The PPE Audit Checklist I Run Before Every Site Inspection

When I first started coordinating PPE packages for industrial clients, I assumed the most expensive gear was automatically the safest. Three years and a couple of close calls later, I've learned that a price tag doesn't protect anyone—fit, maintenance, and documentation do.

I'm not a certified industrial hygienist, so I can't tell you exactly which respirator cartridge works for every chemical in your facility. What I can give you is the field checklist I run when a client needs to get audit-ready fast—or when something goes wrong and everyone suddenly cares about PPE.

This is for plant managers, safety coordinators, and procurement folks who need to verify readiness in a hurry. Seven steps, roughly an hour if you're organized.

Step 1: Walk the floor and list every hazard

Before you check PPE, you need to know what hazards are actually present. Not what's in the safety manual—what's on the floor. Grab a notebook and walk each work area. Note:

• Chemicals used and how they're dispensed
• Arc flash or flame hazards (switchgear, welding stations)
• Airborne contaminants (dust, fumes, vapors)
• Physical risks (impact, cuts, falls)

This matters because most audit failures I've seen aren't about missing PPE—they're about mismatched PPE. The flame-resistant shirts are there, but nobody noticed someone started using a new solvent that requires chemical-rated protection.

In 2024, one client failed an inspection because their hazard assessment hadn't been updated since 2021. New equipment had been installed, new chemicals brought in, and the PPE program never caught up. A 30-minute walkthrough would have caught it. The citation wasn't cheap.

Step 2: Answer “Which PPE can protect you from liquid chemicals?” before you buy anything

This question comes up constantly, and the honest answer is: it depends on the chemical. Not all chemical-resistant PPE is created equal.

Here's what I've learned from coordinating emergency orders:

• Gloves: Latex handles some acids but degrades with solvents. Butyl rubber resists ketones. Nitrile is decent all-around but not universal. Always check the manufacturer's chemical compatibility chart.
• Aprons and suits: Look for materials rated against the specific chemical class. A poly-coated apron might handle splashes of mild acids but not concentrated solvents.
• Eye protection: Goggles rated for chemical splash, not just impact.

“Chemical resistant” on a label doesn't mean much without a chemical compatibility test. If a vendor can't show you the test data, that's a red flag.

In 2022, I had a client buy 40 chemical suits for a fuel additive spill response. The suits were rated for liquid chemicals—but the specific additive they were handling wasn't on the manufacturer's compatibility list. We caught it before anyone wore them, but it took a 2 a.m. phone call and an expedited replacement order to fix. That's the kind of thing that never shows up on a spec sheet.

Step 3: Check FR clothing specs, not just the “FR” label

Flame-resistant clothing is one of those categories where people assume all FR is the same. It isn't. A shirt that passes ASTM F1506 once won't protect you if it's been washed with the wrong detergent or repaired with non-FR thread.

When I'm checking a client's FR program, I look at:

• Arc rating (ATPV or Ebt): This has to match the arc flash hazard analysis—often Cat 2 or higher. The most common issue I see is someone buying FR clothing without checking the arc rating at all.
• Coverage: Are shirts buttoned to the collar? Are sleeves rolled down? Even the best Bulwark shirts flame resistant won't protect bare forearms.
• Condition: Look for fraying, holes, or contamination with flammable substances. Oil-soaked FR fabric is a fire hazard, not protection.
• Wash care: FR properties degrade when clothes are washed with chlorinated bleach or fabric softener. I can't count how many times I've seen a good FR program ruined in the laundry room.

Take the Bulwark Excel FR line as a reference—it's common in the industry. The labels spell out the arc rating and hazard category clearly. That's useful, but a label is only as good as the maintenance behind it. I'd rather see a crew in properly maintained mid-tier FR gear than brand-new premium shirts washed wrong twice and hung back up.

Step 4: Verify respiratory protection—including PAPR hoods

Respiratory protection is where I've seen the most dangerous assumptions. A dusty box of disposable masks near a sanding station is not a respiratory protection program.

If your site uses powered air-purifying respirators (PAPR hoods), here's what to check:

• Battery life: Are batteries charged? I've walked into plants where PAPR hoods were sitting in lockers with dead batteries and no spares. The equipment was top-of-the-line. Useless.
• Filter status: Are cartridges within their service life? Are they still sealed until use? An opened filter that's been sitting in a drawer for eight months is a liability.
• Fit: PAPR hoods need to be properly fitted over the head and sealed around the neck. A loose hood doesn't protect anyone.
• Training records: OSHA 29 CFR 1910.134 requires fit testing for tight-fitting respirators and documented training. PAPR hoods still require user-level training.

The pattern I've noticed: organizations spend thousands on PAPR units, then treat them like fire extinguishers—mount them and forget them. If you don't test it, you don't know it works.

Step 5: Walk every fire extinguisher (and actually check the tags)

This is the step that sounds easy and gets skipped. Fire extinguisher inspection tags aren't decorative—they're your proof that someone checked the unit. And in my experience, they're the first thing an auditor inspects after PPE.

Here's the quick version:

• Monthly visual inspection: Each extinguisher needs a tag or record showing it was checked within the last 30 days. Verify the gauge is in the green, the pin is intact, the seal is unbroken, and there's no visible damage or corrosion. Sign and date the tag.
• Annual maintenance: NFPA 10 requires a full maintenance check every year, done by someone certified to perform it. Your monthly tag doesn't cover this.
• Location and accessibility: Extinguishers need to be within the required travel distance (typically 75 feet for Class A hazards) and not blocked by storage.

Why do these tags get missed? Because everybody assumes someone else is doing it. The maintenance crew thinks the safety guy does it, the safety guy thinks the floor supervisor does it, and the tag stays blank for 11 months. This literally happened to two of my clients in the same quarter. A $2 tag and a 30-second walk cost them a $7,000 repeat citation.

Step 6: Read the documentation before the auditor does

Not anyone's favorite step, but it's where audit scores are won or lost. A complete PPE program needs:

• A written hazard assessment (per OSHA 29 CFR 1910.132)
• Training records for each employee who wears PPE
• Fit testing and training records for respirator users
• Maintenance and replacement schedules
• Incident and near-miss records

I know it's boring. But I've watched auditors spend more time in the file cabinet than on the plant floor. If the documentation is incomplete, it doesn't matter how clean the facility looks.

One tip that's saved me more than once: keep a simple spreadsheet with columns for equipment type, purchase date, inspection date, next inspection, and assigned employee. It takes 20 minutes a month and eliminates the last-minute scramble before an audit.

Step 7: Check the storage and maintenance system

Here's the step almost everyone ignores, and it's the one that separates programs that work from programs that look good on paper.

I always ask to see where PPE is stored. I'm looking for:

• Isolation from chemicals: I've seen FR shirts hanging in a breakroom next to solvent-based parts cleaner. Those shirts are no longer safe to wear, even if they look fine.
• Sealed respiratory storage: Respirators should be stored in sealed containers or bags when not in use. Open storage is the quickest way to contaminate filters and compromise the seal.
• Damaged PPE pulled from service: The policy in most facilities is “replace damaged PPE immediately.” The reality is usually “keep wearing it until the safety guy notices.”

Let me give you a comparison that changed how I think about this. I worked with two facilities with nearly identical operations. Facility A spent about $40,000 a year on PPE. Facility B spent $25,000. Yet B had better safety outcomes, fewer audit findings, and lower equipment failure rates. The difference wasn't the brand or the price. It was that B had a working storage and maintenance system—PPE was protected when not in use, inspected before each shift, and pulled from service at the first sign of wear.

Facility A was buying quality gear and storing it badly.

Common mistakes and what they actually cost

If you take nothing else from this, use the total-cost lens when you budget for PPE. The cheapest FR shirt that fails after 10 wash cycles is more expensive than a better shirt that lasts 50 cycles. The chemical gloves that degrade mid-shift cost more in downtime than the gloves that last two weeks. The PAPR hood that sits with a dead battery costs more per actual hour of use than one with a backup battery system.

I learned this the hard way early in my career. I tried to cut costs by buying lower-tier gloves and cheaper FR cotton blends. We saved maybe $1,200 up front. Then we logged 14 hours of replacement labor, paid $300 for expedited shipping on emergency replacements, and lost half a day of production. The savings never came back.

One more thing: this checklist isn't a substitute for an industrial hygienist on high-hazard stuff. But run these seven steps before an audit—or before anyone steps into a hazardous area—and you'll catch the problems that cause most findings. And most injuries, honestly.