Ink and solvent exposure written program for small print shops

Last updated 2026-07-11

Does OSHA actually require a written program for ink and solvent use?

Yes. And there are two separate requirements that most small print shops either blur together or miss entirely.

The first is the Hazard Communication Standard, 29 CFR 1910.1200. It applies to any employer whose workers may be exposed to hazardous chemicals. Solvent-based ink, press wash, fountain solution, blanket wash, and UV ink all qualify. The standard requires a written hazard communication program, a complete SDS library, proper container labeling, and documented employee training. Every print shop in the country that uses any of these products is covered. No exemption for size.

The second layer comes from 29 CFR 1910.1000, which sets permissible exposure limits (PELs) for specific airborne chemicals like toluene, isopropyl alcohol, naphtha, and n-hexane. If your workers actually reach or approach those limits, you may need a more formal written exposure control program with air monitoring, engineering controls, and medical surveillance. Whether you need that second layer depends on which solvents you use and how your shop is ventilated.

Here's the honest answer for most small offset or screen print shops. You definitely need the HazCom written program. You probably don't need a full industrial hygiene program unless you're running high-VOC solvents all day in a poorly ventilated space. But verify that. Don't assume it. ^[1][2]

What chemicals in a print shop are regulated and what are their exposure limits?

It varies a lot by process. Offset lithography, screen printing, flexography, and digital printing each carry their own chemical profile.

Below are the chemicals OSHA cites most often in printing-industry enforcement, with their 8-hour time-weighted average PELs from 29 CFR 1910.1000 Table Z-1 ^[2]:

Chemical	Common print use	OSHA PEL (TWA)	NIOSH REL (TWA)
Isopropyl alcohol (IPA)	Fountain solution, press wash	400 ppm	400 ppm
Toluene	Solvent-based inks, adhesives	200 ppm	100 ppm
n-Hexane	Some solvent blends	500 ppm	50 ppm
Naphtha (VM&P)	Press washes	300 ppm	300 ppm
Ethanol	Fountain solution	1,000 ppm	Not established
Ethyl acetate	Flexo inks	400 ppm	400 ppm
Methylene chloride	Screen reclaim, some cleaners	25 ppm (action level 12.5 ppm)	0.36 ppm

NIOSH recommended exposure limits run more conservative than OSHA PELs. The Table Z-1 PELs are the legal floor. Many occupational health professionals follow NIOSH's RELs instead, because OSHA's PELs haven't been updated since 1971 for most substances. ^[3]

Methylene chloride deserves its own flag. It carries a separate standard, 29 CFR 1910.1052, with an action level of 12.5 ppm and a PEL of 25 ppm as an 8-hour TWA, plus medical surveillance, a written exposure control program, and specific engineering controls. If your screen reclaim product or any cleaner contains methylene chloride, you're in a different regulatory world than a shop running only IPA-based products. Read the SDS. ^[4]

UV-curable inks get marketed as safer, and on VOC emissions they are. But uncured UV ink contains acrylate monomers that are strong skin and respiratory sensitizers, and OSHA has cited shops under the general duty clause for weak controls around UV ink. No specific PEL does not mean no hazard. ^[1]

What goes in the written hazard communication program for a print shop?

The written HazCom program is not a binder stuffed with SDSs. It's a short, specific document that explains how your shop manages chemical hazards. OSHA says it must cover four things: how you maintain your SDS library, how you label containers, how you train employees, and how you handle multi-employer worksites if that applies to you. ^[1]

Here's what each section should actually say for a print shop, beyond confirming the topic exists.

Written program document, section by section:

Purpose and scope. Name your shop, say the program covers all hazardous chemicals used in your operations, and list the job titles covered (press operators, prepress, bindery, maintenance).

Responsibilities. Name the person who maintains SDSs, updates labels, and runs training. In a five-person shop, that's probably you. In a 20-person shop, it might be the pressroom supervisor. Use a name, not a job title. A name is harder to ignore.

Chemical inventory. List every product by trade name, with the manufacturer, chemical family, and the SDS location. The inventory is the backbone of the whole program. If a chemical isn't on the list, you can't prove your employees knew about it.

SDS access. State exactly where SDSs live (binder in the pressroom, shared drive folder, or an app) and that employees can reach them at any point during their shift. OSHA requires access during work hours, not only during training. ^[1]

Labeling. Explain that all containers get a label with the product name, signal word, hazard pictograms, and the manufacturer's name. Secondary containers, like a small squeeze bottle of press wash, need at minimum the product name and the primary hazard. If you print your own labels on a label machine, describe that process here.

Training. Explain when training happens (before first exposure, when new chemicals arrive, refresher as needed) and what it covers. Training has to include how to read an SDS, the physical and health hazards, how to use protective equipment, and what to do in an emergency. Generic online videos don't cut it alone if they never touch your specific chemicals and processes.

Non-routine tasks. If you sometimes do something unusual, like flushing an ink system with a strong solvent or cleaning a UV lamp housing, describe how you'll warn workers of the hazards before that task.

The whole written program for a small print shop fits on four to six pages. It doesn't need length. It needs accuracy and specifics tied to your operation. If you want a starting structure, SafetyFolio's program generator walks through each section for print shops in about 15 minutes and produces a document you can hand an inspector. ^[5]

How do you build and maintain an SDS library for a print shop?

Start by pulling every product currently in your shop. Every ink series, every press wash, every cleaning solvent, every fountain solution additive, every maintenance chemical, every aerosol can. It's almost always more than people expect. A mid-size offset shop typically carries 30 to 60 products once you count maintenance chemicals.

For each product, get the current SDS from the manufacturer's website. The revision date sits in Section 1 or Section 16. If your copy is more than five years old, there's a decent chance it's been revised. The regulation requires the current version. ^[1]

Organize the library alphabetically or by work area. Both work. What doesn't work: SDSs in a manager's office that locks after hours, or a filing cabinet nobody knows about. OSHA has cited employers for SDSs that were technically present but not accessible.

Electronic SDS systems are fine. OSHA allows them under 1910.1200(g)(8) as long as there's no barrier to access during working hours, there's a backup if the system goes down, and employees know how to use it. If you run a tablet or a shared network folder, don't bury it behind a password that slows people down, and keep a small paper backup for your most-used chemicals. ^[1]

Review the inventory at least once a year, and any time you bring in a new product. Document the annual review, even if it's one line in a log: "Chemical inventory reviewed July 2025, no changes." That line protects you if an inspection or an incident ever lands on your desk.

What ventilation and engineering controls does a print shop need?

Engineering controls sit above PPE in OSHA's hierarchy of controls. Your written program should describe what controls you have and how they're maintained, more than which respirators employees wear.

For most solvent work in printing, the main engineering control is local exhaust ventilation (LEV): a hood, slot exhaust, or downdraft table placed close to where vapor gets generated. Dilution ventilation (general room air exchange) does less for high-concentration point sources but stays required as a baseline.

OSHA's general industry ventilation standard is 29 CFR 1910.94 for specific operations, and the general duty clause backstops situations no specific standard covers. The National Fire Protection Association's NFPA 91 covers exhaust systems for air conveying materials, and many state fire codes adopt it.

Your written program should document:

• The type of ventilation in each work area (for example, "pressroom has a 2,000 CFM slot exhaust at the wash-up station")
• The maintenance schedule for exhaust fans and filters
• What to do if ventilation fails (stop solvent work, open doors, notify supervisor)

If you don't know your ventilation capacity, an HVAC contractor or industrial hygienist can measure it. OSHA's On-Site Consultation Program also runs free assessments for small businesses, and it's separate from enforcement. They don't issue citations. ^[6]

Substitution is the highest control and often the most practical move for a small shop. Switching from a high-VOC petroleum press wash to a soy- or water-based product can cut solvent exposure sharply, and it often erases the need for air monitoring or a respirator program. If you're still using naphtha or toluene-based washes when citrus or water-based options exist for your press type, weigh the chemistry switch against the cost of managing an exposure program. Changing the chemical usually beats managing it.

When does a print shop need air monitoring?

Air monitoring is required when OSHA has a specific substance standard with monitoring provisions, or when you have reason to believe exposures might approach an action level or PEL.

For methylene chloride, 29 CFR 1910.1052 requires initial monitoring for any employee who may be exposed, and periodic monitoring after that if results land above the action level of 12.5 ppm. ^[4]

For most other printing solvents (IPA, naphtha, toluene), there's no blanket monitoring requirement. But OSHA can cite you under the general duty clause if you have a known exposure risk and no data. The practical test is simple: if a compliance officer asked whether your workers' exposures sit below the PEL, could you answer?

If your shop is small, well-ventilated, and running low-VOC solvents, the answer is often "yes, based on the product chemistry and our ventilation setup." Write that reasoning down. If you're running solvent-based inks all day in a 1,000 square foot room with one ceiling fan, get air monitoring done. An industrial hygienist can run personal sampling (a badge worn by the worker during a shift) for roughly $500 to $1,500 per sample set, depending on the chemicals and your location. Nobody has published a recent national average for small print shops specifically; that range comes from industrial hygiene consultants and AIHA member firms.

If you do monitor, keep the results. OSHA requires air monitoring records for certain regulated substances to be retained for 30 years. For general monitoring not tied to a specific substance standard, the conservative move is to keep records for the duration of employment plus 30 years. ^[7]

What PPE does a print shop written program need to cover?

PPE is the last line of defense, and it still belongs in your written program. The relevant standards are 29 CFR 1910.132 for general PPE, which requires a written hazard assessment, and 29 CFR 1910.134 if you require respirators.

For typical solvent and ink work, your PPE section should cover:

Gloves. Not all gloves stop all solvents. SDS Section 8 lists the recommended glove material. Nitrile works well for most petroleum-based press washes. For ketone or aromatic solvents, laminated barrier gloves (like Silver Shield) hold up better. Specify glove type by task or chemical. Don't just write "wear gloves."

Eye protection. Chemical splash goggles for any task involving pouring or open containers. Safety glasses for general press operation. With aerosols, the splash zone is bigger than it looks.

Skin protection. Solvent-resistant aprons or sleeves for wash-up tasks. Some shops use barrier creams. The research on barrier creams is mixed, OSHA doesn't require them, and they do reduce dermal absorption of some solvents. Treat them as a supplement, not a substitute for gloves.

Respirators. If your engineering controls reliably hold exposures below PELs and you don't require respirators, say so in writing and explain why. If you do require them, you trigger 29 CFR 1910.134: a written respiratory protection program, medical evaluation for each wearer, fit testing for tight-fitting respirators, and annual training. That's a separate written program. Some shops issue respirators voluntarily (workers may use them but aren't required to). Even then, OSHA requires you to give workers Appendix D of 1910.134 in writing. ^[8]

Your PPE hazard assessment under 29 CFR 1910.132(d) must be in writing, signed, and dated. It doesn't have to run long. It says: "I surveyed the work areas and tasks, I identified the hazards, and I determined the required PPE for each." That document, plus training records showing employees know how to use the PPE, is what you'd hand an inspector. ^[9]

For more on building out your PPE documentation, see our guide on hazard communication.

How do you train print shop employees on ink and solvent hazards?

OSHA's HazCom standard requires training before initial assignment to a work area where hazardous chemicals are present, and again when new hazards are introduced. The standard sets no explicit retraining interval, though many employers run annual refreshers as a practical matter.

Training must cover the requirements of 29 CFR 1910.1200, where to find the written program and SDSs, how to detect a chemical release, the physical and health hazards of the chemicals in the work area, how to protect against those hazards, and the labeling system. ^[1]

Training has to be in a language employees understand. If your press operators speak mainly Spanish, English-only training doesn't meet the standard. OSHA has issued citations on exactly this point.

What counts as documentation? At minimum: employee name, date, topics covered, and trainer name. A sign-in sheet works. So does a short quiz with the answers attached. The goal is to show that training happened and that the employee understood it.

For print shops, I'd build the training around three things operators actually need. What's in the products they use and why it matters. How to read an SDS fast when there's a problem. Exactly what to do in an exposure incident, including first aid and who to call. Abstract hazard lectures do less than scenario-based training tied to your actual pressroom.

Don't skip the incident report piece. Any significant exposure event should be documented on an incident report, which connects straight back to the emergency procedures section of your written program.

What should the emergency procedures section cover?

Emergency procedures are one of the most commonly missing or vague sections in small shop programs. OSHA expects you to have thought through what happens when something goes wrong.

For ink and solvent exposure, that means four scenarios.

Skin contact. Immediate actions (flush with water for 15 to 20 minutes for most solvents, longer for some), the location of the nearest eyewash or sink, when to call poison control (1-800-222-1222), and when to seek medical attention.

Eye contact. Same flush protocol. An emergency eyewash station must sit within ten seconds of travel for corrosive or severely irritating materials, per 29 CFR 1910.151 and ANSI Z358.1. A sink doesn't count unless the faucet has a hands-free eyewash attachment. ^[10]

Inhalation. Move the person to fresh air right away. Know the overexposure symptoms for your specific chemicals. Toluene, for example, causes dizziness, headache, and, at high concentrations, unconsciousness. IPA overexposure can look like alcohol intoxication. If a worker loses consciousness or struggles to breathe, call 911.

Spill. Stop the source if it's safe. Contain the spill with absorbent made for solvents (sand, clay absorbent, or a commercial spill kit). Kill ignition sources. Ventilate. Dispose of the used absorbent as hazardous waste in most states. Know who to call for large spills (your state environmental agency, and EPA's RCRA hotline if you're over reportable quantities).

Write these procedures in plain language at the workstation, not only in the binder. A laminated card at the wash-up station with the first aid steps and emergency phone numbers does more good than a program on a shelf.

How does OSHA enforce these rules in print shops, and what are the common citations?

OSHA targets print shops through its Regional Emphasis Programs, especially in states where printing has long been a significant sector. The most common citations in printing fall under HazCom and respiratory protection.

According to OSHA's enforcement data, 29 CFR 1910.1200 (Hazard Communication) is consistently in OSHA's top ten most-cited standards across all industries. Print shops get cited most often for missing or outdated SDSs, containers without proper labels (especially secondary containers like squeeze bottles and pails), no written HazCom program, and employees who can't explain the hazards of the chemicals they handle. ^[11]

Fines have climbed a lot since 2015, when Congress tied OSHA penalties to inflation. As of January 2025, the maximum penalty for a serious violation is $16,550 per violation. Willful or repeated violations can reach $165,514. Actual penalties in a small shop case usually run lower, adjusted for size and good faith, but a first-time citation for no written HazCom program commonly lands at $3,000 to $8,000 after the gravity and adjustment calculations. ^[12]

What triggers an inspection? Most often a worker complaint, a referral from another agency (workers' comp insurer, fire marshal), a fatality or severe injury, or a random programmed inspection in a targeted industry. Shops with fewer than 10 employees are exempt from OSHA's programmed inspection targeting in some years, but never from complaint-driven or accident-triggered inspections.

A written program that's actually being followed is the single biggest factor in whether an inspection ends in citations and how large the penalties run. An inspector who sees documentation, training records, a current SDS binder, and labeled containers treats the visit very differently than one who sees none of that. See also what does OSHA stand for and how the agency's authority works.

How do you put the full written program together and keep it current?

The written program is a living document, not a one-time project. Here's a realistic structure for a small print shop.

Document 1: Written Hazard Communication Program (required by 29 CFR 1910.1200). Four to six pages covering purpose, scope, responsibilities, chemical inventory by reference, SDS access procedure, labeling policy, training policy, and non-routine task hazard communication. Sign and date it. Review it annually.

Document 2: Chemical Inventory. A list of every hazardous chemical, updated when products change. The inventory is technically part of the HazCom program but works better as a separate maintained spreadsheet. Include trade name, manufacturer, SDS location, and primary hazards.

Document 3: PPE Hazard Assessment (required by 29 CFR 1910.132). One to two pages certifying that you surveyed the workplace, identified the hazards, and selected the right PPE. Sign it with the date and location.

Document 4: Respiratory Protection Program (required by 29 CFR 1910.134, only if you require respirators). Much more involved than the others. If you can kill the need for required respirators through engineering controls, you kill the need for this program.

Document 5: Methylene Chloride Exposure Control Plan (required by 29 CFR 1910.1052, only if you use MC-containing products). If you can substitute out of methylene chloride entirely, do it. The compliance burden is heavy.

Once these are assembled, keep them where employees can find them (pressroom, breakroom, shared drive) and set a calendar reminder to review annually. When you add a new chemical, update the inventory and the SDS library the same day. When you hire someone new, train before they touch any chemical and document it.

If you want to skip the blank-page problem, SafetyFolio's safety program generator builds a print-shop-specific written HazCom program customized to your chemical inventory, process, and state in about 15 minutes.

For shops with lockout tagout requirements on ink delivery systems and press components, that program runs separately from the chemical exposure program but should be cross-referenced in both.

Does your state have additional requirements beyond federal OSHA?

Twenty-eight states and territories run their own OSHA-approved state plans. Each must be at least as effective as federal OSHA, and each can be stricter. ^[13]

For printing chemical hazards, California (Cal/OSHA) is the biggest departure. California's Proposition 65 requires businesses with 10 or more employees to warn workers (and the public) about exposures to chemicals on the state's carcinogen and reproductive toxin list. Many printing solvents and some pigment compounds sit on that list. Cal/OSHA also sets a stricter PEL for toluene (50 ppm versus federal OSHA's 200 ppm) and adds workplace exposure assessment requirements that go past federal minimums.

Washington (L&I), Michigan (MIOSHA), and Minnesota (MNOSHA) also carry state-specific chemical exposure rules that diverge from federal standards in places. If you're in a state plan state, check your state agency's website for printing-industry guidance before you finalize the written program.

OSHA's state plan directory lists all 28 state plans with links to each state agency. ^[13]

Frequently asked questions

Do I need a written safety program if I only have two or three employees?

Yes. The Hazard Communication Standard at 29 CFR 1910.1200 applies to all employers with workers who may be exposed to hazardous chemicals, regardless of company size. There's no small-business exemption. A two-person print shop using press wash or screen cleaning solvent needs a written HazCom program, SDS access, proper labeling, and documented training. The program can be brief, but it must exist.

Can I download a template for a print shop HazCom program, or do I need to hire a consultant?

You don't need a consultant for a straightforward HazCom program. OSHA publishes a model written plan, and several state consultation programs offer free print-shop-specific templates. The catch is that any template must be customized to your actual chemicals, processes, and facility. A generic template with the wrong chemical list or a placeholder for the responsible person's name won't hold up in an inspection and doesn't protect your workers.

How often does the written program need to be updated?

OSHA sets no specific update interval in the HazCom standard, but the program must reflect your current operations. Practically, review the written program and chemical inventory annually and whenever you add a chemical, change a process, or have a spill or exposure incident. Date every revision. A program from five years ago listing chemicals you no longer use, or missing ones you do, signals that nobody is maintaining it.

What's the difference between an SDS and a MSDS?

Material Safety Data Sheets (MSDS) were the older format. Safety Data Sheets (SDS) are the standardized 16-section format OSHA adopted in 2012 when it aligned with the Globally Harmonized System (GHS). OSHA required all chemical manufacturers to move to GHS-format SDSs by June 2015. If you still have MSDSs in your files, they're likely outdated. Pull current SDS versions from your suppliers' websites.

Do UV-curable inks require the same written program as solvent-based inks?

UV-curable inks are still hazardous chemicals under 29 CFR 1910.1200, so yes, they belong in your HazCom written program and SDS library. They contain acrylate monomers that are skin and respiratory sensitizers, and uncured ink is more hazardous than cured ink. OSHA has cited shops under the general duty clause for weak controls around UV ink. The main exposure routes are skin contact and, during printing and cleaning, inhalation of mists or aerosols.

What happens if an employee is overexposed to a printing solvent?

First, provide immediate first aid per the SDS. Skin exposure: flush with water for 15 to 20 minutes. Eye exposure: irrigate with water for at least 15 minutes and seek medical attention. Inhalation: move to fresh air, call 911 if the worker struggles to breathe or loses consciousness. Document the incident on a written incident report. If it results in medical treatment beyond first aid, days away from work, or other recordable criteria, it goes on your OSHA 300 log.

Does the HazCom written program cover mixtures, or just pure chemicals?

Mixtures are covered. Most printing inks and press washes are mixtures, and the HazCom standard requires manufacturers to provide an SDS for a mixture that identifies all hazardous ingredients present at or above 0.1 percent (for carcinogens) or 1 percent (for other hazards). Your written program must include the mixture's SDS, not the individual components. The trade name on the container is enough for inventory and labeling.

How do I know if my shop's ventilation is good enough to skip air monitoring?

There's no bright-line rule. Make a reasonable professional judgment based on the solvents in use and their PELs, the quantity used per shift, the size and air exchange rate of your space, and whether workers report headaches or dizziness. Using low-VOC solvents in a well-ventilated space with no symptoms, you can usually document that judgment in writing. Running high-VOC solvents in a small enclosed space, get air monitoring done. OSHA's free On-Site Consultation program can evaluate this at no cost.

What records from the written program do I need to keep, and for how long?

Training records: keep for the duration of employment, minimum. Employee exposure monitoring records: 30 years for substances regulated under specific OSHA standards; keep for the duration of employment plus 30 years as a conservative default. Medical records: duration of employment plus 30 years. The written program itself: keep the current version plus prior versions for at least five years, though there's no specific OSHA retention rule for the document. SDS copies: some states require retention after a product is discontinued.

What does an OSHA inspector actually look at in a print shop?

Inspectors usually start with a walkaround, checking container labels, SDS accessibility, and PPE in use. They'll ask to see the written HazCom program and the chemical inventory. They'll ask employees, privately, whether they've been trained and whether they know where SDSs are. Common citation triggers: unlabeled secondary containers, no written program, employees who can't describe their chemicals' hazards, and inaccessible or outdated SDSs. Good documentation and trained employees are the practical defense.

Is isopropyl alcohol in fountain solution regulated as a hazardous chemical?

Yes. IPA is a flammable liquid with a PEL of 400 ppm as an 8-hour TWA under 29 CFR 1910.1000. Fountain solutions containing IPA must have an SDS and belong in your HazCom program. At typical fountain solution concentrations (8 to 15 percent IPA), airborne exposure usually sits well below the PEL in a normally ventilated pressroom, but the product is still a regulated hazardous chemical that requires labeling and SDS availability.

Do I need a separate written program for each chemical, or one program for the whole shop?

One written HazCom program covers all chemicals in your shop. Most substances need no chemical-specific program beyond HazCom. Exceptions: methylene chloride (29 CFR 1910.1052 requires its own written exposure control plan), lead (29 CFR 1910.1025 if present in inks above the action level), and, if you require respirators, a separate written respiratory protection program under 29 CFR 1910.134.

Can I use a digital SDS system on a tablet instead of a paper binder?

Yes. OSHA allows electronic SDS systems under 29 CFR 1910.1200(g)(8) with three conditions: no barriers to employee access during work hours, a backup if the device fails, and employees trained on how to use it. In practice, a tablet with a reliable SDS app plus a paper backup for your ten most-used chemicals is reasonable. Don't lock the tablet or require a password employees don't know.

What training is required before a new print shop employee starts working with solvents?

Training must happen before initial assignment to any work area where hazardous chemicals are present. It must cover how to read an SDS, the hazards of the specific chemicals in that work area, how to protect against them, the labeling system, and where the written program is kept. Document it with the employee's name, date, topics, and trainer. Putting someone on the press and training them later is not compliant.

Sources

1. OSHA, 29 CFR 1910.1200 Hazard Communication Standard (full regulatory text): Written HazCom program requirements: SDS access, container labeling, employee training, and coverage of non-routine tasks for all employers with hazardous chemical exposures
2. OSHA, 29 CFR 1910.1000 Table Z-1 Air Contaminants PEL table: PELs for IPA (400 ppm), toluene (200 ppm), n-hexane (500 ppm), naphtha VM&P (300 ppm), ethyl acetate (400 ppm), and ethanol (1,000 ppm)
3. NIOSH, Pocket Guide to Chemical Hazards: NIOSH RELs for printing solvents, including toluene REL of 100 ppm vs OSHA PEL of 200 ppm
4. OSHA, 29 CFR 1910.1052 Methylene Chloride standard: Methylene chloride action level 12.5 ppm, PEL 25 ppm 8-hour TWA; requires written exposure control program, air monitoring, and medical surveillance
5. SafetyFolio, OSHA Safety Program Generator: Online tool for generating print-shop-specific written safety programs
6. OSHA, On-Site Consultation Program for Small Businesses: Free confidential on-site safety and health assessments for small businesses; separate from enforcement, no citations issued
7. OSHA, 29 CFR 1910.1020 Access to Employee Exposure and Medical Records: Requires retention of employee exposure monitoring records for 30 years for substances regulated by specific OSHA standards
8. OSHA, 29 CFR 1910.134 Respiratory Protection standard: Requires written respiratory protection program, medical evaluation, and fit testing when respirators are required; Appendix D must be provided to voluntary respirator users
9. OSHA, 29 CFR 1910.132 General PPE requirements: Requires written certification of workplace hazard assessment for PPE selection, signed and dated by the certifying official
10. OSHA, 29 CFR 1910.151 Medical services and first aid; ANSI Z358.1 eyewash standard: Emergency eyewash stations must be accessible within 10 seconds of travel for corrosive or severely irritating materials
11. OSHA, Top 10 Most Frequently Cited Standards: 29 CFR 1910.1200 Hazard Communication is consistently among OSHA's top 10 most-cited standards across all industries
12. OSHA, Civil Penalties: Maximum Penalty Levels (updated January 2025): Maximum penalty for a serious violation is $16,550 per violation as of January 2025; willful or repeated violations up to $165,514
13. OSHA, State Plans Directory: 28 states and territories operate OSHA-approved state plans that may impose stricter requirements than federal OSHA