Fentanyl-Related Cleanups: Putting Risk, Training, and Responsibility in Proper Perspective

During the past several years, fentanyl has become an unavoidable topic in the cleaning and restoration industry. Contractors are encountering it in homes, vehicles, commercial spaces, and personal property settings. Insurers are asking more complex questions. Technicians are understandably concerned. And across the industry, no shortage of strong opinions have been expressed about how dangerous this work really is.

As someone who has spent decades training restoration professionals, and working alongside insurers, regulators, and industry associations, I believe our industry deserves better than fear-based messaging or overly simplified answers. What is needed is accurate risk characterization grounded in science, supported by authoritative guidance, and translated into practical, defensible work practices.

Fentanyl presents real occupational safety considerations. But it is just as important to understand what the risk is and what it is not.

How Fentanyl-Related Cleanups Can Overwhelm the Untrained

Fentanyl-related sites can overwhelm responders, not because every situation is catastrophic, but because the risk profile is unfamiliar, the science is often misunderstood, and expectations from regulators, insurers, and property owners are higher than for most routine restoration losses.

Without clear training, workers may either under-react, treating fentanyl-like ordinary dust, or over-react, assuming any suspected residue presents an immediate overdose threat. Both responses increase risk, cost, liability, and the likelihood of preventable mistakes.

Guidance from the National Institute for Occupational Safety and Health (NIOSH), part of the Centers for Disease Control and Prevention (CDC), explains that exposure can occur through inhalation, mucous membrane contact, skin contact, or needlesticks. [1,2] What is often missed is the context that follows: Incidental contact in typical occupational settings has not been shown to cause overdose when appropriate precautions are followed.

What overwhelms untrained responders is not fentanyl itself, but the combination of unfamiliar hazards, heightened scrutiny, and the need for a more deliberate, industrial-hygiene-based approach to planning, execution, and documentation. Consider a typical scenario: A restoration company receives a call about a suspected overdose in a rental property. Local health department officials arrive on-site. The property owner demands written proof that the unit is safe for re-occupancy. The insurer requests documentation of all work practices and disposal methods. Meanwhile, the crew supervisor has never worked a fentanyl job and is unsure whether standard trauma cleanup procedures apply. This level of multi-party oversight and documentation expectation rarely occurs with water damage or mold remediation.

How Fentanyl-Related Cleanups Differ from Other Restoration Work

Fentanyl-related cleanups differ from water, fire, mold, or even many trauma scenes in several important ways:

• Risk depends on form, quantity, and task. Small, settled residues on limited surfaces pose a very different risk than bulk powders or active processing areas. Task-based assessment is essential.
• Contamination may not be obvious. Residues can exist without clear visual indicators. Disturbance from dry sweeping, compressed air, or non-HEPA-filtered vacuuming can create avoidable inhalation risk.
• Secondary transfer is a real concern. Without structured decontamination, residues can spread via tools, personal protective equipment (PPE), vehicles, and contents—expanding the scope of contamination and complicating claims.
• Expectations are more tightly scrutinized. Law enforcement, public health agencies, insurers, and sometimes the media may all have an interest in how fentanyl cleanups are approached and documented—something rarely encountered in routine restoration losses.

As noted in Fentanyl Remediation: Guidance for Remediators, Regulatory Agencies and Professionals, routine cleaning methods may be insufficient and can increase exposure risk if contaminants are disturbed or aerosolized.[3] This is not alarmist. It reinforces the need for planning and controlled work practices.

Determining If Fentanyl Is Present: When to Test and When to Presume

One of the most common questions restoration contractors face is: “How do I know if fentanyl is actually present?”

The answer depends on the scenario, available information, and risk tolerance, but it should always be informed by practicality and safety.

When Fentanyl Presence Is Confirmed or Presumed

In many cases, formal testing is not necessary because the circumstances provide sufficient evidence to proceed with fentanyl-specific protocols:

• Law enforcement reports or scene documentation indicating drug activity, overdose, or seizure of fentanyl or suspected fentanyl.
• Visual indicators such as powder residues, drug paraphernalia, packaging materials, or equipment consistent with drug processing.
• Property history, including prior law enforcement response, known clandestine lab activity, or placement on a state drug lab registry.
• Client disclosure from property owners, insurers, or public health agencies confirming or suspecting fentanyl contamination.

When any of these indicators are present, the prudent approach is to treat the site as fentanyl-contaminated and implement appropriate controls, regardless of whether laboratory confirmation has been obtained. This is consistent with the precautionary principle embedded in OSHA’s General Duty Clause [5] and aligns with EPA guidance emphasizing hazard assessment over assumptions.[4]

When Testing May Be Warranted

Testing for fentanyl contamination may be appropriate in scenarios where:

• Scope and risk are uncertain. For example, a property with a suspected overdose in one room where the owner needs to understand whether contamination has spread to other areas.
• Clearance verification is required. Post-remediation sampling is often necessary to demonstrate that cleanup was effective and that residual contamination is below applicable thresholds (where state standards exist) or non-detectable.
• Regulatory or contractual requirements exist. Some state or local agencies mandate testing before and after cleanup. Insurers or property buyers may also require documented clearance.
• Liability concerns drive the need for documentation. In high-value properties or contentious claim situations, testing provides defensible evidence of both initial conditions and final outcomes.

Testing Methods and Limitations

When testing is pursued, restoration contractors should work with industrial hygienists and laboratories experienced in environmental fentanyl analysis. Common methods include:

• Surface wipe sampling using NIOSH Methods 9106 or 9109, [1] which collect residues from surfaces for laboratory analysis.
• Bulk sampling of visible powders or materials suspected of contamination.
• Post-remediation clearance testing to confirm that surfaces meet cleanup goals.

It is important to understand that field test kits—such as colorimetric tests or immunoassay strips designed for law enforcement use—are not appropriate for environmental contamination assessment. These tools are designed for rapid screening of suspected drugs, not for quantifying surface contamination levels or making re-occupancy decisions.

Contractors should also be aware that, as of 2025, no federal surface contamination limits for fentanyl exists. [4] Some states have developed guidelines (often in the range of 0.1 to 1.0 micrograms per 100 cm²), while others defer to professional judgment and non-detectable clearance standards. Restoration professionals must verify which standards apply in their jurisdiction.

Practical Guidance for Contractors

For most restoration companies, the following approach balances safety, cost, and liability:

1. When in doubt, presume contamination is present. If the scenario suggests fentanyl involvement, implement fentanyl-specific work practices and PPE immediately if controls need to be applied prior to obtaining test results.
2. Use testing strategically. Reserve pre-work testing for situations where scope definition is needed or where the presence of contamination is genuinely unclear. Use post-work testing to document successful remediation when clearance verification is required.
3. Engage qualified professionals. Work with industrial hygienists or certified decontamination specialists when testing protocols, sampling strategies, or interpretation of results are beyond in-house expertise.
4. Document your decision-making. Whether you test or proceed based on presumption, document the basis for your approach in your site-specific Health and Safety Plan (HASP).

The goal is not to test every job, but to make informed, defensible decisions that protect workers, meet regulatory expectations, and provide clients with the assurance they need.

Training: The Foundation of Safe Fentanyl-Related Work

In practice, PPE does not make people safe. Training and hazard assessment do. PPE only works when technicians understand why it is needed, when it applies, and its limitations.

This principle is echoed by Jeff Jones of Microbial Warrior, one of the foremost trainers in forensic cleanup methods, who emphasizes that safety must be the industry’s prime directive. That mindset aligns squarely with federal guidance and reinforces a critical truth for restoration professionals: physical controls, hazard recognition, and disciplined procedures must come before all other considerations, including speed, cost, or convenience.

Authoritative guidance from the CDC, NIOSH, and the National Response Team (NRT) consistently identifies core training needs:[1,2,6]

• Hazard recognition and risk characterization: Understanding where fentanyl and analogs are most likely encountered and how form and quantity influence exposure potential.
• Exposure pathways—without exaggeration: Recognizing inhalation and mucous membrane contact as primary concerns when powders are disturbed, while understanding that brief incidental contact with intact skin has not been shown to cause opioid toxicity when gloves and prompt washing are used.[1,2]
• Task-specific controls and PPE: Selecting wet methods and HEPA filtration, avoiding dry sweeping and compressed air, and choosing PPE based on the task—not assumptions.[6]
• Decontamination and waste handling: Following defined procedures for personnel, tools, equipment, and waste packaging.[3,4]
• Medical awareness and emergency response: Recognizing true opioid toxicity versus anxiety-driven symptoms, understanding when naloxone is appropriate, and integrating these considerations into a site Health and Safety Plan (HASP).[2]

This foundation of competency, built through proper training, enables restoration professionals to approach fentanyl work with the same confidence they bring to other high-risk scenarios. As Jones has noted in his training programs, no pathogen or contaminant cannot be safely negotiated when protocols, strategy, and training are properly applied. This is not bravado. It reflects a core principle: Confidence comes from mastery of procedures, not from minimizing hazards or reacting out of fear.

For restoration companies, that distinction matters. Competence is built through preparation, not improvisation. Just as important, true competence includes knowing when conditions exceed a firm’s capabilities and when specialized hazardous materials responders or public agencies should be engaged.

Emergency Response: Naloxone and Opioid Exposure

While proper PPE and work practices significantly reduce the risk of fentanyl exposure, restoration companies working on fentanyl-contaminated sites should consider maintaining naloxone (brand name Narcan) as part of their emergency response capabilities.

Understanding Naloxone

Naloxone is an opioid antagonist medication that can temporarily reverse the effects of an opioid overdose, including fentanyl exposure. [2] It works by blocking opioid receptors in the brain and restoring normal respiration in someone whose breathing has slowed or stopped due to opioid overdose.

Key characteristics:

• Acts within 2-3 minutes when administered nasally or intramuscularly.
• Effects last 30-90 minutes (shorter than many opioids, including fentanyl).
• Has no effect on someone who has not been exposed to opioids.
• Cannot cause harm if given to someone not experiencing opioid toxicity.
• Available in nasal spray and auto-injector forms that require minimal training.

When Naloxone May Be Needed

True opioid toxicity presents with specific symptoms: [2]

• Severely slowed or stopped breathing (respiratory depression)
• Extreme drowsiness or inability to wake (CNS depression)
• Pinpoint pupils
• Blue or gray lips and fingernails (cyanosis)
• Limp body
• Choking or gurgling sounds

Important distinction: Many first responders have reported “fentanyl exposure” symptoms that are actually anxiety or panic reactions (rapid heartbeat, dizziness, feeling faint). These symptoms are opposite to true opioid toxicity and do NOT require naloxone. [2] Anxiety reactions require reassurance, fresh air, and removal from the perceived threat—not naloxone administration.

Implementing a Naloxone Program

If your company decides to maintain naloxone on-site, implement a complete program: [2]

Procurement:

• Naloxone nasal spray (e.g., Narcan) is available without a prescription in most states.
• Check with local pharmacies, health departments, or harm reduction organizations.
• Some states provide free naloxone to workplaces at high risk of opioid exposure.
• Verify expiration dates and replace as needed.

Training requirements:

All personnel working at fentanyl sites should receive training on:

• Recognizing true opioid toxicity versus anxiety reactions.
• How to administer nasal naloxone.
• Calling 911 immediately (naloxone is a temporary measure, not a substitute for emergency medical care).
• What to expect after administration.
• When a second dose may be needed.

Administration protocol:

1. Ensure scene safety—do not enter contaminated areas without proper PPE.
2. Call 911 immediately.
3. Check for responsiveness and breathing.
4. If breathing is absent or severely compromised and opioid exposure is suspected, administer naloxone.
5. Place the person on their side in the recovery position.
6. Be prepared to administer a second dose if no response within 2-3 minutes.
7. Monitor continuously until emergency responders arrive.

Post-administration considerations:

• Naloxone wears off faster than fentanyl; re-sedation can occur.
• The person may experience withdrawal symptoms (agitation, discomfort, vomiting).
• Medical evaluation is mandatory even if the person appears to recover.
• Multiple doses may be needed for fentanyl exposure due to its potency.

Documentation and Reporting

Any suspected fentanyl exposure and naloxone administration must be: [5]

• Documented as a workplace incident.
• Reported to OSHA if it results in medical treatment beyond first aid.
• Reviewed to determine if additional controls are needed.
• Used to update the site’s Health and Safety Plan.

Alternative Approach

Some companies may prefer to ensure rapid access to emergency medical services rather than maintaining naloxone on-site. This is acceptable provided:

• 911 can be accessed immediately from all work areas.
• Work sites are not in remote locations with delayed EMS response.
• All personnel understand true opioid toxicity symptoms and when to call for help.
• Site Health and Safety Plans address emergency response procedures.

The decision to maintain naloxone should be based on company capabilities, site-specific risks, and consultation with occupational health professionals. Regardless of the approach chosen, all personnel must understand that prevention through proper PPE and work practices is far superior to relying on emergency response measures.

Regulatory Reality: Guidance Still Carries Weight

No single federal “fentanyl cleanup standard” is written specifically for restoration contractors. However, that does not mean regulatory framework is missing.

At the federal level, applicable requirements include standards enforced by the Occupational Safety and Health Administration (OSHA), including Hazard Communication, PPE, Respiratory Protection, and—in some scenarios—the Hazardous Waste Operations and Emergency Response (HAZWOPER) standard, along with the OSHA General Duty Clause. [5]

The Environmental Protection Agency (EPA) provides national technical guidance through its Voluntary Guidelines for Methamphetamine and Fentanyl Laboratory Cleanup. [4] While labeled “voluntary,” these guidelines are widely referenced by state agencies and often treated as a technical baseline.

At the state level, the landscape varies significantly. Some states—including Washington, Colorado, and Tennessee—have adopted specific regulations or cleanup standards for clandestine drug labs that include fentanyl. Others rely on general environmental health statutes or defer to EPA guidance. Restoration contractors must verify which state and local regulations apply to their jurisdiction, as requirements for certification, disposal, and clearance testing can differ substantially.

EPA cautions that improper cleanup can result in continued exposure and pose serious health risks to occupants [4]—making alignment with this guidance a matter of risk management, not just compliance.

Best Practices for Fentanyl-Related Cleanups

Across EPA, NIOSH, and NRT guidance, best practices are consistent: [1,4,6]

• Start with a site-specific hazard assessment.
• Apply the hierarchy of controls, prioritizing engineering and work-practice controls before PPE.
• Avoid dry sweeping, compressed air, and unfiltered vacuuming.
• Use wet methods and HEPA filtration.
• Establish clear personnel and equipment decontamination procedures.
• Document decisions, controls, and verification.

Scientific studies summarized by the EPA demonstrate that controlled, evidence-based cleaning methods can significantly reduce residual fentanyl, supporting the feasibility of effective remediation when these practices are followed. [4]

Waste Characterization, Handling, and Disposal

Proper waste management is a critical component of fentanyl remediation that requires careful planning and compliance with federal, state, and local regulations.

Waste Classification

Materials removed from fentanyl-contaminated sites may be classified as hazardous waste depending on federal, state, and local requirements. The classification depends on:

• The concentration of fentanyl present
• State-specific hazardous waste criteria
• Whether materials were directly used in drug production or contaminated through secondary exposure
• Local solid waste authority requirements

General principles: [4]

• Fentanyl lab waste chemicals and contaminated materials are NOT considered RCRA-exempt household hazardous waste, as they are neither generated in normal residential activities nor in typical household quantities.
• Items with visible contamination (staining, chemical odors, or physical damage) should be assumed to require special handling.
• Post-cleanup waste (used PPE, cleaning materials, HEPA filters) contains fentanyl residues and must be managed appropriately.

Waste Handling Procedures

To prevent cross-contamination and protect waste handlers: [3,4]

Containerization:

• Use impermeable, dust-proof containers (e.g., heavy-duty, tear-resistant plastic bags, sealed drums).
• Double-bag contaminated materials when possible.
• Label all containers clearly with contents and hazard information.
• Seal containers within the contaminated area before transport.

On-site Management:

• Establish a designated staging area for waste containers.
• Keep staged waste separate from clean areas.
• Minimize movement of waste through cleaned areas.
• Maintain waste inventory documentation.

Preventing Re-use:

• Physically destroy items before disposal to prevent salvaging (cut furniture, rendering appliances inoperable).
• This is especially critical for items going to landfills, where they might be retrieved.

Disposal Requirements

Before disposal: [4,5]

1. Contact your state and local solid waste authority to determine classification requirements.
2. Contact receiving facilities (landfills, hazardous waste facilities) to verify they will accept the waste type.
3. Obtain required manifests or documentation for hazardous waste transport (if applicable).
4. Verify disposal facility permits and capabilities.

Special considerations:

• Sharps (needles, syringes): Must be placed in rigid, puncture-resistant sharps containers and disposed of according to state medical waste regulations.
• Bulk chemicals or drug production equipment: If discovered during remediation, stop work and contact law enforcement—do not dispose of these materials yourself.
• HEPA filters and vacuum contents: Contain concentrated contamination, require careful handling, and appropriate disposal.
• PPE: Used PPE should be treated as contaminated waste and disposed of properly; do not launder and re-use disposable PPE.

Wastewater Management

Wash water from cleaning operations generally does not qualify as hazardous waste in most jurisdictions, with important exceptions: [4]

Typical scenarios:

• Wash water from detergent-based cleaning can usually be disposed of via the sanitary sewer.
• Flush plumbing systems after disposal to clear residues.

Exceptions requiring special handling:

• Sites where the P2P production method was used (may contain mercury and lead).
• States with particularly stringent hazardous waste criteria.
• Properties with septic systems (cleaning agents can kill beneficial bacteria).

When in doubt:

• Consult with the local wastewater treatment authority.
• Consider pH testing of wash water before disposal.
• In high-risk scenarios, collect and test wash water before disposal.

Documentation

Maintain records of all waste disposal activities: [4]

• Types and quantities of materials disposed of
• Disposal facility names and locations
• Waste manifests (if hazardous waste)
• Photographs of waste condition and disposal
• Chain of custody documentation

Proper waste documentation protects against future liability and demonstrates regulatory compliance in the final remediation report.

What PPE Is Needed? A Task-Based Approach

Credible guidance from NIOSH, the NRT, and the InterAgency Board for Equipment Standardization and Interoperability (IAB) supports task-based PPE selection rather than a one-size-fits-all approach. [1,6] However, this does not mean minimal PPE is acceptable for fentanyl work. The authoritative guidance is clear and prescriptive about respiratory protection requirements.

Understanding PPE Levels for Fentanyl Work

Level A (greatest protection): NIOSH-certified CBRN Self-Contained Breathing Apparatus (SCBA) with fully-encapsulating chemical-protective suit. Used when entering areas with unknown contaminants or unknown concentrations. [6]

Level B (highest respiratory protection, lesser skin protection): NIOSH-certified CBRN SCBA or supplied-air respirator with escape SCBA, plus hooded chemical-resistant suit with no exposed skin (taped or encapsulated), double gloves (inner and outer chemical-resistant), and chemical-resistant boots with steel toe and shank. EPA recommends modified Level B for most response activities to known fentanyl releases or entry into confined indoor areas with an indication of likely synthetic opioid contamination. [6]

Level C (known contaminant, known concentration): Full-face or half-mask Air Purifying Respirator (APR) or Powered Air Purifying Respirator (PAPR) with appropriate cartridges/filters, hooded chemical-resistant suit with integrated taped seams and no exposed skin, double gloves, and chemical-resistant boots. EPA recommends NIOSH-Approved CBRN PAPR with a tight-fitting full-facepiece (Assigned Protection Factor of 1000) or CBRN tight-fitting full-face APR (APF of 50) as a minimum for decontamination work when types and concentrations are known. [6]

Level D (minimal protection): Coveralls, boots, and gloves. Only appropriate when the contaminant is known, and the concentration is below appropriate occupational exposure limits. Nitrile gloves must still be worn in areas where fentanyl may have been handled. [6]

Practical Application for Restoration Contractors

The hazard assessment should determine which level applies, considering:

• The form of contamination (settled residues versus visible powder versus bulk materials)
• The quantity or suspected concentration
• The specific task (assessment, cleaning, demolition, disposal)
• Whether the space is confined or well-ventilated
• Whether contamination is confirmed or suspected

For typical fentanyl remediation scenarios, restoration contractors should plan for:

Minimum PPE for known low-level residential contamination (e.g., settled residues from use, no visible powder, confirmed low concentrations):

• Full-face APR with P100 or combination organic vapor/P100 cartridges, or PAPR with HEPA filters [1,6]
• Hooded disposable coveralls or chemical-resistant suit with taped wrists and ankles
• Double nitrile gloves (inner and outer)
• Eye protection (if not using a full-face respirator)
• Chemical-resistant boot covers

Standard PPE for moderate contamination (e.g., confirmed fentanyl presence, visible residues, porous material removal):

• NIOSH-certified PAPR with tight-fitting full-facepiece and HEPA filters, or full-face APR with P100/combination cartridges [6]
• Hooded chemical-resistant coveralls with taped wrists and ankles
• Double gloves (inner nitrile, outer chemical-resistant)
• Chemical-resistant boots with steel toe and shank
• Formal decontamination procedures upon exit

Higher protection for suspected production sites or confined areas (bulk contamination, confined areas, production equipment present):

• Modified Level B: SCBA or supplied-air respirator with hooded chemical-resistant suit with taped wrists and ankles, no exposed skin, double gloves, chemical-resistant boots [6]
• Personnel decontamination corridor
• Continuous air monitoring
• Medical surveillance

Critical Respiratory Protection Requirements

Respiratory protection is the PRIMARY control for fentanyl exposure. [1,2,6] The particle size of fentanyl (0.2-2.0 microns) means it is easily airborne and presents a significant inhalation hazard. [4]

At a minimum, when fentanyl contamination is confirmed or suspected:

• Never conduct fentanyl cleanup work without respiratory protection.
• P100 filtering facepiece respirators should be considered the absolute minimum for very low-risk assessment activities only—not for actual remediation work [1,6].
• Half-face or full-face APRs with P100 cartridges, or PAPRs with HEPA filters, are strongly recommended for all cleaning and remediation activities [6].
• PAPRs provide higher protection factors (APF 1000 vs. APF 50 for full-face APR) and are preferred when feasible [6].

In all cases, respiratory protection must be supported by OSHA-compliant programs under 29 CFR 1910.134, including: [5]

• Written respiratory protection program
• Medical evaluation and clearance
• Fit testing (for tight-fitting respirators)
• Training on proper use, limitations, and maintenance
• Cartridge change-out schedules

Common Errors to Avoid

1. Do not assume that nitrile gloves and coveralls alone are adequate for any fentanyl remediation work. Even for “light cleaning” of settled residues, respiratory protection is essential because:

• Cleaning activities can re-aerosolize settled contamination
• Fentanyl’s small particle size means it remains airborne longer than typical dust
• The potency of fentanyl means even small exposures present a risk
• Workers cannot visually assess whether contamination is present or has been disturbed

2. Do not downgrade PPE based solely on cost considerations. While PAPRs and full-face respirators represent an additional investment, the cost of inadequate protection—in terms of worker safety, liability, and regulatory compliance—far exceeds the cost of the equipment.
3. Do not proceed without proper respiratory protection programs in place. Using a respirator without medical clearance, fit testing, and training is ineffective and violates OSHA standards.[5]

Contractors must match PPE to the actual hazards present, recognizing that fentanyl contamination demands a higher baseline of protection than most restoration work. When in doubt, consult with an industrial hygienist or certified decontamination specialist to determine appropriate PPE levels for specific conditions.

Looking Ahead: Preparing for What’s Next

Fentanyl contamination is not a temporary issue. Public health and law-enforcement trends indicate that synthetic opioids will remain a factor in drug-related property impacts for years to come.

Restoration companies should expect increased scrutiny, greater emphasis on documented training and hazard assessments, and continued development of fentanyl-specific education. Preparation means investing in competency, planning, and alignment with authoritative guidance, not simply purchasing more equipment.

What restoration companies should do now:

1. Invest in training. Ensure key personnel receive fentanyl-specific instruction from qualified trainers, covering hazard recognition, exposure pathways, task-based controls, and decontamination procedures. [1,2]
2. Develop written protocols. Create company-specific procedures for fentanyl-related work, including site assessment, PPE selection, work practices, decontamination, and waste handling. Align these with EPA and NIOSH guidance. [4,6]
3. Verify regulatory requirements. Identify state and local regulations that apply to your service area. Determine whether certification, testing, or disposal requirements exist and ensure compliance. [4,5]
4. Build relationships before incidents occur. Establish communication channels with local health departments, environmental agencies, and disposal facilities. Understand their expectations before you are on-site with a client waiting.
5. Know your limits. Define the conditions under which your company will engage specialized hazmat contractors or decline work that exceeds your training and capabilities.

Final Thought

Fentanyl-related cleanups deserve respect—but not fear. When decisions are grounded in credible guidance, realistic hazard assessments, and proper training, restoration professionals can protect their people, their businesses, and the communities they serve.

That is how this industry moves forward: through clarity, competence, and responsible leadership.

References

1. National Institute for Occupational Safety and Health (NIOSH). Preventing Occupational Exposure to Fentanyl. Centers for Disease Control and Prevention. Available at: https://www.cdc.gov/niosh/topics/fentanyl/
2. Centers for Disease Control and Prevention (CDC). Fentanyl: Emergency Responders at Risk. Available at: https://www.cdc.gov/niosh/ershdb/emergencyresponsecard_29750022.html
3. Alberta Health, Government of Alberta. Fentanyl Remediation: Guidance for Remediators, Regulatory Agencies, and Professionals. 2020. Available at: https://open.alberta.ca/publications/fentanyl-remediation-guidance
4. U.S. Environmental Protection Agency (EPA). Voluntary Guidelines for Methamphetamine and Fentanyl Laboratory Cleanup. August 2021. EPA 505-B-21-001. Available at: https://www.epa.gov/emergency-response/voluntary-guidelines-methamphetamine-and-fentanyl-laboratory-cleanup
5. Occupational Safety and Health Administration (OSHA). Hazard Communication Standard (29 CFR 1910.1200); Respiratory Protection Standard (29 CFR 1910.134); Personal Protective Equipment (29 CFR 1910 Subpart I); Hazardous Waste Operations and Emergency Response (HAZWOPER) (29 CFR 1910.120); and General Duty Clause (Section 5(a)(1) of the Occupational Safety and Health Act). U.S. Department of Labor. Available at: https://www.osha.gov/
6. National Response Team (NRT). Quick Reference Guide: Fentanyl. June 2025. Available at: https://www.nrt.org/