Protective Clothing and Equipment Program

Every member has the right protective ensemble for every hazard they are sent to, it fits them, it is clean, it has been inspected by someone who knows what to look for, and the department can prove all of that for every garment it owns. When this program is working, no member goes to a call in gear that is contaminated, damaged or past its life; every ensemble has a record from the day it was bought to the day it was retired; advanced inspection and advanced cleaning happen on a schedule and after every fire, not when someone remembers; and the people who wear the gear helped choose it. The program covers selection, specification, issue, fit, routine and advanced inspection, routine, advanced and specialized cleaning, repair, storage, retirement and records for every category of personal protective equipment the department issues. Decontamination at the scene and in the station is its companion, Decontamination and Contamination Control Program; respirators and SCBA are governed by the Respiratory Protection Program and are referenced here only where the ensemble and the facepiece meet.

This module applies to every department. There is no switch. The Program Profile Worksheet question it answers is: “Which protective ensembles does the department issue, and for which hazards?” The answer sets which parts of the inventory in element 5.1 are live. A department that does not provide hazmat technician response switches off the hazmat ensemble rows but keeps the structural, medical, station wear and high-visibility rows. A department with no water or ice rescue capability switches off the water rows. Everything else stays on.

Consistent with 06 Glossary and Acronyms.

• Advanced cleaning: thorough cleaning of an ensemble element in a programmable extractor or by a verified provider, done after exposure to products of combustion and on a schedule (NFPA 1850, 2026, ch. 6).
• Advanced inspection: a detailed inspection of every layer of an ensemble element by a trained member or a verified provider, at least every 12 months and after exposure or repair (NFPA 1850, 2026, ch. 7).
• Ensemble: the set of elements (coat, trousers, helmet, hood, gloves, boots) that together provide protection for a hazard; the SCBA facepiece interfaces with it.
• Finding category: the outcome of an advanced inspection (serviceable; serviceable after cleaning; repair required; remove from service pending decision; retire).
• Loaner pool: clean, inspected spare ensembles in a range of sizes, issued while a member’s own gear is out of service.
• Particulate-blocking hood: a hood with a layer that blocks fine particulates, required for structural firefighting (NFPA 1970, 2025).
• PPE Coordinator: the member who runs this program day to day; the personal protective clothing manager of the standard (NFPA 1850, 2026, s. 4.2.4).
• Restricted substances list: the list of substances, including PFAS, that an ensemble is tested for under the product standard (NFPA 1970, 2025).
• Retirement: permanent removal of an element from emergency service, at 10 years from manufacture or earlier on condition (NFPA 1850, 2026, ch. 10).
• Routine cleaning: light cleaning by the wearer after use (brushing, rinsing, spot cleaning).
• Routine inspection: the wearer’s own check of each element after every use and at the start of a duty period.
• Specialized cleaning: cleaning for a hazardous material, biological or unknown contaminant by a method chosen for that contaminant.
• Verified ISP: an independent service provider whose cleaning, inspection and repair operation has been verified by a third party under the standard (NFPA 1850, 2026, ch. 11).

R = responsible, A = accountable, C = consulted, I = informed. Only the deltas from 01 Roles and Responsibilities are shown. Three roles are specific to this program:

• {{PPE Program Manager}}: the line officer who leads the Protective Clothing, Equipment and Decontamination Program Improvement Team (06 Program Improvement Teams section 2). Accountable for the outcome.
• {{PPE Coordinator}}: the member who runs the program day to day. This is the role the selection, care and maintenance standard calls the personal protective clothing manager (NFPA 1850, 2026, s. 4.2.4). May be a logistics officer, a quartermaster or a trained firefighter on a staff rotation.
• PPE technicians: members trained to perform advanced inspection and advanced cleaning in-house, or the verified independent service provider ({{Verified ISP}}) under contract.

Each element states the requirement, the minimum method, the evidence and the stage.

Requirement. The department keeps a written inventory of every category of protective clothing and equipment it issues, matched to the hazard it protects against, the product standard it must meet, the care and maintenance standard that governs it, and who is issued it. (S1)

Minimum method. Complete the table below with the department’s own make, model and quantities, and keep it with the equipment standards list held by the Equipment Standards team.

Evidence. The completed inventory, dated and signed by the {{PPE Program Manager}}, reviewed annually with the program appraisal. (S1)

Requirement. No protective clothing or equipment enters service unless it has been specified, trialled where it changes how a task is done, recommended by the Equipment Standards, Apparatus and PPE team, consulted with the JOHSC as a safety-sensitive change, and accepted into the equipment standards list. Procurement buys to the specification and never substitutes on price without the team’s written sign-off. (S1)

Minimum method.

1. The request enters through the Equipment Standards team’s request form (06 Program Improvement Teams section 7) and is logged.
2. The Protective Clothing, Equipment and Decontamination team writes a one-page minimum specification on the template in Form - PPE Specification Template. The template sets out, on one page: compliance standard and edition; performance values; materials; design features; durability after laundering; certifications including restricted substances; sizing range; care requirements.
3. Where the item changes how a task is done, run an evaluation trial or a procurement trial under the team’s field trial method (section 8.2 of the teams note). Trials include members of every body type the department employs and at least one volunteer station where the department has them.
4. The {{Health and Safety Officer}} reviews the specification against law and standards before it goes to the JOHSC.
5. Formal JOHSC consultation, which the applicable statute may require for changes to PPE procedures and plans (J06 Written Procedures and Committee Consultation). The JOHSC response and the department’s decision are filed with the program records.
6. The Equipment Standards team records the decision, its date and basis in the equipment standards list.
7. Procurement issues the tender citing the specification. The tender requires the supplier to provide the certification documentation, the restricted substances test report from an accredited laboratory, the manufacturer’s care instructions, and the sizing chart.

Specification minimums that apply to every structural ensemble tender. Certification to the current edition of NFPA 1970 (NFPA 1970, 2025), not an earlier edition, with the certification label visible on every element. Particulate-blocking hood with a stated particulate blocking efficiency and the department’s own minimum (an example department minimum is 99 percent for 0.1 to 1.0 micron particles, which exceeds the product standard’s minimum of 90 percent (NFPA 1970, 2025)) that survives 100 wash and dry cycles. Thermal protective performance and total heat loss values stated after laundering, not only new. Restricted substances report from an accredited laboratory, including the fluorine result and the identity of any flame retardant in any layer (see element 5.12). Closure, interface and wristlet designs that limit particulate entry at the neck, wrists and waist. Reflective trim that meets the standard after the stated number of cleaning cycles. Sizing in the full range the department’s members need, including tailored and extended sizes, with a custom-fit route for members outside the stock range at no cost to the member.

Evidence. The specification, the trial report where one was run, the JOHSC consultation record, the equipment standards list entry, the tender file with the supplier’s documentation. (S1)

Requirement. Every member is fitted in person for every element of every ensemble they are issued, by a person trained in fitting, against the manufacturer’s sizing method. Fit is not a comfort preference; it is a protection requirement. Gear that is too large leaves gaps at the interfaces and catches on obstacles. Gear that is too small restricts movement and loses its thermal air gap. (S1)

Minimum method.

• Fit at recruitment, at any change of body size that the member or officer notices, after pregnancy, after a significant change in fitness, and at every advanced inspection where the inspector notes a fit concern.
• Fitting is done in the gear, over the station wear the member will actually wear, with SCBA worn, in the full range of motion: crawling, reaching overhead, climbing a ladder, kneeling, swinging a tool.
• Measure and record: coat chest, sleeve length, coat length; trouser waist, inseam, outseam; glove size; boot size and width; helmet circumference; hood size where sized. Record the fit decision and any custom order.
• The department provides a women’s-cut or tailored pattern where the stock pattern does not fit, with no delay and no pressure to accept a poor fit. Members who are pregnant are issued gear that fits for the duties they are assigned, in consultation with the member and the department physician.
• Issue is recorded on Form - PPE Issue and Return Record: every element with serial number, size, date of manufacture, date of issue, and the member’s acknowledgement that they have been shown how to wear, inspect, clean and store it.
• Loaner and pool gear are issued the same way, with a return date, and are cleaned before reissue.

Evidence. Fit record per member; issue record per element; custom-order file. (S1)

Requirement. No member wears contaminated structural gear to the next call. The department meets this by issuing two complete structural ensembles to every suppression member, or, where it cannot yet, by a loaner pool sized so that no member is without clean gear for more than 24 hours and no member is sent to a call in gear that has not had at least routine cleaning after its last fire exposure. (S1 for the outcome; S2 for two sets per member)

Why two sets. Advanced cleaning takes the ensemble out of service for a day or more. With one set, the member either goes to the next call contaminated, which the evidence in the Decontamination and Contamination Control Program does not permit, or the apparatus loses a member. Six measures compare two sets with a loaner pool: gear availability; turnaround time and its effect on apparatus and crew availability; logistics staffing load; how well cleaning cycles get tracked; tracking of extractor calibration, cleaning and gear damage; and gear life expectancy against wash volume. A department deciding between the two models runs that comparison for a year and records it in the program appraisal.

Minimum method. The second set is identical in specification. Both sets are recorded against the member. Hoods are issued at a minimum of two per member, with a hood exchange stock on every front-line apparatus (see the decontamination program). Gloves are issued at two pairs per member.

Evidence. Issue records showing two sets, or the loaner pool register showing size range, quantity and turnaround. (S1)

Requirement. The member inspects every element of their ensemble after every use and at the start of every duty period or, for volunteers, at least monthly and after every call, and reports any finding to the company officer the same day. Routine inspection is the member’s own check for obvious damage and contamination; it is not a substitute for advanced inspection. (S1)

Minimum method. The Form - PPE Routine Inspection Card is the check card. Its elements, for each garment:

• Coat and trousers. Soiling and contamination; rips, tears, cuts, abrasion; damaged or missing hardware and closures; thermal damage (charring, burn holes, melting, discolouration); reflective trim damage or loss; seam integrity; liner attachment; wristlets; drag rescue device presence and function.
• Helmet. Shell cracks, dents, abrasions, bubbling, soft spots, discolouration; suspension and retention system damage; faceshield or goggle damage, scratches that impair vision; ear covers; reflective trim; chin strap.
• Hood. Rips, tears, cuts; thermal damage; stretched or loss of elasticity at the face opening; contamination; shrinkage.
• Gloves. Rips, tears, cuts; thermal damage; shrinkage; loss of flexibility; inverted liner; seam integrity; contamination.
• Boots. Cuts, tears, punctures; sole separation, wear, lost tread; thermal damage; exposed or deformed steel toe or midsole; heel counter and closure; contamination.
• SCBA facepiece interface. Hood and coat collar seal to the facepiece; no gaps when the facepiece is donned.

Any finding is reported on the card to the company officer. The company officer decides, using the finding categories in element 5.6: continue in service, routine cleaning, send for advanced cleaning, send for advanced inspection, or remove from service. Removed gear is tagged and the member is issued their second set or a loaner.

Evidence. Routine inspection cards, kept for the current year, sampled by the {{PPE Coordinator}} quarterly; the defect reports and their disposition. (S1)

Requirement. Every element of every structural and proximity ensemble receives an advanced inspection at least every 12 months, and whenever routine inspection finds a concern, after any fire exposure that required advanced cleaning, and after any repair. Advanced inspection is performed by a member trained to the inspection requirements of (NFPA 1850, 2026, ch. 7), or by a {{Verified ISP}}. (S1)

Minimum method. The Form - PPE Advanced Inspection Checksheet is completed for each element. The inspection happens after the garment has been cleaned, in good light, with the liner separated from the shell. The elements inspected:

Findings categories. Every inspection ends in one of these, recorded against the serial number:

• A. Serviceable. No finding; returned to the member.
• B. Serviceable after cleaning. Contamination or soiling only; advanced or specialized cleaning then return.
• C. Repair required. Damage within the repair standard; sent for repair, then re-inspected before return.
• D. Remove from service pending decision. Damage or degradation that may exceed the repair standard; the {{PPE Coordinator}} decides repair or retirement within five working days.
• E. Retire. Damage beyond repair, contamination that cannot be removed, or the garment has reached its service life.

Categories C, D and E are deficiencies and go to the Corrective Action Register with a priority on the one scale (section 11); a defect found on gear still in service that could let heat, flame or contaminant through is P1 (Imminent).

Evidence. The completed checksheet per element, the findings category, the inspector’s name and training record or the {{Verified ISP}} report, and the per-garment record updated. (S1)

Requirement. Routine cleaning is the member’s own light cleaning after every use: brushing off loose debris, rinsing, spot cleaning with mild detergent and water, and air drying. It follows the preliminary exposure reduction done at the scene. It never uses a home washing machine, a shared station machine that also launders station wear or bedding, a public laundromat, bleach, solvents, or water above the manufacturer’s maximum temperature. Routine cleaning never substitutes for advanced cleaning after a fire exposure. (S1)

Minimum method. Steps are in SWP - Bunker Gear Routine Inspection and Cleaning. Routine cleaning happens in the station’s designated cleaning area in the warm (yellow) zone, with the member wearing nitrile gloves and eye protection, and a disposable respirator or the department’s chosen respiratory protection where dry brushing raises dust.

Station wear. Station wear that was worn under bunker gear at a fire is contaminated. It is changed after the call and laundered in the station machine designated for station wear, separately from bunker gear, hoods and gloves, and never taken home for laundering after a fire exposure.

Evidence. The cleaning entry on Form - PPE Cleaning and Repair Log where the routine cleaning followed a fire exposure; the station’s cleaning area and supplies in place at inspection. (S1)

Requirement. Every element of the structural ensemble receives advanced cleaning after every exposure to products of combustion, after any exposure that routine cleaning did not resolve, and on a schedule: at least every 12 months as the minimum the standard sets (NFPA 1850, 2026, ch. 6), and this program sets a default of at least every six months for the front-line ensembles of any department that attends working fires. Advanced cleaning is done in a programmable extractor by a trained PPE technician in-house, or by a {{Verified ISP}}. (S1)

Minimum method. Steps are in SWP - Bunker Gear Advanced and Specialized Cleaning and Repair. The method separates the shell from the liner, closes all closures, turns the shell inside out where the manufacturer directs, pretreats heavily soiled areas, and runs the manufacturer-approved cycle. Hoods and gloves are cleaned in mesh bags on a gentle cycle or by the manufacturer’s method. Helmets are disassembled and cleaned by hand. Boots are cleaned by hand. Every element is air dried, out of sunlight, in a ventilated space or a drying cabinet set below the manufacturer’s maximum temperature.

Laundering equipment specification.

Evidence. Cleaning log entry per element per cycle (date, type, program, who, extractor serial); extractor calibration and maintenance record; the {{Verified ISP}} certificate and batch records where contracted. (S1)

Requirement. Gear contaminated by a hazardous material, body fluids or an unknown substance is isolated at the scene, bagged, tagged, and not cleaned by routine or advanced methods until the contaminant has been identified and the cleaning method chosen. Specialized cleaning follows the manufacturer’s instruction for the contaminant and (NFPA 1850, 2026, ch. 6); where the contaminant cannot be identified or removed, the gear is retired. (S1)

Minimum method. The company officer records the contaminant, the elements affected and the circumstances on the cleaning log and the Form - Exposure Report. The {{PPE Coordinator}} consults the safety data sheet where one exists, the garment manufacturer and, for hazardous materials, the hazmat team. Biological contamination is treated with a disinfectant and method approved by the garment manufacturer. Gear contaminated by fuels, oils or chemicals that are known to degrade the moisture barrier is retired. Gear contaminated by asbestos is handled as asbestos waste in accordance with the applicable asbestos regulation (J21 WHMIS, Hazardous Materials and Asbestos). Pointers for the full scene procedure are in the Hazardous Materials, CBRN and Energy Hazards Program and the Infection Control and Medical Response Safety Program.

Evidence. The cleaning log entry with the contaminant, the method and the decision; the exposure report; the retirement record where the gear is retired. (S1)

Requirement. The department can show that its advanced cleaning removes contaminants, not only that the gear went through a machine. (S2)

Minimum method. Where cleaning is contracted, the provider must hold a current verification as a verified independent service provider under (NFPA 1850, 2026, ch. 11), which includes third-party verification of cleaning effectiveness, and must provide batch records with chain of custody for every ensemble. Where cleaning is in-house, the department either obtains verification of its own operation as a verified cleaner, or runs a documented validation at commissioning and annually: a visual and tactile check of a sample after cleaning; a count of residual soiling on light-coloured swatches washed with the load; and, where the budget allows, laboratory analysis of a sample of cleaned shells for polycyclic aromatic hydrocarbons and heavy metals against a new-shell baseline. The validation method, sample size and results are recorded.

Evidence. The ISP verification certificate; or the in-house validation record. (S2)

Requirement. Repairs to structural ensembles are performed only by the manufacturer, a {{Verified ISP}}, or a trained in-house technician using the manufacturer’s materials and methods, within the limits the standard sets for what may be repaired (NFPA 1850, 2026, ch. 8). Repairs to the moisture barrier or thermal liner beyond minor seam and small-area patching go to the manufacturer or the verified provider. Every repaired element is advanced-inspected before it returns to service. (S1)

Minimum method. The company officer or inspector raises a repair request (toolkit item T5) with the serial number, the damage, its cause where known, and whether the element has been cleaned. Gear is never sent for repair without advanced cleaning first. The {{PPE Coordinator}} approves the repair, assigns it to the manufacturer, the ISP or the in-house technician, and records the repair, the materials used and the return inspection on the cleaning and repair log. Repairs that change the garment’s certification (unauthorized materials, altered closures, added pockets or trim) are not permitted. A record of each repair is kept for the life of the garment.

Evidence. Repair request, repair record, post-repair advanced inspection, per-garment record. (S1)

Requirement. The department knows what is in its gear, buys with full chemical disclosure, and plans its transition to ensembles that do not contain intentionally added per- and polyfluoroalkyl substances, without accepting a regrettable substitution. (S2)

What the evidence says. The 2025 edition of NFPA 1970 introduced a restricted substances list and testing, allows a label stating no intentionally added PFAS only when total fluorine is at or below 100 parts per million, and removed a moisture barrier test that had effectively required PFAS film (NFPA 1970, 2025). Non-PFAS outer shells have existed for years; the moisture barrier was the last holdout, and non-PFAS barriers have since reached the market. In 2025 a peer-reviewed study found brominated flame retardants in some PFAS-free moisture barriers (Herkert et al., 2025)DOI. Canada has no federal or provincial rule on PFAS in turnout gear as of October 2026; the federal State of PFAS Report and the proposed listing of the PFAS class under the Canadian Environmental Protection Act are the relevant instruments (Environment and Climate Change Canada & Health Canada, 2025). Fluorinated and non-fluorinated outer shells have been compared after simulated exposure in the peer-reviewed literature (Mazumder et al., 2023)DOI.

What a department should ask suppliers. The tender and the specification template require:

1. The restricted substances test report from an accredited laboratory for every layer, with the total fluorine result.
2. Full chemical disclosure of every layer, including the identity and concentration of any flame retardant of any type, not only PFAS.
3. Peer-reviewed or independent toxicity data for any substance used in place of PFAS.
4. The certification record showing the ensemble meets NFPA 1970 (NFPA 1970, 2025) in the configuration offered, including the moisture barrier’s liquid penetration and durability results after laundering.
5. The manufacturer’s statement of expected service life and care requirements for the non-PFAS barrier, since some barriers need gentler cycles.
6. The right to do confirmatory testing on receipt, at the supplier’s cost if the result fails the specification.

Transition plan. The program appraisal carries a PFAS transition line: the proportion of the fleet by layer that is PFAS-free, the replacement schedule that follows the 10-year retirement cycle so no serviceable gear is retired early for this reason alone unless the department decides to, and the budget worksheet line for the cost difference. The JOHSC is consulted on the transition plan and on any decision to accept a non-PFAS barrier.

Evidence. Tender file; supplier disclosure; the transition line in the appraisal. (S2)

Requirement. Protective clothing is stored clean, dry, out of direct sunlight, away from diesel exhaust and heat sources, in a ventilated space, and never in living, sleeping, kitchen or office areas, never in the apparatus crew cab when not in use, and never in a member’s personal vehicle or home living space. (S1)

Minimum method.

• Each station has a designated PPE storage room or lockers in the yellow (warm) zone with mechanical ventilation, out of the apparatus bay’s exhaust path, and with no window exposure or with UV-blocking covering. The design points are in the Facilities and Station Safety Program.
• Gear is stored on open racks or in ventilated lockers, liner and shell apart where practical, hoods and gloves hung or racked, not stuffed in a boot or a pocket.
• Gear is never stored wet. Wet gear goes to the drying area first.
• Apparatus: clean gear travels in exterior compartments or in the designated PPE area of a clean-cab apparatus, not loose in the crew compartment. Contaminated gear travels bagged as the Decontamination and Contamination Control Program sets.
• Volunteer members who keep gear at home store it in a dedicated bag in a garage or an unheated space away from living areas and sunlight, never in a bedroom, a child’s play area or a vehicle cab. The department provides the bag. Gear that has been exposed to products of combustion is not taken home until it has had at least routine cleaning, and is advanced-cleaned at the department’s station or ISP.

Evidence. Station inspection findings; the storage room on the station floor plan; volunteer storage acknowledgement on the issue record. (S1)

Requirement. Every element of every ensemble has a record, held in {{Records system}}, from purchase to retirement. (S1)

Minimum fields. Element type; manufacturer, model and lot; serial number; date of manufacture; date of purchase and cost; certification standard and edition; size; date of issue and member; every routine inspection finding that led to action; every advanced inspection with date, inspector and findings category; every advanced and specialized cleaning with date, method, who and extractor or ISP batch; every repair with date, what, who and materials; exposure events linked from the exposure record; storage location; date of retirement, reason, disposition and the person who authorized it.

Minimum method. The record is the serial number’s row in the records system, built from Form - PPE Issue and Return Record, Form - PPE Advanced Inspection Checksheet, Form - PPE Cleaning and Repair Log and Form - PPE Retirement Record. A barcode or RFID tag speeds data entry but a paper card per garment meets the requirement at Stage 1. The record is retained for the garment’s life plus the period in 05 Document Control and Records, and a member may obtain the records for the gear issued to them on request within 10 business days.

Evidence. The records system, sampled by the auditor against the inventory: pick 10 serial numbers from the floor and find their records; pick 10 records and find the garments. (S1)

Requirement. Every element of a structural or proximity ensemble is retired no later than 10 years from its date of manufacture (NFPA 1850, 2026, ch. 10), and earlier on condition: damage beyond the repair standard, contamination that cannot be removed, loss of certification, or a finding category E at advanced inspection. Hoods, gloves and boots follow the same 10-year rule and are usually retired on condition well before it. (S1)

Minimum method. Steps are in SWP - Bunker Gear Retirement and Records. The {{PPE Coordinator}} runs a monthly report of every element reaching 10 years from manufacture in the coming 12 months and plans the replacement in the budget worksheet. Retired gear is recorded on Form - PPE Retirement Record, the member’s issue record is updated, and the element is rendered unusable for emergency operations: labels removed or defaced, shells cut, or the element destroyed, in accordance with the manufacturer’s and the municipality’s waste rules. Retired gear may be kept for training only if it is clearly marked “training only, not for live fire”, stripped of its certification label, cleaned, and recorded as such; it is never used in live fire training. Retired gear is never sold, donated or given to a member for use at a fire. Contaminated retired gear is disposed of as the contaminant requires.

Evidence. The monthly retirement forecast; the retirement record per element; the training-only register. (S1)

Requirement. Every structural hood issued has a particulate-blocking layer certified to NFPA 1970 (NFPA 1970, 2025). Hoods are exchanged at the scene after every fire exposure and the exposed hood is bagged for advanced cleaning. Hoods are retired on condition at the first sign of loss of elasticity, shrinkage past the size specification, thermal damage or a compromised barrier, and in any case at the manufacturer’s stated service life or 10 years. (S1)

Minimum method. Two hoods per member minimum, hood exchange stock on every front-line apparatus as the decontamination program sets, laundering by the manufacturer’s method in a mesh bag at no more than 100 G and 40 °C (NFPA 1850, 2026), air dried in shade, stored only when fully dry.

Evidence. Issue records; hood exchange stock counts on apparatus checks; hood cleaning log entries. (S1)

(a) Work-as-done. Procedures describe work as imagined unless they are written from work as done (Hollnagel, 2014). Before any procedure in this program is written or changed, the Protective Clothing, Equipment and Decontamination team runs a learning-team session (Conklin, 2012) with members who wear, clean and store the gear, including a volunteer station. The session describes: what actually happens to gear between the end of a fire and the next call, hour by hour; where gear is really stored at each station and at home; how members decide whether gear is “dirty enough” to send for cleaning, and what happens to their shift or their night when they do; how long a loaner takes to arrive and how often it fits; what members do when the extractor is in use or broken; what the routine inspection looks like at 0300 after a fire compared with the card; which repairs members do themselves with tape or thread and why; how fit problems are raised and what happens. The procedures in section 8 are written from that description, so they match the task as done safely, not as imagined at a desk.

(b) Capacity and margins. This work goes right most of the time because members know their own gear, because officers notice a split wristlet or a missing hood on the way out the door, and because logistics staff keep a quiet buffer of hoods, gloves and loaners. What erodes that capacity: one set of gear per member; an extractor at one station for a whole district; a loaner pool in the wrong sizes; night-time working fires that leave gear wet and contaminated at 0400 with a shift change at 0700; a volunteer station with no pickup route; a coordinator position that is a side duty; a records system nobody has time to update. The program protects the margin by requiring the second set or the 24-hour loaner rule, hood and glove stock on every apparatus, a fixed pickup route, a funded coordinator and a records method that can be done in the moment on a card or a phone.

(c) Just culture. A member who wore damaged gear, skipped a routine inspection, took contaminated gear home, or adapted a procedure to get to the next call is treated as a source of information about why the system made that the easiest path (Reason, 1997; Dekker, 2016). The learning firewall applies: what members say in learning teams, routine inspection cards, cleaning logs, exposure reports and after-action reviews is used for learning and never as the basis for discipline. Conduct concerns (deliberate destruction of equipment, falsified records, impairment) go to a separate process run by different people, and the department tells members in writing where that line is. The question after a finding is never “who did it” but “what made that the sensible thing to do at the time, and what would make the right thing the easy thing”.

(d) Psychological safety. Psychological safety is the shared belief that it is safe to speak up, ask, admit error and challenge (Edmondson, 1999)DOI. Any member can refuse to wear gear they believe is contaminated, damaged or ill-fitting, and can say so to the officer in plain words: “This coat is still contaminated from last night, I need a loaner.” The officer’s expected reply is to acknowledge, act (issue the loaner or pull the member from the interior assignment), log the concern on the inspection card, and tell the member what happened to it within five working days through the route in section 11. Leaders show it is safe to report by wearing clean inspected gear themselves, by thanking the member who sends gear for cleaning before a shift change, by reporting their own fit and defect concerns through the same cards, and by never treating a gear report as a complaint about logistics. Station meeting norms include a standing item: “any gear concerns this month, and what happened to the last ones”.

(e) Learning link. This program feeds the After the Call tiers through the Incident Investigation and Learning Program. Tier 1 After-Action Review: every working fire, and any gear defect found at the scene. Tier 2 Post-Incident Analysis: a burn injury or a near miss where PPE condition, fit or absence was a factor; a member sent to a call in contaminated gear because no clean gear was available; an advanced inspection that finds a certification-affecting defect across a batch. Tier 3 Independent Learning Review: a serious burn injury or a line-of-duty death. The AAR questions a crew asks after any working fire: “Did anyone’s gear let heat, water or smoke through, and where?” “Did everyone swap hoods and bag their gear, and if not, what got in the way?” “Is anyone going to the next call without clean gear?” For the full method see Manual 02 - The Three Tiers and Event Triage.

Training records are kept by the training division per 05 Document Control and Records.

• SWP - Bunker Gear Routine Inspection and Cleaning
• SWP - Bunker Gear Advanced Inspection
• SWP - Bunker Gear Advanced and Specialized Cleaning and Repair
• SWP - Bunker Gear Retirement and Records

Shared with the decontamination program: SWP - On-Scene Preliminary Exposure Reduction and SWP - Post-Call Station Decontamination. The SCBA facepiece is governed by SWP - SCBA Daily and After-Use Inspection and Cleaning in the Respiratory Protection Program.

• Form - PPE Issue and Return Record
• Form - PPE Routine Inspection Card
• Form - PPE Advanced Inspection Checksheet
• Form - PPE Cleaning and Repair Log
• Form - PPE Retirement Record
• Form - PPE Specification Template
• Form - Exposure Report (owned by the cancer prevention and exposure tracking program)
• Toolkit items in section 17: repair request, training and competency sign-off, quarterly indicator worksheet, annual PPE program summary worksheet, loaner pool register.

The quarterly indicator worksheet is toolkit item T7. Indicators feed the program’s quarterly update and the department dashboard in 04 Baseline Metrics and Indicator Set.

Loop test. A volunteer firefighter reports on Monday that her coat’s wristlets have split and the loaner coat she was given is two sizes too big. By Tuesday the coat is tagged and in the repair queue, she has a loaner that fits or a custom order has been placed, and the defect and the loaner size gap are in the program’s action log. By Friday the loaner pool size audit is a corrective action with an owner and a due date and she has heard back. Within the quarter the loaner pool size range has been corrected, a change notice has gone to every station on how to request a loaner that fits, and the item is closed with evidence in the quarterly update.

Checklist - Protective Clothing and Equipment is the audit category. The five questions an auditor asks first:

1. Pick 10 ensembles from the floor. Does each have a record with an advanced inspection and an advanced cleaning inside the interval, and does the garment’s condition match the record?
2. Pick the last five working fires. Was every exposed ensemble advanced-cleaned within seven days, and where is the entry?
3. Who did the last advanced inspection, and what training record or ISP verification shows they were qualified to do it?
4. Ask three members, including a volunteer, when they last had a fit check, where they store their gear, and what they do when it is contaminated. Do the answers match the program?
5. Show me the last deficiency raised about PPE, the register entry, the owner, the due date, and the evidence it was closed.

Accreditation crosswalk. For an accredited or candidate agency, the audit evidence for this program also serves the self-assessment: the inventory, issue records and loaner pool answer the equipment quantity and distribution indicator (CPSE, 2019, criterion 6E.1); the retirement forecast and budget worksheet answer scheduled and budgeted replacement (6E.2); the technician training records and ISP verification answer maintenance and inspection by qualified people (6E.3); the per-garment record answers inventory control and maintenance tracking (6E.4); the specification and tender file answer supplies compliant with standards (6E.5); and the training table answers safety training on new equipment (11A.5).

The evidence this program answers, stated generically:

• Cancer is a leading cause of firefighter line-of-duty death as reported by firefighter cancer organizations (Firefighter Cancer Support Network, 2013), and occupational exposure as a firefighter is classified as carcinogenic to humans, Group 1 (IARC, 2023). Contaminated gear is a dermal exposure pathway every time it is worn, handled or stored near people. This program’s cleaning triggers, two-set rule, hood exchange and storage rules are the response.
• Gear fails at the interfaces. Fireground contamination research shows that particulates reach the skin at the neck, wrists and waist and during doffing even with particulate-blocking hoods (FSRI, 2025). Specification choices on closures and wristlets, and the doffing sequence in the decontamination SWPs, are built from that.
• Doffing can matter more than hood design. Pulling a hood down around the neck transfers contaminants; gloves are among the most contaminated elements and carrying them by hand contaminates the clean hand (FSRI, 2025). The routine inspection and cleaning procedure starts with doffing.
• Gear past its life, worn without its liner, hoods not worn and closures not fastened are the conditions advanced inspection with findings categories, the 10-year rule (NFPA 1850, 2026, ch. 10) and the member’s routine check exist to catch before the next fire.
• Programs fail in the records. The failure modes this program is designed against: an extractor is present but there is no written cycle and no verification; “advanced cleaning” is claimed but there is no record; one set of gear so contaminated gear is worn to the next call or kept in a personal vehicle; gear stored in cabs, bedrooms and sunlight. The per-garment record (NFPA 1850, 2026) and the audit’s floor-to-record sampling are built to catch this.
• PFAS-free bought on marketing claims without disclosure has produced regrettable substitutions (Herkert et al., 2025)DOI. The supplier questions in element 5.12 are the control.
• Fit treated as a comfort issue leaves members outside the stock size range, including many women, in gear that gaps and restricts movement. Fitting for all body types with a custom route is a protection requirement here, not an accommodation.

Stage 1 minimum. The inventory (5.1) completed; every suppression member fitted and issued one certified structural ensemble with two hoods and two pairs of gloves, with a loaner pool sized to the 24-hour rule; routine inspection card in use; one extractor to specification at a central station, or a {{Verified ISP}} contract, so advanced cleaning after every fire exposure is possible; at least one trained inspector or the ISP doing advanced inspection on every ensemble within the first 12 months; the per-garment record started, on paper if necessary; storage out of living areas and cabs; the retirement forecast run once; the accountability table filled with names; the first quarterly update.

What Stage 1 costs. People: a {{PPE Coordinator}} at roughly one day a week for a department of 100 to 300 members (more at the start while the records are built); two trained technicians (a two-day manufacturer or ISP course each); the program manager and team at about four hours a month per member. Money: one extractor and drying rack or cabinet to specification, installed with plumbing and ventilation in a yellow zone, typically in the range of a mid-size apparatus component rather than a vehicle; or an ISP contract priced per ensemble per cleaning and per inspection. Loaner pool gear in the sizes the department lacks. Hoods and gloves for the two-per-member rule. Records can start in a spreadsheet.

Stage 2 adds two sets per member, in-house or ISP-verified cleaning effectiveness, all indicators reported quarterly and the PFAS transition plan. Stage 3 adds an independent review of the program every three years, laboratory validation of cleaning effectiveness, and participation in the national registry and research where the department chooses.

This chapter relies on the following legal requirements, which differ by province and territory. Check your jurisdiction’s section on each topic page before adopting it.

International Organization for Standardization. (2019–2021). ISO 16073 (all parts), Wildland firefighting personal protective equipment: Requirements and test methods (Parts 1 to 9; replaces ISO 16073:2011). https://www.iso.org/standard/74209.html