Fire & EMS
Your PPE program is almost certainly written against NFPA 1851, and your SCBA program against NFPA 1852. Neither of those standards exists on its own any more. They were folded into a single standard, NFPA 1850, which took effect on 9 September 2025, and it carries a training deadline that most departments have already passed without noticing.
This is for fire chiefs, safety officers, and whoever in your department ended up owning the gear records, which is often a company officer with a spreadsheet and a filing cabinet. If you're the person who has to produce an inspection history when a firefighter files a claim, or when an attorney asks what you knew and when, this is your problem whether or not it's in your job description.
What follows is what changed, what the record has to show now, and how to tell whether the system you're using can actually produce it. Every figure here comes from the standard and from the technical commentary around it, and where sources disagree you'll see the version that holds up.
NFPA 1850 took effect on 9 September 2025. It combines NFPA 1851, which covered turnout gear, and NFPA 1852, which covered SCBA, into one standard that applies to fire departments rather than to manufacturers. Departments have one year from the effective date to train their members on the turnout gear requirements, and independent service providers have up to two years to be verified against the new edition.
NFPA 1850 is the National Fire Protection Association standard on selection, care, and maintenance of protective ensembles for structural and proximity firefighting and open-circuit self-contained breathing apparatus. The 2026 edition is the first edition, and it replaces NFPA 1851 for turnout gear and NFPA 1852 for SCBA.
The important thing about NFPA 1850 is who it applies to. It governs what your department does with gear you already own: how you select it, clean it, inspect it, repair it, store it and retire it. The standards that govern how the gear is built and certified are separate, and those sit in NFPA 1970. So NFPA 1850 is the one your program is measured against, and it's the one an assessor or an attorney will hold you to.
The lineage matters if you're explaining this to a chief who has been doing the job a while. Work by the Fire Industry Education and Resources Organization produced the first real guidance on inspecting and cleaning firefighter protective clothing, at a point when routine care wasn't standard practice anywhere. NFPA 1851 followed in 2001, NFPA 1852 in 2002. The two ran in parallel for more than twenty years, which is why most departments still run two programs, two sets of paperwork, and often two people who own them.
NFPA 1850 puts them under one roof. The scope, definitions and referenced publications are shared. Then the turnout gear requirements run through chapters on ensemble program requirements, selection, cleaning and decontamination, inspection, repair, storage, retirement and disposition, verification of independent service providers, certification of cleaning products, and test procedures. The SCBA requirements follow in chapters covering the respiratory protection program, selection, care and maintenance.
One practical consequence of the merge: the definitions for the different types of cleaning are now the same for turnout gear and for SCBA. If your SOPs use one vocabulary for gear and a different one for breathing apparatus, they now disagree with the standard.
The turnout gear side gained two new department roles, tighter cleaning parameters, new inspection tests, and advanced inspection for gear that has never been issued. The SCBA side gained aligned cleaning terminology, expanded SOP requirements, and a service life that can now run to twenty years with manufacturer approved upgrades.
Here's the shape of it, split the way the standard splits it.
| Area | Turnout gear portion | SCBA portion |
|---|---|---|
| Program roles | New PPC Manager and PPC Technician roles defined in the department | Quality assurance for the SCBA program, with manufacturer authorized technicians |
| Selection | Risk assessment required, including restricted substances and interface points | Separate hazard and risk assessment, plus a field evaluation process |
| Cleaning | Higher wash temperatures, capped water hardness, narrowed detergent pH, machine cleaning extended to helmets, gloves and footwear | Cleaning terminology aligned with turnout gear, disinfection and sanitization added to procedures |
| Inspection | Full liner inspection at every advanced inspection, new glove and footwear integrity tests, hood light test | Inspection and maintenance requirements largely unchanged |
| Storage | Separate practices for on duty, off duty and in transit gear | Guidance reflecting clean cab practice |
| Retirement | Ten years from date of manufacture, unchanged | Up to twenty years, depending on certification edition and upgrades applied |
| Service providers | Verification strengthened, results now publicly disclosed | Repairs restricted to manufacturer authorized technicians |
Three timelines run from the 9 September 2025 effective date, and they aren't the same.
NFPA 1850 requires two kinds of turnout gear inspection. Routine inspection is done by the individual firefighter after each use. Advanced inspection must happen at least once a year, must be done by trained people, and is recommended to run alongside advanced cleaning. Both have to be documented against the specific item of gear.
Routine inspection is the one your firefighters already know, and the checklists carried over largely intact from NFPA 1851. Two additions are worth briefing your crews on. Particulate blocking hoods picked up extra attributes to check, and boots now need checking for the outer sole separating or peeling away from the upper. Neither is difficult. Both get missed if nobody tells anyone the list changed.
Advanced inspection is where the new requirements land, and it's the part that generates the record you'll be asked for. The standard adds a full garment liner inspection at every advanced inspection, not just when something looks wrong. It adds separate tests for glove and footwear liquid integrity. And it adds a light inspection test for hoods, which shines a light through the hood to check whether the particulate blocking layer is still continuous. Bright spots mean the barrier has gaps.
This is the change that catches departments out. Advanced inspection generally wasn't applied to stored or unissued gear. Under NFPA 1850, gear that has never been issued still has to undergo advanced inspection after three years.
If you hold a reserve of new sets in a storeroom for recruits or for replacements, those sets are now on an inspection clock from the moment you take delivery. A department that buys ahead to beat a price increase can find a shelf of unworn gear that's out of compliance without anyone touching it.
The standard's requirements are per item, not per firefighter and not per station. For each element of the ensemble your records need to carry the following.
Manufacturer, model, size, serial or department identifier, and the date of manufacture. The date of manufacture is what starts the retirement clock, not the date you issued it.
Who the item is issued to, and the history of who held it before them. A turnout gear inspection record that can't answer who wore the set can't support an exposure claim later.
Routine and advanced held as separate record types, each with the date, who performed it, what was found, and what was done about it.
What level of cleaning was applied, when, by whom, and why. Preliminary exposure reduction, advanced cleaning and specialized cleaning are different events and shouldn't collapse into one field.
Whether the repair was routine and done in house, or advanced and sent out, and to which facility. The distinction is in the standard and it belongs in the record.
When the item came out of service, why, and what happened to it. Gear retired for contamination shouldn't reappear as a training prop.
Turnout gear has to receive advanced cleaning at least twice a year, which is unchanged. What changed is how that cleaning is done. The maximum wash temperature rose from 105F to 120F, specialized cleaning can go to 140F, water hardness is capped at 60 ppm, and the acceptable detergent pH range narrowed to between 6 and 9.5.
The cleaning definitions are worth getting straight, because they're now shared with SCBA and because your SOPs need to use them.
| Level | What it is | When it applies |
|---|---|---|
| Preliminary exposure reduction | Rinsing gear on the fireground, scrubbing with brush and detergent, then rinsing again | Before the firefighter removes their gear, after any significant exposure |
| Advanced cleaning | Thorough machine or manual cleaning, usually in a washer extractor, to remove most fireground soils and contaminants | Whenever gear is soiled or contaminated, and at least twice a year regardless |
| Specialized cleaning | Enhanced or entirely different processes for heavy soiling, heavy contamination, or unusual substances | When advanced cleaning isn't enough, including some lithium ion battery fires |
| Sanitization | Reducing biological contaminants to a safe level, roughly a thousandfold reduction | When gear has contacted potentially infectious material, before advanced cleaning |
The temperature change is the one with a reason behind it. Research through the Fire Protection Research Foundation showed better contaminant removal at higher wash temperatures without unacceptable damage to the materials, so the ceiling came up. Water hardness is capped because hard water reduces how well any water based process lifts contaminants. The narrower pH band replaces an older allowance that ran to 10.5.
Two other changes affect what you can put through a machine. Machine cleaning is now preferred over hand washing for consistency, and it's extended to helmets, gloves and footwear. Liquid carbon dioxide cleaning is recognized, and it removes organic and oil based chemicals more efficiently than water based processes.
The standard also treats lithium ion battery fires as their own contamination problem, with decision criteria for whether specialized cleaning is warranted. Those criteria include how much of the fire involved batteries, how exposed the firefighters were, and whether you have any measurement of the contamination. Expect this section to grow.
The other principle running through the whole cleaning and inspection chapter is universal precautions: gear is treated as contaminated until it's been cleaned. Anyone handling it for inspection should be in examination gloves, protective sleeves and apron, a faceshield and a filtering facepiece respirator. If your gear room doesn't stock those, that's a gap an assessor can see.
Structural turnout gear must be retired no more than ten years from its date of manufacture. NFPA 1850 keeps that rule unchanged, and it applies even to gear that stayed in storage and was never worn.
The reasoning is published in the standard and it's worth being able to repeat when a council member asks why serviceable looking gear is being thrown away. Product standards move on, so older gear can fall behind current performance. Materials degrade over time from use and from repeated cleaning. Contaminants accumulate, and some of them aren't fully removed by any cleaning process. And most importantly, there's no reliable nondestructive test that can tell you a ten year old set will still perform.
Two practical consequences. Hoods and gloves in regular use are unlikely to reach ten years at all, so your replacement cycle for those runs shorter than your coats and pants. And because the clock runs from manufacture rather than from issue, buying a large reserve and holding it is expensive: you're spending service life on a shelf. Rotating stock so the oldest sets go into service first is the practical answer.
NFPA 1850 keeps SCBA inspection and maintenance requirements largely as they were under NFPA 1852, but expands what your SOPs must cover and changes the service life. SCBA can now remain in service for up to twenty years depending on the certification edition and what manufacturer approved upgrades have been applied.
SCBA has always leaned harder on manufacturer instructions than turnout gear does, and that hasn't changed. The standard is explicit that where its requirements conflict with the manufacturer's care and maintenance instructions, you follow the manufacturer. It also expects the department to make those instructions available to its members rather than keeping them in the shop.
What did change is the surrounding program. Cleaning terminology is now the same as for turnout gear, so your SCBA SOPs need to talk about preliminary exposure reduction, routine cleaning, advanced cleaning and specialized cleaning. Disinfection and sanitization now have to be part of your written procedures, particularly for facepieces. Specialized cleaning is newly recognized for SCBA that's been heavily contaminated or exposed to unusual chemical or biological hazards. Mechanical washing systems are allowed, provided the equipment provider has verified they don't damage the SCBA, though there's no requirement yet that such systems be shown to actually remove contaminants.
The service life provision is the most consequential change for a department with an aging fleet. Units certified to earlier editions may stay in service if they've had manufacturer approved upgrades. Those upgrades bring older SCBA forward with new features, capabilities and labeling, so the technology doesn't fall too far behind current product standards.
That makes your upgrade history part of your compliance record. If you can't show which packs received which upgrades and when, you can't show why a fifteen year old SCBA is still legitimately in service. Soft goods on the harness get replaced more often than that anyway, because UV and contamination degrade them faster than the rest of the unit.
When SCBA does come out of service, the standard requires it to be destroyed or rendered unusable. Nothing goes to a neighboring department or a training academy intact.
Both halves of NFPA 1850 tell you what to do when equipment fails, nearly fails, or degrades significantly through normal use, and the two routes are different.
For turnout gear, you report to the manufacturer and to the certification organization, and the certification organization has to investigate under the product standard and report findings where warranted. For SCBA, there's an additional obligation: notify the National Personal Protective Technology Laboratory at the National Institute for Occupational Safety and Health, remove the equipment from service, secure it, and provide documentation for a chain of custody.
That last requirement is a records requirement in everything but name. A chain of custody you assemble after the fact from memory and a maintenance binder is not a chain of custody. It has to already exist, per item, before the failure happens.
An independent service provider is a facility verified to clean, inspect and repair firefighter protective clothing. NFPA 1850 strengthens that verification by requiring the actual cleaning efficiency results to be publicly disclosed, and adds optional categories for PFAS and PAH removal.
Verification came out of the Fire Protection Research Foundation's work on how clean is clean. The test is practical: sample materials are contaminated with known amounts of specific chemical or biological substances, sewn into pockets on surrogate garments, and sent to the facility. The facility cleans them using its normal procedures. The specimens go back to the laboratory and get measured for what's left, reported as a percentage reduction for chemicals or a logarithmic reduction for bacteria. The baseline removal efficiency for chemical contaminants was set at 50 percent, which reflected the average performance achievable at the time.
What's new is disclosure. Previously a verified facility was simply listed as meeting the standard, and you couldn't tell a facility scraping the baseline from one well above it. Under NFPA 1850 the certification organizations that oversee verification have to make the actual efficiencies available. The optional PFAS and PAH categories let facilities report on a wider range of chemicals and show how repeated cleaning cycles affect gear performance.
For your program, that means the question to ask a service provider changed. It's no longer whether they're verified. It's what their published numbers are, and in which categories.
Repairs are split. Routine repairs can be done by the department where the manufacturer has trained your people. Advanced repairs need the skills or equipment of an authorized facility or the manufacturer. Your record needs to know which kind each repair was and where it went.
Gear in transit is now its own storage category, with practices distinct from on duty and off duty gear. The standard also prohibits transporting contaminated gear in an apparatus cab or other vehicle unless it's bagged or contained. So a set going out for advanced cleaning generates a sequence of record events: taken out of service, packaged, sent, received back, inspected, returned to the wearer. Most departments capture the first and the last, and lose the middle, which leaves a turnout gear inspection history with a hole in it exactly where the gear was most contaminated.
An apparatus accident is at least four records at once: a vehicle record, a personnel record, a possible injury or exposure, and sometimes a gear event. Filing it only against the truck loses the other three, and those are the ones that matter a year later.
This sits next to your gear program more closely than it looks. A collision that damages a compartment can damage the SCBA stored in it. A rollover puts gear through loads nobody inspected for. Fuel or hydraulic fluid on a set of turnout gear is a contamination event that calls for specialized cleaning, not a rinse. If your accident report and your gear record don't reach each other, that set goes back on the rack.
What a usable apparatus accident record holds: the unit and its details, the crew assigned at the time, the driver, any injuries, any exposure, any equipment damaged or removed from service as a result, the repair and its cost, and the follow up, whether that's remedial driver training or a policy change. Departments that report through the National Fire Incident Reporting System already produce part of this, but NFIRS is built around incidents rather than around the vehicle and the people, so it won't carry the whole record on its own.
The test is simple. Pull up an apparatus and ask what happened to it over five years, then pull up a firefighter and ask the same question. If those are two different systems and neither knows about the other, you have the reporting covered and the accountability uncovered.
Any PPE tracking software worth buying has to hold routine and advanced inspection as separate record types, run the retirement clock from the date of manufacture, and survive gear leaving the building for cleaning. SCBA tracking software has the additional job of holding components with different service lives on one unit.
Most systems demonstrate well and fail on the same handful of things. These are the ones to test during a demo rather than take on trust.
Ask to see a routine inspection and an advanced inspection on the same item. If they're the same form with a checkbox, your annual compliance evidence is buried inside a stream of daily checks.
Ask what date drives retirement. If the answer is the date of issue or the date of purchase, the system will tell you gear is compliant when it isn't.
Ask to see the inspection status of a set that has never been assigned to anyone. Systems built around the wearer often can't show you the storeroom at all.
Ask to send a set out for advanced cleaning and bring it back. You want out of service status, where it went, and the returned inspection attached to the item.
An SCBA is a pack, a cylinder, a regulator and a facepiece with different service lives and different histories. Ask to swap a cylinder between packs and then show the history of both.
Ask who held a given set in March two years ago. This is the question a presumption claim turns on, and a current assignment field can't answer it.
Ask to record a preliminary exposure reduction, an advanced cleaning and a specialized cleaning as three different things, with reasons. One generic cleaned checkbox doesn't meet the standard.
Ask for the full history of one item as a document you could hand to an attorney. If the answer is a screen, you'll be rebuilding it by hand at the worst possible moment.
A department that buys one system for gear and assumes it covers breathing apparatus usually finds the gap late. SCBA tracking software has to model a unit as an assembly whose parts move: cylinders get swapped between packs, facepieces are assigned to individuals rather than to apparatus, and regulators go out for authorized service on their own. PPE tracking software built around a coat and pants set often can't represent that at all.
It also has to hold two things a turnout gear inspection record never needs. The first is the upgrade history that justifies keeping an older unit in service, since that's what the twenty year service life depends on. The second is the chain of custody the standard requires when a unit is pulled after a failure, which has to exist before the failure rather than being assembled afterwards.
Some departments run PPE tracking software and SCBA tracking software as one system and some run two. Either works. What doesn't work is one system that claims both and models neither properly, which is why the component swap is worth testing on screen before you sign anything.
One more thing worth deciding before you shop. Barcode and RFID scanning is genuinely useful where issue happens all day and the item count runs into the thousands. It's a labeling project that takes a quarter to do and another to embed, and for a department issuing gear a few dozen times a month it usually returns less than per person assignment does. Decide which problem you actually have before you let it drive the selection.
At Essential Personnel we hold equipment on the employee record rather than in a separate inventory system, so a firefighter's gear sits on the same profile as their training, certifications, incidents and exposures. Equipment Accountability is one of our four suites and it costs 20 dollars per user per year.
My co-founder and I started EP in 2020 in Wilmington, North Carolina. We came out of the fire service ourselves, and we built the platform as professional standards software for public safety rather than as an asset system with a fire skin on it. Our Equipment suite covers serialized inventory, consumables, forms and requests, assignment tracking, audit logs and expiration notification.
Three things we do bear directly on an NFPA 1850 program. We organize equipment around the person, so pulling up a firefighter shows everything issued to them on one screen, which is what a separation, a promotion or a claim actually requires. Every item carries its own permanent history of who held it, when it was issued, when it came back and why, with notes that stay attached, so a set you send out for repair keeps that event on its record. And we serialize down to the component, so an assembly whose parts outlive it stays together as one set rather than fragmenting across a spreadsheet.
Inspections run through customizable forms with status tracking from issue through inspection to retirement. We built it that way for the reason this whole article rests on: because the inspection attaches to the item and the item attaches to a person, your record answers both halves of the question at once, that the gear was inspected and who was wearing it.
We don't ship a preset NFPA 1850 inspection set. Our inspection forms are configurable, which means your PPC Manager builds the routine and advanced inspection forms to match your program rather than importing them. That's more setup work up front than a purpose built gear tool asks of you, and if what you want is the standard's checklists out of the box, we're not the right tool for it.
We also don't do barcode or RFID scanning. What we've built is asset tracking in the accountability sense rather than the scanning sense. If your program depends on scanning a rack of cylinders in a morning, that's a real gap and you should weigh it before you talk to us.
What you get in exchange is the thing a standalone gear system structurally can't give you. The exposure a firefighter logs, the incident it came from, the training record and the gear they were wearing are one record, held for the length of a career. When a cancer presumption claim lands fifteen years later, that's a query rather than an archaeology project. Our Safety and Wellness suite holds the exposure side on the same employee profile the Equipment suite issues gear to.
We publish our pricing, which is unusual in this category. The Equipment suite is 20 dollars per user per year, the whole platform is 175 dollars per user per year across all four suites, and there's a one time 3,000 dollar startup fee. Our pricing page carries the rest, including size based discounts. We run in AWS GovCloud with SOC 2 Type II attestation and CJIS aligned controls, and you can buy us through GSA Advantage, NASPO, Omnia Partners, NCSA and VSA.
If you do nothing else this quarter, do these four. Check whether your members have had the NFPA 1850 training, because that deadline has passed. Ask your service provider for their published cleaning efficiency numbers rather than their verification status. Walk your storeroom and find the date of manufacture on your unissued sets. And pick one firefighter and try to produce the full inspection, cleaning and repair history of their coat. Whatever that last one costs you in time is what it will cost you under pressure, multiplied by the number of people asking.
If you want to talk any of it through with people who came out of the fire service, we'll walk your own roster with the gear attached to it. Have a look at how we set the platform up for fire and EMS first if you'd rather look before you talk. Call (910) 390-0011 or email info@essper.com.
Walk through the record with us, using your department's structure rather than a demo dataset.
NFPA 1850 took effect on 9 September 2025, and the 2026 edition is its first edition. Departments had one year from that date to train their members on the turnout gear requirements. Independent service providers have up to two years to be verified against the new edition.
Not as separate standards. NFPA 1851 covered turnout gear and NFPA 1852 covered SCBA, and both were consolidated into NFPA 1850. Their requirements survive as distinct chapters inside the new standard, so the content is still there, but your program documents should now reference NFPA 1850.
Advanced inspection must be performed at least once a year by trained personnel, and the standard recommends running it alongside advanced cleaning. Routine inspection is separate, done by the individual firefighter after each use. Both need documenting against the specific item of gear rather than against the firefighter.
Yes. Gear that has never been issued must undergo advanced inspection after three years, which is a new requirement. A reserve of unworn sets held for recruits or replacements is on an inspection clock from delivery, so buying ahead in bulk can create compliance gaps nobody touched.
Structural turnout gear must be retired no more than ten years from its date of manufacture, and NFPA 1850 keeps that unchanged. The clock runs from manufacture rather than from issue, and it applies even to gear that stayed in storage unused for its whole service life.
SCBA can remain in service for up to twenty years, depending on which edition it was certified to and what manufacturer approved upgrades have been applied. Those upgrades bring older units forward with new features and labeling. Your upgrade history becomes part of the compliance record.
NFPA 1850 defines two new department roles. The Personal Protective Clothing Manager oversees the protective clothing program. The PPC Technician performs detailed maintenance and repairs. Qualifications are not rigidly defined, and annex guidance sets out responsibilities. Both can be collateral duties rather than dedicated positions.
It needs the item's date of manufacture, who it is issued to and who held it before, routine and advanced inspections as separate record types, each cleaning event by level, repairs and where they were done, and the retirement date and disposition. Per item, not per firefighter.
Not necessarily, but one system has to handle both properly. SCBA tracking software must model a unit as an assembly whose cylinders, facepieces and regulators move independently and carry their own service histories. Test that component swap on screen before assuming your gear system covers it.
Written by Scott Monroe, Chief Executive Officer and Co-Founder of Essential Personnel. Published 8 September 2026.
We sell the equipment accountability software described in the second half of this article. The requirements described above are drawn from NFPA 1850 and from published technical commentary on the consolidated standard. This is a summary written for fire service readers and it isn't a substitute for the standard itself, which your department should hold and read.
