OSHA Noise Compliance Checklist for Texas Industrial Managers

If any worker at your Texas facility is exposed to noise at or above 85 decibels averaged over an 8-hour shift, federal OSHA requires a full Hearing Conservation Program. This includes noise monitoring, baseline and annual hearing tests, free hearing protection, yearly training, and detailed recordkeeping. Texas has no state OSHA plan, so federal Region 6 enforces this directly. The most common failure point is not the noise itself. It is incomplete paperwork and unclear ownership of who is supposed to be doing what.

That last point deserves attention, because it changes how the rest of this checklist should be read. Most guides on this topic explain the regulation. Few explain how to actually run the program week to week without something slipping through the cracks. Many facility managers pair a checklist like this one with a professional industrial noise control assessment, since knowing the rule and knowing your actual floor-level exposure are two different problems.

This checklist covers:

• The five things OSHA actually requires under 29 CFR 1910.95.
• Who on your team should own each part of the program.
• A simple calendar so nothing gets missed between audits.
• What to check during a fifteen-minute floor walk.
• How to prepare for an inspection before one is scheduled.

Why OSHA Noise Compliance Matters More in Texas

Texas does not operate its own OSHA-approved state plan. That has a few practical effects for industrial managers:

• Every private industrial employer answers directly to federal OSHA rules.
• There is no local softening of enforcement priorities the way some state-plan states allow.
• Federal Region 6, which covers Texas, Louisiana, Oklahoma, Arkansas, and New Mexico, handles enforcement directly.

The financial exposure has also increased. Here is where the numbers stand as of 2026:

• A serious violationcarries a maximum penalty of $16,550.
• A willful or repeat violationcan run as high as $165,514 per violation.
• OSHA logged more than 25,000 inspectionsnationally by mid-2026, resulting in over $90 million in penalties.
• Noise-related citations remain a recurring theme in Texas general industry inspections, from Houston’s refining corridor to Dallas-Fort Worth manufacturing plants and the Permian Basin.

Hearing conservation gaps are deceptively easy to get wrong. A facility can run its noise monitoring correctly and still get cited because a training record was not signed, an audiogram was never scheduled, or nobody could produce a calibration log during the walkthrough.

Here is the scale of the underlying problem:

• An estimated 22 million U.S. workersare exposed to hazardous occupational noise every year.
• More than half of exposed workersreport not consistently wearing hearing protection, even when it is provided.
• Manufacturing environments account for the majority of measurements that exceed OSHA’s exposure limits.

Two facts are worth holding onto as you read the rest of this checklist:

• Noise-induced hearing loss is permanent, and no medical procedure reverses it.
• The program exists to prevent that irreversible outcome, and citations exist to catch the administrative gaps that let it happen quietly.

The Five Things OSHA Actually Requires

Before the operational checklist, here is 29 CFR 1910.95 stripped down to what a manager needs to act on. It hinges on two numbers:

1. 85 dBA – the Action Level.Once any employee’s 8-hour time-weighted average exposure hits this level, you must enroll them in a full Hearing Conservation Program, whether or not they choose to wear protection.
2. 90 dBA – the Permissible Exposure Limit (PEL).Above this level, hearing protection stops being optional, and engineering or administrative controls become mandatory.

A quick field test still holds up well:

• Stand three feet apart from a coworker in the area you want to check.
• Try to hold a normal conversation without raising your voice.
• If you cannot, that area is very likely already at or above 85 dBA.

This is not a substitute for a dosimeter, but it is a useful gut check while walking the floor of a Houston, Dallas, or San Antonio facility.

With those thresholds in mind, a compliant program must include the following five elements.

1. Noise Monitoring

• Use personal dosimeters or area sampling to identify who is exposed and at what level.
• Repeat monitoring whenever equipment, process, or production changes increase exposure.

2. Audiometric Testing

• Provide a baseline hearing test within six months of first exposure.
• Follow with annual retests to catch a Standard Threshold Shift, a documented decline in hearing.
• Notify the employee in writing within 21 days if a shift is detected.

3. Hearing Protection, Provided Free

• Supply earplugs and earmuffs in a variety of styles at no cost to any worker at or above the action level.
• Provides double protection, plugs and muffs worn together, for workers exposed above 105 dBA on an 8-hour average.

4. Annual Training

• Cover how noise damages hearing.
• Explain how to select and care for hearing protection.
• Explain what the audiometric test actually measures.

5. Recordkeeping

• Keep noise exposure measurements for at least two years.
• Keep audiometric records for the entire length of employment.
• Provide employees and former employees access to their own records within 15 working days of a request. Missing that window is its own separate citable violation.

One detail trips up almost every new EHS coordinator. A hearing protector’s labeled Noise Reduction Rating (NRR) is a lab number, not a real-world one. OSHA applies a derating formula because actual attenuation runs well below the label:

• Earmuffs: real-world protection is estimated at roughly 75 percent of the labeled NRR.
• Foam earplugs: roughly 50 percent of the labeled NRR.
• Other earplugs (premolded or banded): roughly 30 percent of the labeled NRR.

After derating, subtract 7 and divide by 2 to convert to the A-weighted scale. A foam earplug rated at 30 dB works out closer to 4 to 5 dB of real protection. That gap is exactly why relying on PPE alone, without engineering controls, so often fails an inspection even when workers are technically wearing something.

Who Owns What: A Responsibility Map Most Facilities Never Write Down

This is where most hearing conservation programs quietly break down, not in the regulation, but in the handoffs between people. Ask five managers who is responsible for scheduling a new hire’s baseline audiogram, and you will often get five different answers. Write it down once, and the ambiguity disappears.

• Plant or Facility Manager– owns the budget, signs off on engineering controls, and is the point of contact if an inspector shows up.
• EHS Coordinator or Safety Officer– runs the actual monitoring, maintains the master recordkeeping system, and schedules audiometric testing.
• HR or Onboarding Lead– tracks every new hire’s six-month audiogram window so it does not get lost in first-week paperwork.
• Maintenance and Engineering Lead– flags new equipment for noise risk before installation, not after a complaint.
• Shift Supervisors– check daily that protection is actually being worn, not just issued.

If you cannot immediately name who owns your program’s weakest link, that is the place to start.

Build a Calendar Instead of Relying on Memory

Compliance programs rarely fail because managers do not care. They fail because tasks are spread out over months and nobody tracks the full shape of it. A simple operating calendar solves most of this:

• Ongoing:Daily spot-checks confirming hearing protection is worn correctly, not just carried.
• Within six months of hire:Baseline audiogram for anyone entering an 85 dBA-plus zone.
• Quarterly:A floor-walk audit and a review of any contractor crews currently on site.
• Annually:Retest audiograms, refresh training, recalibrate dosimeters, and review any Standard Threshold Shift cases from the past year.
• Whenever conditions change:New equipment, a facility expansion, or a shift-length change all trigger re-monitoring, since a longer shift at the same noise level raises the dose even if nothing on the floor physically changed.

Acoustic engineering support also fits naturally into this calendar. Facilities that work with an acoustic engineering team tend to find it easier to stay ahead of the 90 dBA threshold, for a simple reason:

• Engineering controls address the noise source directly, instead of managing symptoms with PPE alone.
• Reviewing controls annually, rather than only after a citation, keeps the calendar proactive instead of reactive.

Contractors Are Where Liability Gets Confusing

Texas industrial sites lean heavily on contractor and staffing-agency labor, and this is where OSHA’s multi-employer citation policy catches people off guard. If a three-person electrical contractor crew works two weeks in a 92 dBA zone at your facility, both the host employer and the staffing agency can carry responsibility, depending on who controlled the hazard and who had the ability to correct it.

The practical fix is simple, even if the liability question is not:

1. Require documentation of hearing conservation enrollment before any outside crew enters a high-noise area.
2. Confirm the crew has been issued hearing protection.
3. Do not assume the contractor’s employer of record already has it handled.

A short intake checklist at the gate saves a much longer conversation with an inspector later.

The 15-Minute Floor-Walk Checklist

A manager does not need a dosimeter to catch most problems. Fifteen minutes on the floor is usually enough to spot:

• Warning signage that is faded, blocked, or missing at zone entrances.
• Workers wearing earmuffs around their neck instead of over their ears.
• Anyone cupping a hand to their ear mid-conversation, a strong sign ambient noise has crept up.
• New or relocated equipment that has not been through a noise survey yet.
• Any impact or clanging noise that was not present during the last measurement.

None of these prove a violation on their own, but each one is a reason to schedule a proper measurement before it becomes one.

Rehearse the Inspection Before It Happens

When a Region 6 compliance officer arrives, the sequence is fairly predictable. They typically ask for the written program first, then records, then walk the floor. What they are really testing is whether the documentation matches what they see in person.

This is also where the 2026 penalty-reduction factors become genuinely useful to understand, not just abstract numbers:

• Employer sizecan reduce a gravity-based penalty substantially, with the steepest cuts for smaller facilities.
• A documented good-faith safety program, meaning proactive correction of hazards and complete training records, can reduce the penalty further.
• A clean compliance historyover the past five years adds another reduction on top of that.

Here is what stacking those factors looks like with real numbers:

1. An inspector identifies a serious violation with a gravity-based starting penalty of $12,000.
2. A facility with 40 employees qualifies for a 40 percent size reduction, bringing it to $7,200.
3. A documented good-faith program reduces it further.
4. A clean five-year history reduces it again.

The final number for a well-documented facility can land well under half of what a disorganized facility would pay for the identical violation. The paperwork is not just protective. It is financially load-bearing.

A useful gut check. Could your EHS coordinator hand over the following in under ten minutes, without digging through email threads?

• Your last dosimetry report.
• Your most recent training sign-in sheet.
• A sample employee’s full audiometric history.

If not, that is the gap to close this month.

Free Help Exists – Use It Before You Need It

The Texas Department of Insurance runs OSHCON, a free and confidential consultation program that is entirely separate from OSHA’s enforcement arm. Here is what it offers:

• Consultants walk the facility, review written programs, and flag gaps.
• Nothing is reported to OSHA as a result of the visit.
• No citations or fines are issued through this program.
• Requests often take several weeks to schedule, so it works best as a periodic checkup rather than a last-minute fix before a known inspection.

If your facility needs faster turnaround or ongoing support, a paid acoustic or safety consultant fills that gap. This is especially useful for facilities that need documented engineering-control recommendations rather than just a hazard walkthrough. Before hiring one, ask:

• What calibration standards does their equipment meet.
• Will they help build the written program, or just hand over a data report.
• How quickly do they turn around results after a site visit.

A Self-Check Before You Close This Tab

Run through this quickly:

1. Do you know, right now, who owns hearing conservation at your facility without asking around.
2. Has every employee in a high-noise zone had a baseline audiogram within six months of starting.
3. Is your noise monitoring current, or was your last measurement taken before your last piece of new equipment went in.
4. Could you produce two years of monitoring records and full-employment audiometric histories today, not eventually.
5. Are contractors on your site required to show hearing conservation documentation before they start work.

If two or more of these gave you pause, that is not a crisis. It is simply a to-do list, and now you have one.

Frequently Asked Questions

What is the OSHA action level for noise?

The action level is 85 decibels averaged over an 8-hour shift. At this level, workers must be enrolled in a hearing conservation program, though wearing protection can still be their choice.

What is the difference between the action level and the PEL?

The action level (85 dBA) starts the hearing conservation program. The permissible exposure limit (90 dBA) makes hearing protection mandatory and requires engineering or administrative controls.

Who is responsible if a contractor is cited on my property?

Responsibility depends on who controlled the hazard and who had the ability to fix it. Both the host facility and the contractor’s employer can carry responsibility under OSHA’s multi-employer policy.

Does OSHA require digital recordkeeping?

No. Paper records are technically compliant. In practice, paper systems fail more often at scale, since records get misplaced during staff turnover or facility moves.

What counts as a Standard Threshold Shift?

It is a specific, measurable decline in an employee’s hearing compared to their baseline audiogram. The employee must be notified in writing within 21 days of the determination.

How long must audiometric records be kept?

Audiometric records must be kept for the entire duration of the employee’s employment. Noise exposure measurement records must be kept for at least two years.

Is hearing protection enough on its own?

No. OSHA requires engineering and administrative controls above 90 dBA before relying on hearing protection as the primary solution. PPE is the last line of defense, not the first.

The One-Page Recap

Hearing conservation compliance rarely fails because a facility does not care about worker safety. It fails because responsibility is unclear, the calendar lives in someone’s head instead of on paper, and records that exist somewhere cannot be produced fast enough when it counts.

1. Assign the five roles.
2. Build the calendar.
3. Run the fifteen-minute floor-walk quarterly.
4. Rehearse what you would hand an inspector before you ever have to.

Everything else in the regulation follows naturally once those four habits are in place.