Acrylonitrile Awareness Training Online | OSHA 1910.1045 | HazMat Student
Acrylonitrile Awareness Training Online — OSHA 29 CFR 1910.1045 | HazMat Student. Self-paced online course covering the 2 ppm PEL, action level, ceiling, and medical surveillance.

Acrylonitrile Awareness Training Online

Acrylonitrile awareness training built around 29 CFR 1910.1045 (General Industry), meeting the OSHA training requirements for workers exposed to acrylonitrile. Covers the 2 ppm PEL, 1 ppm action level, 10 ppm ceiling, and OSHA-required medical surveillance. Self-paced, instant certificate.

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What it is

What Is Acrylonitrile Awareness Training?

Acrylonitrile awareness training teaches workers about the hazards of occupational acrylonitrile exposure — a probable human carcinogen whose acute toxicity resembles cyanide poisoning. The training covers OSHA's 2 ppm PEL, the 1 ppm action level, the 10 ppm ceiling, medical surveillance for employees exposed at or above the action level, and safe work practices. Required under 29 CFR 1910.1045 for general industry. HazMat Student's awareness course is $19.95.

The Federal Regulatory Framework for Acrylonitrile

OSHA enforces acrylonitrile exposure under 29 CFR 1910.1045 for general industry. OSHA sets a 2 ppm PEL, a 1 ppm action level, and a 10 ppm ceiling not to be exceeded in any 15-minute period. NIOSH publishes a more protective Recommended Exposure Limit (REL) of 1 ppm (TWA, Ca) in its Acrylonitrile Topic Page. NIOSH classifies acrylonitrile as a potential occupational carcinogen (Ca) and recommends a more protective 1 ppm REL.

What This Course Covers

  • What acrylonitrile is and where it is used
  • Where workers may encounter acrylonitrile on the job
  • Health effects — from acute cyanide-like toxicity to cancer risk
  • The PEL, action level, and 15-minute ceiling
  • OSHA methods of compliance to prevent exposure
  • Medical surveillance and hazard communication requirements

Who Needs This Training

  • Acrylic fiber manufacturing operators
  • Plastics and resin production workers
  • Nitrile rubber and latex manufacturing crews
  • Carbon fiber and aerospace composite workers
  • Chemical plant operators and maintenance/turnaround crews
  • Anyone exposed at or above the 1 ppm action level, or with potential skin/eye contact with liquid acrylonitrile
Pricing & enrollment

Acrylonitrile Awareness Training

A single self-paced course with an instant printable certificate. Choose your option below and enroll in minutes.

OSHA Essentials
Online Course
Acrylonitrile Awareness Online
★★★★★
  • OSHA 29 CFR 1910.1045 content
  • 2 ppm PEL, 1 ppm action level, 10 ppm ceiling
  • 12 months of access
  • Mobile-ready on any device
  • Meets the annual training requirement
  • Accepted by major operators & pre-qual systems
  • Digital certificate (printable)
  • Permanent record at OTS student portal
🏆 Best Overall
$19.95
Meets OSHA training requirements · Self-paced · Instant certificate
▶ Enroll Now — $19.95
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Why Acrylonitrile Is Different

A dual hazard — cancer and cyanide-like acute toxicity

Acrylonitrile is unusual: it is a probable human carcinogen AND an acute poison whose mechanism resembles cyanide, capable of causing collapse and death from a single high exposure. Workers must be protected against both the long-term cancer risk and the immediate asphyxiant danger — which is why OSHA pairs a 2 ppm PEL with a hard 10 ppm 15-minute ceiling.

Where it applies

Industries Served

Acrylonitrile awareness training serves the industries that manufacture, handle, or process this monomer:

🧶

Acrylic Fiber Manufacturing

  • Polymerization and spinning operations
  • Monomer storage and transfer
  • Line cleaning and maintenance
  • Quality control sampling

Plastics & Resins

  • ABS and SAN resin production
  • Reactor and extrusion operations
  • Compounding and pelletizing
  • Bulk monomer handling
🛣

Nitrile Rubber & Latex

  • Emulsion polymerization
  • Latex compounding
  • Reactor charging and cleanout
  • Wastewater handling

Carbon Fiber & Aerospace

  • Precursor (PAN) production
  • Oxidation and carbonization lines
  • Composite layup support
  • Defense and aerospace supply

Chemical Manufacturing

  • Propylene ammoxidation units
  • Distillation and purification
  • Tank farm and loading racks
  • Turnaround and confined-space entry
🔬

Laboratory & QC

  • Analytical sampling
  • Method development
  • Small-scale synthesis
  • Sample storage and disposal
What you'll learn

Course Content in Detail

Learning Objectives

After completing this course, learners will be able to:

  • What acrylonitrile is and where it is used
  • Where workers may encounter acrylonitrile on the job
  • Health effects — from acute cyanide-like toxicity to cancer risk
  • The PEL, action level, and 15-minute ceiling
  • OSHA methods of compliance to prevent exposure
  • Medical surveillance and hazard communication requirements
  • Identify regulated areas and required protections
  • Apply the action-level triggers for monitoring and surveillance

Course Modules

Defines acrylonitrile (vinyl cyanide), its industrial uses, and where workers encounter it.

You will learn to:

  • Recognize acrylonitrile and its common names
  • Identify industries and tasks with exposure
  • Understand why it carries a substance-specific standard
  • Locate acrylonitrile in your own workplace

Covers acute cyanide-like toxicity, cancer risk, and the OSHA PEL, action level, and ceiling.

You will learn to:

  • Describe acute and chronic health effects
  • State the 2 ppm PEL, 1 ppm action level, and 10 ppm ceiling
  • Distinguish a ceiling from a STEL
  • Explain inhalation and skin-contact routes

Methods of compliance, controls, regulated areas, and medical surveillance requirements.

You will learn to:

  • Apply engineering and work-practice controls
  • Understand regulated areas and PPE
  • Describe medical surveillance triggers
  • Know training frequency requirements
Hierarchy of controls

Engineering Controls and PPE for Acrylonitrile Exposure

OSHA's hierarchy of controls applies to acrylonitrile exposure: engineering controls first, work practice controls second, PPE last. The selections below match the requirements in 29 CFR 1910.1045(g).

🌬

Ventilation and Engineering Controls

Engineering controls are the first line of defense against acrylonitrile vapor.

  • Closed-system transfer and sampling to prevent vapor release
  • Local exhaust ventilation at emission and loading points
  • Enclosure of high-emission process steps
  • Routine leak detection and system-integrity checks
👨

Respiratory Protection

Respiratory protection is used when engineering controls cannot keep exposures below the PEL.

  • APR: Air-purifying respirators with organic-vapor cartridges where permitted by the exposure assessment
  • SAR: Supplied-air respirators for higher or uncertain exposures
  • SCBA: SCBA for emergency, IDLH, or unknown-concentration entries
  • Respirator selection follows the employer's written respiratory protection program (29 CFR 1910.134)
🧤

Dermal Protection and Monitoring Instruments

Liquid acrylonitrile is hazardous on skin contact — dermal protection is required, not optional.

  • Chemical-resistant gloves and suits rated for acrylonitrile — no skin contact with the liquid
  • Eyewash and quick-drench stations where liquid contact is possible
  • Photoionization detector (11.7 eV lamp) for field screening; NIOSH Method 1604 for compliance sampling
  • Routine area and personal sampling against the 1 ppm action level
Health protection

Acrylonitrile Medical Surveillance Program

Under 29 CFR 1910.1045(n), employers must provide a medical surveillance program to workers exposed to acrylonitrile. The program below summarizes the federal requirements that this course covers in depth.

Trigger and Schedule

Triggering threshold: Offered to employees exposed at or above the 1 ppm action level

Pre-placement exam: Medical and occupational history with emphasis on the skin, eyes, and respiratory and nervous systems

Periodic exam: Surveillance offered at initial assignment and periodically thereafter

Termination exam: Examination at termination of employment where indicated

Recordkeeping: Records retained for the duration of employment plus 30 years

Required Clinical Components

  • Medical and occupational history with emphasis on the skin, eyes, and respiratory and nervous systems
  • Physical exam for employees exposed at or above the action level
  • Surveillance offered at initial assignment and periodically thereafter
  • Physician's written opinion provided to the employer and employee
  • Records retained for the duration of employment plus 30 years

Abnormality follow-up: Physician's written opinion provided to the employer and employee

Getting started

How to Enroll in Acrylonitrile Awareness Training

  1. Choose your option above

    Choose the Acrylonitrile Awareness course at $19.95. Self-paced, fully online.

  2. Enroll at the OTS portal

    Click Enroll Now, log in to your student account, then click Signup for Course and search for "OSHA Acrylonitrile Awareness." Click Select to begin.

  3. Complete and download your certificate

    The course is self-paced. Pass the final exam and your digital certificate is immediately available in your OTS student account.

How this plays out

Real-World Acrylonitrile Training Scenarios

These composite scenarios show how acrylonitrile awareness training fits real compliance situations across the industries that handle it.

🧶 The Acrylic Fiber Line Restart

An acrylic fiber plant brings a polymerization line back online after maintenance and needs the crew current on acrylonitrile hazards before they handle monomer transfer.

Outcome: The whole crew completes Acrylonitrile Awareness online ahead of the restart, documented in each worker's training record for the annual requirement.

🛣 The Nitrile Rubber Reactor Cleanout

A maintenance team is assigned to a reactor cleanout where residual acrylonitrile and potential liquid skin contact are in play.

Outcome: Workers complete awareness training and understand the skin-contact and ceiling-limit risks before entry, supporting the employer's compliance posture.

✈ The Aerospace Composites Supplier Audit

A carbon-fiber precursor supplier faces a customer audit that asks for documented hazard training for staff near PAN production.

Outcome: Awareness certificates are produced from each worker's account, satisfying the audit's training-documentation request.

⚗ The Chemical Plant Turnaround

A contractor mobilizes a turnaround crew at an ammoxidation unit where acrylonitrile is produced.

Outcome: Contractors complete awareness training within 48 hours via a corporate account before mobilization.
Avoid these

Six Common Acrylonitrile Training Mistakes

The most common compliance gaps we see with acrylonitrile awareness:

1. Treating HazCom as a substitute

Assuming general Hazard Communication training covers acrylonitrile-specific requirements.

Fix: Acrylonitrile has its own standard (1910.1045) with a specific PEL, action level, ceiling, regulated areas, and medical surveillance — beyond generic HazCom.

2. Ignoring the skin-contact route

Focusing only on inhalation and overlooking that liquid acrylonitrile is dangerous on skin contact.

Fix: The standard specifically addresses potential skin or eye contact with liquid acrylonitrile; train on dermal protection, not just respiratory.

3. Confusing the ceiling with a STEL

Treating the 10 ppm limit as a 15-minute average that can be balanced out across the shift.

Fix: It is a ceiling — it must never be exceeded during any 15-minute period, even if the 8-hour average is fine.

4. Skipping the action-level triggers

Not realizing that reaching the 1 ppm action level triggers monitoring, medical surveillance, and training.

Fix: Track exposures against the 1 ppm action level and act on the triggers it sets in motion.

5. Letting training lapse

Treating the course as one-and-done.

Fix: Training is required at initial assignment and at least annually thereafter.

6. Underestimating acute toxicity

Viewing acrylonitrile only as a long-term cancer risk and not as an acute poison.

Fix: Acute exposure can cause cyanide-like collapse and death; emergency response must reflect that immediacy.

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Training Acrylonitrile-Exposed Crews?

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Bulk enrollment for crews of 5+ Volume pricing Corporate billing Roster-level tracking ISN / Avetta / PEC accepted
Frequently asked

FAQs — Acrylonitrile Awareness Training

It teaches workers who handle or work around acrylonitrile about its hazards and the protections OSHA requires under 29 CFR 1910.1045.
Employees exposed at or above the 1 ppm action level, those kept below it by controls, and anyone with potential skin or eye contact with liquid acrylonitrile.
29 CFR 1910.1045 — the substance-specific standard in Subpart Z, Toxic and Hazardous Substances.
A 2 ppm PEL (8-hour TWA), a 1 ppm action level, and a 10 ppm ceiling that must not be exceeded in any 15-minute period.
OSHA treats acrylonitrile as a probable human carcinogen, and NIOSH classifies it as a potential occupational carcinogen.
Under OSHA's current penalty schedule (effective January 15, 2025), the maximum penalty for a serious violation is $16,550 per worker per violation, with willful or repeat violations multiplied to $165,514 each. Because acrylonitrile carries its own substance-specific standard (1910.1045), inspectors treat missing training, monitoring, or medical surveillance as serious violations. Full penalty schedule and recent enforcement examples at our OSHA Penalty Schedule reference and at osha.gov/penalties.
It is self-paced; most learners finish in well under a typical workday and can stop and resume.
Yes — one final exam of 10 questions drawn from a larger pool; 70% passes, with unlimited retakes.
Yes — a printable certificate of completion is available from your student account immediately after passing.
Yes — the course addresses dermal and eye contact with liquid acrylonitrile alongside inhalation hazards.
Yes. Employers can set up a corporate account to enroll multiple workers, track completions, and keep every certificate in one place.
Authoritative sources

Helpful Links for Acrylonitrile Compliance Research

The federal and authoritative sources below are the primary references used to build and verify this page. Every figure cited on this page traces back to one of these links.

Reference

Glossary of Key Terms

Common regulatory and acrylonitrile-specific terms used in this course and in OSHA inspections. Click any term to expand the definition.

The maximum legally permissible airborne concentration of a substance to which a worker may be exposed, set by OSHA under section 6(b) of the OSH Act and codified in 29 CFR 1910 Subpart Z. Most PELs are 8-hour time-weighted averages (TWA).
A concentration that must not be exceeded during any 15-minute period of the workday. Unlike an 8-hour average, even a brief excursion above a ceiling is a violation.
An 8-hour TWA exposure level — typically half the PEL — that triggers expanded employer obligations including exposure monitoring, medical surveillance, training, and respiratory protection program requirements. Action levels appear in substance-specific Subpart Z standards.
An exposure measurement that averages airborne concentration across a defined time period (typically 8 hours for OSHA PELs, 15 minutes for STELs). TWAs account for varying exposure intensity across a shift.
An airborne concentration of a substance that poses immediate threat to life, would cause irreversible adverse health effects, or would impair an individual's ability to escape. NIOSH publishes IDLH values to guide respiratory protection selection and emergency response planning.
NIOSH-recommended occupational exposure limits, published in the NIOSH Pocket Guide. RELs are advisory and based on the most current epidemiology. They are typically more protective than OSHA PELs, which lag the science due to rulemaking constraints.
The codification of US federal agency regulations, published annually by the Office of the Federal Register. OSHA regulations live in Title 29 (Labor) at parts 1910 (general industry), 1915 (shipyards), 1917 (marine terminals), 1918 (longshoring), and 1926 (construction).
The federal agency within the US Department of Labor responsible for enforcing workplace safety and health regulations under the Occupational Safety and Health Act of 1970. OSHA writes standards, conducts inspections, issues citations, and supports state-plan programs.
The CDC-housed federal research agency for occupational safety. NIOSH conducts health hazard evaluations, publishes the Pocket Guide to Chemical Hazards, sets RELs and IDLH values, and develops recommendations that often inform later OSHA rulemaking.
The WHO-affiliated agency that classifies substances by carcinogenic potential. IARC Group 1 (known human carcinogen), Group 2A (probable), Group 2B (possible), Group 3 (not classifiable), Group 4 (probably not carcinogenic). IARC Monographs are the global reference for cancer hazard identification.
A colorless, flammable liquid monomer (CH₂=CHCN, CAS 107-13-1) used to make acrylic fibers, resins, nitrile rubber, and carbon fiber.
The airborne concentration that, once reached, triggers OSHA monitoring, medical surveillance, and training requirements under 1910.1045.
A demarcated area where acrylonitrile exposure exceeds (or may exceed) the PEL, with restricted access and required protections.
The industrial reaction of propylene, ammonia, and oxygen over a catalyst that produces most U.S. acrylonitrile.
A substance OSHA regulates as cancer-causing in the workplace; acrylonitrile is treated as a probable human carcinogen.
Last reviewed: 2026-05-28  ·  Verified against: OSHA 1910.1045; NIOSH Pocket Guide npgd0014; ATSDR Toxicological Profile tp125  ·  Next scheduled review: 2027-05-28

Training Is Cheaper Than the Citation.

Trusted since 2007  ·  67,000+ courses completed

OSHA Acrylonitrile Awareness — $19.95. Self-paced, instant certificate, accepted by every major operator and contractor pre-qualification system.

40-hour HAZWOPER completion certificate.
A hazard identification card is being altered to include the name of an employee.