may be trained in either:

• General requirements for all compliance rules and the equipment commonly used at UST facilities, or
• Site-specific requirements that only cover the regulations and equipment applicable to the facility.

Additionally, Class B operators need to know the purpose, methods, and functions of:

• Operation and maintenance;
• Spill and overfill prevention;
• Release detection and related reporting;
• Corrosion protection;
• Emergency response;
• Product and equipment compatibility and demonstration;
• Reporting, recordkeeping, testing, and inspections;
• Environmental and regulatory consequences of releases; and
• Training requirements for Class C operators.

Class C operators must know how to respond with the correct actions to emergencies or alarms that are caused by spills or releases from UST operations, including notifying the authorities.

Common training questions

Consider these FAQs to help ensure your UST operator training programs comply.

How are operators evaluated?

Facilities must evaluate each operator via testing, a practical demonstration, or another approved approach.

When is retraining required?

If a UST system is found to be noncompliant, Class A and Class B operators at the facility must complete a training program or comparable examination that at least covers the areas out of compliance (unless exempt per 280.244).

Retraining should be completed within 30 days of the noncompliance determination. The training program or examination has to be developed or administered by a third party (i.e., an independent organization, the implementing agency, or a recognized authority).

How is training tracked?

Facilities are required to keep paper or electronic records that verify training and retraining for as long as the operators are designated. The records should contain at a minimum the information at 280.245(b).

What about state requirements?

It’s essential to check state UST regulations where your facilities operate. EPA has approved most states to implement the UST program. State requirements are at least as stringent as federal standards, and many state programs impose stricter rules.

Usually, operator training is obtained from third-party organizations that must be registered and approved by state environmental agencies to ensure the programs comply with federal and state requirements.

Key to remember: Training requirements for underground storage tank operators are based on their designated class: A, B, or C.

e-Manifest compliance check

Use this checklist to help you ensure that your business is set to comply with the rest of the Third Rule’s requirements that take effect in December.

Use e-Manifest resources for additional help

EPA has multiple resources to help regulated hazardous waste handlers comply with e-Manifest regulations, including the upcoming Third Rule’s requirements that take effect on December 1, 2025. Consider using the resources the agency provides on “The Hazardous Waste Electronic Manifest (e-Manifest) System” website, such as:

• Webinars,
• Demonstration videos,
• General and user-specific FAQs about the e-Manifest program, and
• The e-Manifest Helpdesk for industry users.

The compliance checklist and e-Manifest resources can help you ensure that your facility will be ready to comply with the rest of the Third Rule’s requirements by December.

Key to remember: The remaining e-Manifest Third Rule requirements take effect on December 1, 2025. Facilities should confirm that they’re prepared to comply.

Key requirements for end users

1. Leak detection and repair

• Automatic leak detection systems (ALDs) are mandatory for systems with 1,500 pounds or more of refrigerant.
• Leaks must be repaired within 30 days or a retirement/retrofit plan must be submitted
• Leak rate thresholds:
  • Industrial process refrigeration: 30%
  • Commercial refrigeration: 20%
  • Transport & comfort cooling: 10%

2. Refrigerant reclamation

• Repairs must use reclaimed refrigerants in supermarket systems, refrigerated transport, and commercial ice makers
• Reclaimed HFCs must contain no more than 15% virgin HFCs and be properly labeled

3. Recordkeeping and reporting

• Businesses must maintain detailed logs of:
  • Refrigerant purchases and usage
  • Leak events and repairs
  • Equipment servicing and disposal
• Records must be available for EPA audits at any time.

4. Disposal and recycling

• HFCs must be recovered from disposable cylinders before disposal
• Fire suppression systems must be recycled prior to disposal, and technician training is required

Sector-specific impacts

Grocery retailers

• Must retrofit or replace systems using restricted HFCs like R-404A or R-22
• Natural refrigerants (CO₂, ammonia) are encouraged but require new equipment and trained technicians
• Legacy systems may become costly to maintain due to refrigerant scarcity

Refrigerated transport

• Subject to leak repair thresholds and reclamation rules
• Must track refrigerant use across fleets and ensure timely repairs

Repair shops

• Must use reclaimed refrigerants for servicing regulated systems
• Required to follow EPA labeling and documentation standards

All end users: what you must do now

• Inventory your equipment: Identify all systems with refrigerants over 15 lbs and GWP greater than 53
• Install ALDs: For large systems, ensure real-time leak monitoring is in place
• Train staff: Ensure technicians understand new servicing, reporting, and disposal rules
• Upgrade Recordkeeping: Use digital tools to automate tracking and reporting

Looking ahead: state-level rules may be stricter

States like California, Washington, and New York are implementing stricter refrigerant rules that may exceed federal AIM Act standards. Businesses operating across state lines must monitor local regulations and prepare for additional reporting and inspections.

Key to remember: If your business uses refrigerants, the AIM Act likely applies to you. Start preparing now to avoid penalties and ensure compliance by 2026.

Long-term actions

The DOT is working on other rule changes that have an uncertain future. This includes:

• Removal of the rules governing drivers’ employment applications.
• Updates to the “tank vehicle” definition to clarify the need for a tank endorsement.
• Rules requiring vehicles to be equipped with an electronic ID for enforcement purposes.
• A proposal to add new fees for companies that are self-insured.
• Changes to the rules for enforcement proceedings.

Key to remember: The DOT is planning numerous rule changes for late 2025 and beyond. Stay tuned for rulemaking actions from the FMCSA and other DOT agencies, and weigh in when public comments are sought.

The requirement

Under 49 CFR 396.17, every CMV — including trucks, tractors, and trailers of any size — must undergo a comprehensive inspection at least once every 12 months. This is tied to the “commercial motor vehicle” definition in 49 CFR 390.5T, which includes vehicles or vehicle combinations over 10,000 pounds and operating in interstate commerce, even if a commercial driver’s license is not required.

The inspection must cover all components listed in Appendix A to Part 396, and proof of passing the inspection must be carried on or with the vehicle at all times.

Acceptable documentation

How does a driver prove the vehicle(s) passed the inspection? There are two ways:

1. Carry a copy of the full inspection report described in 396.21; or
2. Point to a sticker or decal on the vehicle, showing:
   1. The date of inspection (not the due date);
   2. The name and address where the full inspection report is located (so an inspector knows where to find it);
   3. A unique vehicle ID (VIN, plate number, fleet number, etc.), unless the vehicle is clearly marked with a unique ID (cross-referenced on the long inspection form); and
   4. A certification that the vehicle passed inspection under 396.17.

The sticker may be located anywhere, as long as the driver knows where it is and it’s not overly difficult for the inspector to find it.

Violations typically occur due to:

• Missing, obscured, or expired inspection documentation on the vehicle;
• Failure to inspect trailers, converter dollies, or other vehicles that form part of a CMV;
• Misunderstanding the required inspection interval (or simply forgetting to do the inspection on time); or
• Assuming that some other type of inspection qualifies.

During an audit, if the investigator finds that 10 percent or more of your fleet’s annual inspections were not done as required, it’s considered a “critical” violation that could harm your safety rating. In addition, a J. J. Keller analysis found that the average fine that motor carriers paid for this violation was $5,713 (over the period from 2021-2024).

Liability is another key concern. A crash involving a CMV that wasn’t inspected in the past year could call your safety practices into question and result in a sizable verdict in the plaintiff’s favor.

How to stay compliant

Motor carriers must take proactive steps to avoid these costly violations: • Ensure annual inspections are performed on time. Schedule inspections before the 365-day mark from the last inspection.

• Inspect all vehicles. From lightweight one-axle pieces of equipment to flatbeds, shuttle buses, dry vans, and Class 8 tractors, be sure to include all vehicles in the inspection program, not just power units.
• Use qualified inspectors. Inspectors must meet the qualifications outlined in 396.19 — even if they work for a third party — and you must be prepared to provide proof of those qualifications to an auditor. An individual may be qualified by having at least one year of experience, but you need to be sure it’s documented.
• Maintain proper documentation. Ensure drivers know where the sticker or report for each vehicle is located and that it’s legible and current. Also be sure to keep inspection reports for 14 months.
• Ensure your state inspection program is “equivalent.” If your vehicles are inspected annually under a state-mandated program, make sure the program is on the federal list of inspection programs that are considered “equivalent” to the inspection required under 396.17. If not, you’ll need to do another inspection before operating across state lines.
• Audit your fleet regularly. Conduct internal audits to verify inspection dates and documentation. Identify and correct gaps in your compliance program.
• Train drivers and maintenance staff. Educate drivers on the importance of carrying proof of inspection, and on the importance of checking for that proof during their pre-trip inspections. Train maintenance personnel on inspection standards and documentation requirements.

With violations climbing, motor carriers must treat 396.17 compliance as a top priority. The cost of noncompliance isn’t just financial — it can lead to out-of-service orders, fines, failed audits, liability, and reputational damage.

Key to remember: Stay ahead of the curve when it comes to annual inspections. Review your inspection protocols and ensure every vehicle in your fleet is documented, inspected, and compliant.

The number tell the story

Out of 4,629 inspections, there were 1,169 hazmat -related violations. Here’s the shocker, more than half of those (598 violations to be exact (51%)) were serious enough to place vehicles OOS. That means those vehicles couldn’t continue down the road until the issues were fixed.

So, what kind of issues were inspectors finding? Here’s a quick look at some of the most common issues found in the U.S.:

• Placarding violations: 192 total (non-bulk and bulk)
• Package marking issues: 126 total
• Missing emergency response information: 70 violations
• No PHMSA registration: 35 violations
• Leaking packages: 18 violations
• Undeclared hazmat: 16 violations

What gets you put out of service?

Not all hazmat violations will get you placed OOS. According to the CVSA OOS criteria, here are some of the violations that can get you sidelined:

• Missing hazmat shipping papers
• Missing 50% or more of required markings or placards
• Displaying incorrect placards for the hazard
• Having unauthorized, damaged, or leaking packaging
• Improper or no cargo securement
• Transporting non-compatible hazmat

What's being hauled?

During the blitz, inspectors looked at 7,294 packages across all nine hazmat classes. The most common materials found included:

• Class 3 (Flammable liquids) – 2,478 packages
• Class 2 (Gases) – 1,239 packages
• Class 8 (Corrosives) – 997 packages

What you can do

There are some actions you can take to reduce or eliminate your chances of receiving an OOS violation. To stay compliant and safe:

• Double-check your placards, labels, and markings.
• Make sure you have your hazmat shipping papers.
• Inspect your cargo for leaks or damage before hitting the road.
• Stay up to date on hazmat training.

Key to remember: The CVSA’s Road Blitz isn’t just about enforcement, it’s about safety. These inspections help keep dangerous materials from causing harm on the road.

Top violations

One of the most common violations involves insufficient tie-downs. Drivers often misjudge the number or strength of tie-downs required for a particular load. Regulations require that cargo be secured to prevent movement in every direction — forward, backward, sideways, and vertically. Failure to meet these standards can result in citations and immediate out-of-service orders.

Another frequent issue is the use of damaged or worn securement equipment. Inspectors regularly flag:

• Frayed straps,
• Damaged chains, and
• Broken load binders.

These defects not only violate FMCSA regulations but also pose serious safety risks. A single failed strap on a flatbed hauling heavy machinery can lead to disastrous consequences.

Improper blocking and bracing is also a recurring problem, especially in enclosed trailers. Freight that is not adequately stabilized can shift during transit.

This can lead to:

• Trailer damage,
• Compromised vehicle control, or
• Injury during unloading.

Preventive measures

To avoid these violations, fleets must prioritize driver training and thorough inspection protocols. Pretrip inspections should include a detailed check of all securement devices to ensure they meet regulatory standards and are free of defects. Drivers should be trained not only on how to secure loads but also on  assessing risk based on cargo type, weight, and distribution.

Preventive measures go beyond routine checks. They require a proactive mindset and a system that catches issues before they become violations. Fleets should:

• Implement layered inspection processes, including post-load audits and mid-route securement checks, especially for long hauls or high-risk cargo.
• Standardize securement procedures across the fleet to ensure consistency.
• Invest in modern securement technology such as tension indicators, smart straps, and automated alerts to reduce human error.

These tools help drivers verify that loads remain secure throughout the journey, especially during long hauls or in adverse weather conditions.

Key to remember: By staying informed, maintaining equipment, and fostering a safety-first culture, carriers can reduce violations, protect their Compliance, Safety, Accountability (CSA) scores, and ensure every load arrives safely and securely.

How equipment failure turns into a hazard:

Neglected maintenance can create serious risks, including:

• Mechanical failures – unmaintained machinery can suddenly seize, break apart, or eject parts.
• Electrical hazards – frayed cords, worn insulation, or faulty breakers can cause shocks or fires.
• Chemical releases – worn seals, cracked tanks, or failed valves can ultimately lead to hazardous spills.
• Ergonomic strain – poorly calibrated or damaged equipment can force employees into awkward or unsafe positions.

These risks aren’t just hypothetical; OSHA frequently cites employers after incidents where the root cause was poor or non-existent preventative maintenance.

Key elements of a safety driven PM program:

1. Risk based scheduling – prioritize maintenance on equipment with the greatest safety risks (ex. forklifts, overhead cranes, pressure vessels, and electrical systems). Maintain a critical equipment registry that highlights assets where failure could lead to injury or regulatory violations.
2. Standardized procedures – document step-by-step PM tasks with a strong emphasis on safety. For example, include lockout/tagout steps, PPE requirements, and confined space entry procedures. Train employees to follow SOPs consistently to reduce human error.
3. Qualified personnel – preventative maintenance is only as good as the people performing it. Ensure technicians are trained not only on the task, but on the safety hazards of the equipment.
4. Integrated safety checks – incorporate safety specific items in PM inspections such as checking emergency stops, guarding, grounding, or ventilation performance.
5. Document everything – use digital tracking to log inspections, repairs, and part replacement. This protects employers during audits and helps spot recurring issues.
6. Operator involvement and pre-use checks – empower front-line employees to perform daily pre-use inspections such as forklift inspections and machine guarding verification. Create simple reporting tools to flag issues before they escalate.
7. Corrective action and follow-up – establish a system for tracking identified hazards until resolution through work orders or corrective action logs. Communicate completion of corrective actions to affected employees.

A well-run preventative maintenance program is, at its heart, a safety program. While cost savings and productivity gains are valuable, the greatest benefit is protecting workers from harm’s way. By preventing equipment failures, ensuring safety systems function correctly, and reinforcing a culture of care, PM programs create a safer workplace where employees can perform their jobs with confidence. Simply put, machines can be replaced – people cannot. That’s why preventative maintenance isn’t just smart business, it’s a commitment to worker safety.

Keys to remember: A safety driven PM program isn’t just about keeping machines running. It’s about making sure every inspection, service, and repair is performed with worker safety in mind.

Missing opioids and a dazed nurse

In this case, hospital staff members noticed opioids missing from a controlled room in the intensive care unit. Two nurses reported to a supervisor that medication had been obtained under their credentials, but that they had not taken it out.

The supervisor questioned staff members about the missing drugs. During the investigation, coworkers reported that a nurse with access to the room looked tired, dazed, and out of sorts. It was found that she had accessed the room containing the medication around the time it went missing.

Supervisors asked the nurse to take a drug test and a fitness for duty exam. The test came back positive, but the nurse said the positive result was due to medication she had taken the previous evening for a shingles flare-up.

As the investigation continued, the nurse asked to go home because she was unable to complete the charts she was working on. Before she left, a supervisor told her she was suspended until further notice.

The nurse was later terminated, but the day before her termination, she filed for Family and Medical Leave Act (FMLA) leave. The certification form contained only vague information, however.

Claims don’t hold up

The nurse’s numerous claims against the hospital included:

National origin discrimination: The nurse, who described herself as Salvadorian, claimed the hospital discriminated against her and violated her rights under Title VII by not subjecting others on duty to an investigation or fitness for duty exam. The court found, however, that all employees were asked about the missing medication, and she was the only one acting abnormally. Her behavior was the reason for the fitness for duty exam, not her national origin.

She also said that her coworkers made anti-Hispanic comments that impacted the hospital’s investigation. The court found, however, that her termination was based on the results of the investigation, not coworker comments.

The court also noted that the nursing supervisor quickly responded after learning of the missing medication. In addition, because the nurse said she had taken a prescription medication that could have caused a positive drug test, the test was treated as negative.

Disability discrimination: The nurse argued that she was considered disabled and protected by the Americans with Disabilities Act (ADA) because of shingles that caused severe pain. The court found, however, that she didn’t explain how she was limited by this disability and failed to provide a record of impairment.

Family and Medical Leave Act: The nurse’s sparse FMLA certification didn’t show she was entitled to leave, the court found. Her request was processed normally, and she didn’t have enough evidence to show that the hospital fired her in retaliation for filing an FMLA claim.

State anti-discrimination laws: The employee also sued under the Illinois Human Rights Act, but her claims failed because she lost the federal Title VII and ADA claims.

Imperfections don’t derail the case

During its investigation, the hospital made some mistakes. The nurse was allowed to drive home, although hospital policy called for her to be sent home in a cab or go home with a family member. The nurse was also asked to finish her charting work, which was a policy violation.

These mistakes didn’t hurt the employer’s case, however. The court found that the hospital didn’t violate any laws when terminating the employee.

Key to remember: When drug use is suspected, quick action, a thorough investigation, and documentation can help an employer build a solid case that provides a valid reason for actions taken against an employee.

United States Court of Appeals for the Seventh Circuit, Lohmeier v. Gottlieb Memorial Hospital, August 14, 2025

Steps to take when an EAD is revoked

When an employer learns that a worker’s EAD has been revoked, the employer must reverify the employee’s eligibility to work in the United States. To do this:

• Fill out Supplement B of the Form I-9.
• Allow the employee to provide a document from List A or List C to show eligibility to work in the United States.

An employee whose EAD has been revoked may have employment authorization based on another status or provision of law. They can present acceptable Form I-9 documentation to demonstrate that they can continue to work in the United States.

An employer may not continue to employ an individual who does not provide proof of current employment authorization, however.

An employer should contact their legal counsel if they have questions about worker immigration status, and the employee can consult an immigration attorney to see if there is a way to have their work authorization extended. An individual cannot be legally employed until they have the proper documents to prove current employment authorization.

Eligibility remains intact

Once an employee meets these three criteria for a particular reason, their eligibility lasts for the duration of the entire 12-month leave year period. Employers don’t need to reassess an employee’s eligibility during that timeframe for that leave reason.

If, however, that same employee needed leave for a different qualifying reason, then employers would reassess whether the employee met the eligibility criteria.

This can result in employees being eligible to take FMLA leave for one qualifying reason, but not another.

FMLA denials don’t remain intact

On the flip side, once employers deny an employee’s leave because the employee didn’t meet the eligibility criteria, employers must reassess that denial once the employee meets the eligibility criteria. The denial doesn’t remain intact for the duration of the 12-month leave year.

If, after not meeting the eligibility criteria, an employee does meet it, regardless of when that happens in the 12-month leave year period, the employee will be eligible to take FMLA leave for a qualifying reason. Employers would need to designate any leave taken after an employee meets the eligibility criteria as FMLA leave.

An employee might, for example, be on non-FMLA leave when they meet the 12-month eligibility criterion. In that situation, any leave taken after the employee meets the 12-months worked threshold would be FMLA leave. The same would be true for the 1,250-hours worked threshold.

Rolling backward challenges

For employers that use the rolling backward method to calculate the 12-month leave year period, an employee’s eligibility for leave for a particular reason would continue for 12 months from the date of the first FMLA absence for the condition.

When a new leave year begins

Regardless of which method employers use to calculate the 12-month leave year, they would recalculate an employee’s eligibility when the employee asked for leave for the first time in a new 12-month leave year.

Key to remember: If employers deny FMLA leave because employees didn’t meet the eligibility criteria, they have to reassess eligibility once employees meet the criteria; the denial doesn’t automatically remain intact. Eligibility, once met, however, doesn’t change for a particular leave reason.

Step 1: Breathe

It starts with pausing and realizing that you can’t do it all, Dickens said.

“The first thing I want you to do is breathe!” she said. “You cannot handle all this alone.”

Step 2: Identify what you’re good at

HR professionals should focus on their strengths and the changes they are best able to address. For other issues, they should leverage the expertise of those in their network.

“Don’t give yourself whiplash” by looking at all the changes taking place every day, she said.

Instead, focus on two or three things that fall into your wheelhouse.

“Anything outside that box, find someone else who is an expert,” she said.

Step 3: Look for partners

Those experts might be inside or outside an organization. Within their own company, HR professionals can work with their company’s legal counsel, for example, to understand the impact of legislative and regulatory changes and steps that need to be taken.

“You can lead in saying what the strategy is and let people do the things that they are good at,” Dickens noted. “You don’t necessarily have to lead everything by doing the work and executing on the work.”

If a company does not have an outside counsel, she advises HR professionals to champion for one to be added to the budget. She also suggests that HR professionals get to know the people in their company who specialize in government affairs.

“Take them out to lunch, go walk, have some or coffee,” she said. “Start talking to them about what your concerns are so that gets on their radar.”

When hiring for HR roles, she suggests looking for individuals who have expertise in areas that are not current strengths for team members. “Every HR generalist has an area they are really, really good at,” she noted.

While these strategies can’t stem the tide of change, they can make it a little easier to manage. As Dickens said, “These are practical things that can help you make your way through this.”

Key to remember: HR professionals and others with HR duties shouldn’t work in isolation when dealing with change. They should pause, consider what they are best at, and tap into their network for support.

Complimentary for the cause

The Machine Guarding under 29 CFR 1910 Subpart O and the Control of Hazardous Energy Sources (LOTO) standard at 29 CFR 1910.147 serve a very similar purpose of protecting workers. Fundamentally, they complement one another:

• Machine Guarding is a first line of defense, designed to prevent access to dangerous parts during normal operation (e.g., rollers, blades, gears, pinch points). Guards, barriers, and safety devices physically separate workers from moving parts and machine components.
• LOTO is a secondary control, used during servicing or maintenance (not normal operations) when guards may be removed or bypassed. It ensures that machines energy is isolated to prevent startup until work is complete.

Together, these standards form a layered safety approach with guards protecting workers during operations, and LOTO protecting them during maintenance. Since guards may be removed during servicing, the risk of injury is increased, which is where LOTO takes over to control energy and unexpected startup. Without proper LOTO, even a well-guarded machine can become deadly during maintenance or servicing tasks.

While both standards are intended to prevent injuries, they approach worker safety from different angles which can sometimes create confusion or conflict in implementation. The life of the young sanitation worker could have been saved if guards had been in place to prevent the fall into the grinder and proper LOTO had been performed to prevent unexpected start-up of the machine.

Combating the confusion

Both machine guarding and LOTO are essential safeguards designed to protect workers from machinery and energy source hazards, yet they operate under different OSHA standards with distinct expectations and applications. Additionally, confusion is created when dealing with routine vs. non-routine tasks. OSHA allows some minor servicing tasks to be performed without full LOTO if they are routine, repetitive, and integral to production, and if effective machine guarding is in place. As with the incident shared above, how would the employee have determined if cleaning the meat grinder was routine or non-routine — what qualifies as “routine?”

Routine operations are regular, recurring daily tasks with specific procedures. These may include inspections or daily adjustments to machines or equipment (e.g., frequent die changes or clearing regular jams. Non-routine operations are infrequent, unexpected, or new activities with unique risks. These often include emergency maintenance or process start-ups. Cleaning the meat grinder would likely be a routine activity; however, with the unique layout or size of the machinery, guarding alone was not sufficient.

Some maintenance does require removing guards, which exposes workers to hazards. If LOTO procedures aren’t strictly followed, there is a gap in protection. This can often result in the underuse LOTO while relying too heavily on guards when both should be used for full protection.

The confusion between machine guarding and LOTO requirements can be cleared up by:

• Clearly defining tasks that require machine guarding versus those covered by LOTO, and when both may be needed;
• Performing risk assessments to evaluate whether guarding alone is sufficient for specific machines or tasks;
• Documenting and communicating any exceptions to LOTO, including justification and alternative protective measures;
• Auditing programs and procedures regularly to identify and remediate gaps; and
• Training all supervisors and workers of the requirements in both standards.

Blurred by technology

Modern machines often include advanced guarding systems like light curtains or presence-sensing devices. While these tech marvels enhance safety, they can blur the lines between guarding and energy control. From an OSHA lens, these systems do not replace LOTO during servicing, which can add to the confusion for many trying to interpret compliance requirements. It’s imperative to understand that technology often helps protect workers from getting injured by machines, but they aren’t intended to necessarily control energy sources.

Clarity through training

Once employers have sifted through the collision confusion, workers must also be brought up to speed. Often, they have been trained in one standard but not the other, leading to inconsistent application. For example, operators may understand guarding but not LOTO procedures, especially in situations where operations and maintenance are handled by separate personnel.

Keys to remember: LOTO and machine guarding are not just essential, they are complimentary. When used together and correctly, they provide multi-layered approach to protection against serious injuries and fatalities.

Aerial lifts

OSHA regulates aerial lifts at 29 CFR 1910.67 for general industry facilities and at 1926.453 for construction. Aerial lifts operate differently (the basket moves diagonally rather than just vertically like a scissor lift), so OSHA feels there’s a greater chance of a worker falling out. Hence, the requirement for the use of personal fall protection when in the basket.

General industry’s regulation (1910.67(c)(1)(v) is very clear and states, “A personal fall arrest or travel restraint system that meets the requirements in subpart I of this part shall be worn and attached to the boom or basket when working from an aerial lift.”

Construction’s regulation (1926.453(b)(1)(v) isn’t as clear, stating, “A body belt shall be worn, and a lanyard attached to the boom or basket when working from an aerial lift.” But there’s a note to read: “As of January 1, 1998, subpart M of this part … provides that body belts are not acceptable as part of a personal fall arrest system. The use of a body belt in a tethering system or a restraint system is acceptable.”

As a best practice, most companies provide only a fall protection harness to employees and not a body belt. This takes away the chance a worker could wear the body belt when they shouldn’t.

Scissor lifts

Scissor lifts are considered mobile scaffolds and are only regulated in the construction standard at 1926.452(w). However, the requirement for fall protection in a scissor lift is addressed at 1926.451(g)(1)(vii) and it calls for either standard guardrails or the use of a personal fall arrest system (PFAS).

Considering every scissor lift I’ve seen came equipped with standard manufacturer’s guardrails, OSHA doesn’t require a PFAS (harness, lanyard, and tie off) to be used. However, many employers still require workers to wear one and tie off. That way, there’s no chance they’ll forget to put one on when using an aerial lift. Employees will know anytime they use a scissor or aerial lift, they need to wear their fall protection harness and tie off to an approved anchor point.

Action items

Look at your company’s policy for the use of PFAS systems when operating an aerial or scissor lift. Do you require a harness, lanyard, and tie off routine to be used in both lifts? If not, maybe you should. It’ll be less confusing to employees, since they know to don their harness and tie off anytime they use a lift.

Keys to remember

Falls from aerial and scissor lifts are a concern. That’s why many employers require workers using these lifts to where a fall protection harness and use a lanyard to tie off to an approved anchor point.

#1 Start here

First, OSHA requires that all operators must be trained prior to being allowed to operate forklifts. And the same thing goes for pallet trucks, order pickers, and stand-up units…. Any powered type of material handling equipment requires training.

But what does training entail? Well, the OSHA regulations are very specific. All operators must receive a combination of training. Training must consist of formal training, which is a lecture, discussion, interactive computer learning, video tape, written material, and so on.

They must also receive practical training, which means demonstrations performed by the trainer and practical exercises performed by the trainee.

And the third component is that operators must receive a performance evaluation. So, they must operate the equipment and be observed and evaluated before being considered trained per the OSHA standard.

Usually, you’ll introduce the concepts during the classroom portion of training, the more informational aspects, such as the OSHA requirements. Then you’ll use the practical part of training to familiarize trainees with controls, talk about load handling, and so on. With the practical part, it’s usually best to ramp up the training, meaning start with simple skills and then build on those.

#2 Train on these topics

Aside from requirements for how to do the training, OSHA gives us a detailed list of topics to cover during the training.

The main categories are truck-related and workplace-related topics. And remember that OSHA does require you to include information on OSHA’s forklift standard as part of the training program. This requirement can be easy to overlook, but a good way to approach it is in the classroom portion of the program.

Keep in mind that if a topic doesn’t apply to your trucks or workplace, you don’t have to train on it. For example, if you don’t have any ramps or hazardous (classified) locations in your facility, your forklift operators don’t need training on these topics.

Truck-related topics include the following:

• Operation instruction, warnings
• Differences between forklift and automobile
• Controls, instrumentation
• Engine, motor operation
• Steering
• Visibility, restrictions
• Fork, attachment operation
• Capacity
• Stability
• Inspection, maintenance
• Refueling, recharging
• Operating limitations
• Operator’s manual instructions, precautions

Workplace-related topics are examples like these:

• Surfaces
• Load composition
• Load handling
• Pedestrians
• Narrow, restricted areas
• Hazardous (classified) locations
• Ramps
• Poor ventilation
• Other hazards

#3 Determine success

The trainees must successfully complete the formal and practical instruction, but how you determine success is up to you. For the classroom portion, you could give a written or oral test or otherwise evaluate the trainees’ knowledge. For the practical training, the trainee must be able to safely perform all the operations used on the job.

#4 End here

An evaluation of the operator’s performance in the workplace must be conducted at the time of initial training. And an evaluation is required to determine the effectiveness of any refresher training.

Also, you must conduct an evaluation at least every three years. This means that at least once every three years every operator must be observed while they operate in the workplace under actual workplace conditions. During the evaluation, the operator must also be able to answer pertinent questions to demonstrate they have the knowledge to operate the forklift safely.

A key point to note here, this evaluation must be more than just a written or verbal test. The employer must observe the operator in action performing all typical tasks related to running the forklift. And, going back to where we started, the evaluation must be conducted by someone who has the knowledge, training, and experience to evaluate the truck operator’s competence.

Document the evaluation — this means placing a record in your training file that includes the name of the operator, the date of the training, the date of the evaluation, and the identity of the person(s) performing the training or evaluation.

Action item

This may be a good time for you to review your options for training forklift operators to ensure they’re meeting these guidelines. And, it’s always a great idea to have all your training procedures in written format for consistency.

Key to remember

Training forklift operators is an OSHA requirement. Follow this step-by-step guide and you can do it in-house.

Employee types

You may have employees who:

• Service and perform maintenance on equipment in your facility (authorized),
• Operate or use machines to which lockout/tagout devices are applied (affected), or
• Work in an area where lockout/tagout is performed (other).

They all need to know how to avoid the dangers involved when hazardous energy sources are not locked out and/or tagged out.

Authorized employees need the most detailed training. Train them to recognize hazardous energy sources, the type and magnitude of the energy available in the workplace, and they must know how to isolate equipment from its energy sources.

Affected employees must be trained to recognize a machine malfunction and know how to report the problem to authorized employees.

Other employees are those whose work activities are in the area where lock/out tag/tagout is being used. Train them on lockout/tagout procedures, and about the prohibition relating to attempts to restart or re-energize machines or equipment which are locked or tagged out.

Know the requirements

OSHA establishes requirements that employers must follow when employees are exposed to hazardous energy while servicing and maintaining equipment and machinery. Some of the most critical requirements from the standard are outlined below:

• Develop, implement, and enforce an energy control program.
• Use lockout devices for equipment that can be locked out. Tagout devices may be used instead of lockout devices only if the tagout program provides employee protection equivalent to that provided through a lockout program.
• Ensure that new or overhauled equipment is capable of being locked out.
• Develop, implement, and enforce an effective tagout program if machines or equipment are not capable of being locked out.
• Develop, document, implement, and enforce energy control procedures.
• Use only lockout/tagout devices authorized for the particular equipment or machinery and ensure that they are durable, standardized, and substantial.
• Ensure that lockout/tagout devices identify the employee who applied the devices.
• Establish a policy that permits only the employee who applied a lockout/tagout device to remove it.
• Inspect energy control procedures at least annually.
• Provide effective training as required for all covered employees.
• Comply with the additional energy control provisions in OSHA standards when machines or equipment must be tested or repositioned, when outside contractors work at the site, in group lockout situations, and during shift or personnel changes.

Key to remember

Implementing proper lockout/tagout procedures and training is necessary to protect your authorized, affected, and other employees from injury and death.

OSHA’s announcement on helmets vs. hard hats

OSHA released a Safety and Health Bulletin (SHIB 11-22-2023) on November 22, 2023, detailing the key differences and benefits of using modern safety helmets over traditional hard hats.

And just a few weeks later, in the December 11, 2023 Trade Release, the Agency announced it would now require its inspectors to wear Type II head protection, which is also commonly referred to as safety helmets.

The two main benefits of Type II safety helmets

The November 22, 2023 SHIB discussed two main benefits of choosing modern safety helmets over traditional hard hats -- the construction of materials and the use of chinstraps.

And while OSHA has recognized the benefits of Type II safety helmets, and is actively taking steps to protect its own employees, it’s important to understand that there is not a new requirement for employers to make the switch to safety helmets.

That being said, a growing number of employers have recognized the benefits of added head protection and are choosing to use Type II helmets for their workers. In addition, some clients are starting to contractually require their construction contractors to make the switch as well.

Understanding the different types of head protection

Hard hats will have a Type I or Type II rating on the manufacturer’s sticker. These markings are based on ANSI Z89.1’s impact ratings.

Type I hard hats protect from objects or impacts from the top center area of the hard hat and are often used in work areas with no lateral head impact hazards.

Type II hard hats, on the other hand, offers protection from both top and lateral impacts and objects and is often found on construction job sites or complex general industry settings where workers face multiple head contact exposures.

Hard hats are classified based on their level of voltage protection. See the chart below.

Choosing the right head protection for your employees

Employers should conduct a job hazard analysis and/or a PPE assessment to determine which style hard hat is best for their workers. In general, OSHA recommends the use of Type II safety helmets at the following locations:

1. Construction Sites: For construction sites, especially those with high risks of falling objects and debris, impacts from equipment, or slips, trips, and falls, safety helmets have enhanced impact resistance and additional features that offer superior protection compared to the components and construction of traditional hard hats.

2. Oil and Gas Industry: In these sectors where workers face multiple hazards, including potential exposure to chemicals and severe impacts, safety helmets with additional features can provide comprehensive protection.

3. Working from Heights: For tasks or jobs that involve working from heights, safety helmets offer protection of the entire head and include features that prevent the safety helmet from falling off.

4. Electrical Work: For tasks involving electrical work or proximity to electrical hazards, safety helmets with non-conductive materials (Class G and Class E) provide protection to prevent electrical shocks. However, some traditional hard hats also offer electrical protection.

5. High-Temperature Environments: In high temperatures or where there is exposure to molten materials, safety helmets with advanced heat-resistant properties can provide additional protection to workers.

Key to remember: While there isn’t a new requirement for safety helmets, employers should review their workplace hazards to determine which style of hard hat will best protect their employees.

Key OSHA requirements

First, according to OSHA standard 1910.146(d)(9), employers must develop and implement procedures for the following:

• Summoning rescue and emergency services.
• Rescuing entrants from permit spaces.
• Providing necessary emergency services to rescued employees.
• Preventing unauthorized personnel from attempting a rescue.

This is where employers need to put on their critical thinking caps. Ask yourself: Do we have procedures for summoning rescue and emergency services? How do we rescue entrants from our permit spaces?

These conversations need to be had between the key players in your confined space operations. Supervisors, entrants, attendants, and safety personnel should develop and implement these procedures together.

Next, OSHA standard 1910.146(f) requires the entry permits to identify the following:

• The rescue and emergency services that can be summoned and the means (such as the equipment to use and the numbers to call) for summoning those services.
• The equipment, such as personal protective equipment, testing equipment, communications equipment, alarm systems, and rescue equipment, to be provided for entry and rescue.

To facilitate non-entry rescue, retrieval systems or methods shall be used whenever an authorized entrant enters a permit space unless the retrieval equipment would increase the overall risk of entry or would not contribute to the rescue of the entrant.

Next, OSHA standard 1910.146(i) lists the attendants' duties. And in terms of rescue, those duties include:

• Summoning rescue and other emergency services as soon as the attendant determines that authorized entrants may need assistance to escape from permit space hazards.
• When the employer's permit entry program allows attendant entry for rescue, attendants may enter a permit space to attempt a rescue if they have been trained and equipped for rescue operations as required by paragraph (k)(1) of this section and if they have been relieved by another attendant.
• Performing non-entry rescues as specified by the employer's rescue procedure.

And finally, OSHA standard 1910.146(k) offers guidance on designating rescue and emergency services.

Essentially, employers must evaluate a prospective rescuer's ability to respond to a rescue summons in a timely manner. They must take the specific hazards involved into consideration when determining what a “timely” rescue means.

Selecting your rescue team

Employers have two options for designating rescue and emergency services:

1. Select an “in-house” team of employees to be designated for rescue operations.
2. Work with an outside contractor or emergency response team.

If the employer chooses to use an in-house team of employees, the employer must:

• Train affected employees to perform assigned rescue duties.
• Ensure that such employees successfully complete the training required to establish proficiency as an authorized entrant.
• Train affected employees in basic first-aid and cardiopulmonary resuscitation (CPR). The employer shall ensure that at least one member of the rescue team or service holding a current certification in first aid and CPR is available.
• Ensure that affected employees practice making permit space rescues at least once every 12 months by means of simulated rescue operations in which they remove dummies, manikins, or actual persons from the actual permit spaces or from representative permit spaces.

Check out “Part 2” of this series, Confined Space Rescue (Part 2): Partnering with outside resources.

Key to remember: Employers must develop and implement rescue procedures for all permit-required confined space entry operations. Are you prepared?