Questions and Answers

Tier II is the annual inventory of hazardous chemicals kept at a facility, required by sections 311 and 312 of the Emergency Planning and Community Right-to-Know Act (EPCRA). It lists each chemical that reached a reporting threshold at any point in the year, the most of it on site at one time, and where it is stored.

The report exists for emergency responders. It goes to the state emergency response commission, the local emergency planning committee and the fire department that covers your site, so they know what is in the building before they have to enter it.

Any facility that must keep safety data sheets under OSHA's hazard communication standard is covered, and it owes a report for each chemical that reached its threshold. Unlike Form R, there is no employee count and no industry test, so warehouses, hospitals, schools and small shops can all owe it.

The threshold is 10,000 pounds for an ordinary hazardous chemical, which means any chemical with a safety data sheet. For an extremely hazardous substance, one on EPA's emergency planning list, it is 500 pounds or the threshold planning quantity, whichever is lower. The test is the maximum amount on site at any single time, not annual usage. See the full applicability test.

March 1 each year, for the calendar year that just ended. There is no extension. In Arizona the report is filed through myDEQ, the state's online portal, which typically opens for the new reporting year at the start of January.

If a new chemical first reaches a threshold during the year, section 311 of EPCRA also requires you to send its safety data sheet, or add it to your list, within three months. That is separate from the March 1 report.

They come from different sections of the same law and measure different things. Tier II counts the most of a chemical you had on hand at one time, and is due March 1. Form R, the Toxics Release Inventory (TRI) report, counts how much of a listed toxic chemical you manufactured, processed or otherwise used across the year, and what was released. It is due July 1.

A facility can owe one, both or neither. A warehouse that stores a chemical in bulk may owe Tier II alone, while a plant that uses a listed chemical in small daily deliveries may owe Form R alone. Tier II and Form R compared.

Yes, and they are the case facilities miss most often. The electrolyte in a lead-acid battery is sulfuric acid, which is an extremely hazardous substance with a Tier II threshold of 500 pounds. EPA does not treat batteries as exempt manufactured items, because the acid can be released during charging and handling.

A fleet of electric forklifts, a battery backup room or a bank of standby batteries can put a facility past 500 pounds of acid with no drum of acid anywhere on site. Count only the acid, not the water, and get the figure from the battery manufacturer or the safety data sheet. The lead in the batteries is a separate hazardous chemical at 10,000 pounds.

No report is owed for a chemical that never reached its threshold. We do recommend writing down how you reached that conclusion: the chemical list you checked, the peak amount for anything close to a threshold, the records you used, and the battery check.

The question comes back every year, and a new product, a bigger tank or a larger battery fleet can change the answer. A short file dated before March 1 is what you want when someone asks.

Your chemical list or safety data sheet binder, purchasing or delivery records for the chemicals you store in quantity, and details of your tanks, cylinders and battery banks. If you filed last year, send that report too, since it saves a great deal of time.

We also need a walk through the facility, because the binder rarely matches what is actually on site. Finally, we need two emergency contacts who can be reached at any hour, since the report lists them for the fire department.

It depends on the number of chemicals and the condition of your records. A facility with a short chemical list, last year's filing and clean delivery records is a quick job. A facility doing it for the first time, with a thick binder and no purchasing history, takes longer because the inventory has to be built from scratch.

The second year is faster, because the chemical list and the storage descriptions carry forward and the work is confirming what changed. We give you a written scope of work before anything starts, and the first conversation costs nothing.

Arizona charges a filing fee through myDEQ: $75 for the first facility, $20 for each additional facility under the same owner or operator, with a cap of $500 per reporting period. Check ADEQ's current schedule before you budget, since fees can change.

Form R carries no state fee in Arizona, which is one of the few places where Form R is the simpler report. More on filing in Arizona.

The federal rule requires the report to reach your local emergency planning committee and your fire department as well as the state. In Arizona, many of those agencies have signed an electronic acceptance agreement with AZSERC, the state emergency response commission, and accept your myDEQ filing as their copy.

ADEQ publishes the list of agencies that have signed. If yours is not on it, you still owe a copy, and you should keep proof it was sent. Facilities in the Gila River Indian Community must send paper copies to the Community's Office of Emergency Management regardless.

File now. The penalty provision for Tier II is the same one that covers Form R, and it runs per violation, per day. The maximum is currently $71,545 per violation after EPA's January 2025 inflation adjustment, and each day a report stays unfiled counts separately. EPA adjusts the figure each year, so check the current one.

EPA's Audit Policy can waive the punitive part of a penalty if you find the violation yourself, disclose it within 21 days and correct it within 60 days of discovery. Whether to disclose is a legal decision for your attorney. We do the technical work: the inventory, the filing and the copies. What to do after a missed deadline.

We file in Arizona, through myDEQ. Every state runs its own Tier II portal, with its own fees and its own rules about copies, and they differ more than people expect.

If you have facilities in other states, we can build the inventory, which is the same everywhere, and advise on what that state's portal expects. Tell us where the facilities are and we will say plainly what we can and cannot do for each.

Yes. Form R, the Toxics Release Inventory (TRI) report due July 1, is one of our services, along with the Arizona Toxic Data Report and pollution prevention plan that go with it. When we prepare your Tier II, we tell you whether any chemical on it looks like a Form R chemical as well.

If you do both, the purchasing records that give annual throughput for Form R also show delivery sizes, which is where the Tier II peak comes from. We build both reports from one chemical list. Our Form R reporting service.

You receive the report as filed, the myDEQ confirmation, the chemical-by-chemical inventory with the basis for each peak amount, and the list of chemicals we evaluated and ruled out, with the reasons. Keep all of it, since the rule sets no retention period and the files are small.

The fire department may use the report to plan a pre-incident visit, and the local emergency planning committee may ask follow-up questions about storage locations. Both are normal. The next job is in January, when the inventory is confirmed for the new year.

The Toxics Release Inventory (TRI) is EPA's annual reporting requirement for toxic chemical releases, established under the Emergency Planning and Community Right-to-Know Act (EPCRA). Facilities that meet certain criteria must file by July 1 for the preceding calendar year.

Form R is the full report. It shows how much of a listed chemical was released to air, water and land, and how much was transferred off site, treated or recycled. Form A is a shorter form that some facilities may use. Just over 21,000 facilities file nationwide, so this is a narrow obligation.

Three criteria decide whether you must file a Toxics Release Inventory (TRI) report, and you have to file only if you meet all three.

First, the facility has ten or more full-time employees, counted in hours and not in heads. One full-time employee equals 2,000 hours a year, so ten is 20,000 hours, and contractor hours count. Second, you are in a covered industry sector, such as manufacturing, which in practice is decided by your 6-digit NAICS industry code. Third, you exceeded the annual reporting threshold for a listed chemical.

Most facilities that get this determination wrong get it wrong on the third criterion, so if you are unsure, it is worth settling. See the full applicability test.

For most chemicals on the Toxics Release Inventory (TRI) list, the reporting threshold is 25,000 pounds a year if you manufacture or process the chemical. It is 10,000 pounds a year if you otherwise use it. How an activity is classified therefore moves your threshold by 15,000 pounds, and it is one of the determinations that gets questioned in an inspection.

Certain chemicals, designated chemicals of special concern, have far lower thresholds and additional restrictions. The threshold is 100 pounds for lead and lead compounds, and for each listed PFAS chemical, and it is 10 pounds for mercury and mercury compounds. Lead contained in a stainless steel, brass or bronze alloy keeps the ordinary thresholds.

You may. The reporting thresholds are based on how much of a chemical you manufacture, process or otherwise use in a year. A facility that reuses nearly all of its solvent can still owe the full Form R, the Toxics Release Inventory (TRI) report, even though it emits very little.

Low quantities may allow you to use the shorter Form A, but its 500-pound cap counts more than releases. It also counts what you dispose of, treat, recycle, burn for energy recovery or transfer off site. Consider a facility with 180 pounds of air releases and 4,000 pounds of spent solvent shipped off site for recycling. Its total is 4,180 pounds, so it cannot use Form A.

It means a product you purchase contains a chemical on EPA's Toxics Release Inventory (TRI) list. Some suppliers are required to send this notification with the first shipment of each calendar year. It identifies each listed chemical and gives its percent by weight in the product. If the exact percentage or the chemical's identity is a trade secret, the notification may give an upper limit or a generic name instead.

The notification matters because a facility cannot report what it does not know it received. Whether you have to file still depends on the three applicability criteria: employee count, industry sector and chemical quantities. If you sell mixtures yourself, you may owe supplier notifications of your own. More on supplier notification.

Form R, the annual Toxics Release Inventory (TRI) report, is due July 1 each year and covers the calendar year that closed six months earlier. Form A has the same deadline. The report goes to EPA and to your state, and you file it through TRI-MEweb, EPA's online reporting system. EPA does not accept these reports on paper, except for trade secret filings.

No extension is available. In years when July 1 fell on a weekend, EPA has accepted filing on the next business day, but nothing in the rule grants that, so treat July 1 as the deadline. An Arizona facility that has to file also owes a state report on the same day.

Yes. An Arizona facility that had to file Form R or Form A, the federal Toxics Release Inventory (TRI) forms, also owes the state a Toxic Data Report. It is a separate filing, due the same day, July 1, through myDEQ, the state's online portal. The federal form does not cover it, and filing Form A does not remove the obligation.

The state also has a pollution prevention plan requirement. A facility that uses more than 10,000 pounds of a listed toxic substance in a calendar year must file a plan with ADEQ, the Arizona Department of Environmental Quality, by December 31 of the following year. The law excludes materials from mining and metallurgical operations. More on Arizona's requirements.

Form R is the full Toxics Release Inventory (TRI) report, with all of your release, off-site transfer and waste management quantities. Form A is a short certification statement filed in its place, and it reports no quantities.

You may use Form A for a chemical only if two conditions are both met. You did not manufacture, process or otherwise use more than 1,000,000 pounds of it that year, and your annual reportable amount is 500 pounds or less. Form A is never allowed for chemicals of special concern, such as PFAS and mercury.

Form A saves data entry but almost none of the calculation work, and the July 1 deadline is the same. Form A and Form R compared.

Most facilities do not have stack test data for every release point, and the law does not require it. For a Toxics Release Inventory (TRI) report you may use data you already have, and where you have none, you may use reasonable estimates.

We select the method that fits each release point. If you have monitoring data, we use it. If not, we may use a mass balance, which compares what came in with what went out, a published or site-specific emission factor, or an engineering calculation. We then document the method, the inputs and every assumption, because that documented basis is what gets examined, more than the number itself. How releases are calculated.

To prepare a Form R, the Toxics Release Inventory (TRI) report, we need your purchasing and inventory records, your throughput figures, your waste shipping papers and your safety data sheets. We also need a walk-through of the facility, because purchasing never sees everything.

For the release estimates, we need enough process detail to select the right method for each quantity, and to document why that choice was appropriate. Sending records ahead reduces the work.

Often, after the first year. At a small facility with two reportable chemicals and a stable process, an environmental coordinator can genuinely manage the Toxics Release Inventory (TRI) report, once someone has set up the methodology properly and documented the reasoning.

We are glad to prepare that first year and then step back to a review each spring. We would rather do that than sell you the same job every year.

You receive three deliverables: the Toxics Release Inventory (TRI) forms as filed, the calculations and basis behind every release estimate, and a list of the chemicals you evaluated and ruled out, with the reasons for each.

If someone asks how you arrived at a number, the answer is already documented. EPA's rules require you to keep these records for 3 years from the date you file, and to keep them at the facility itself, available for an EPA inspection. That requirement catches multi-site companies that keep everything at the head office.

Penalties are assessed per violation, per day. The maximum penalty the law allows is $71,545 per violation, which is the figure after EPA's inflation adjustment that took effect January 8, 2025. Each day a violation continues counts as a separate violation, so a late Form R, the Toxics Release Inventory (TRI) report, starts accruing penalties on July 2 for each chemical. EPA adjusts the figure each year, so check the current one.

If you disclose promptly, you may pay nothing, but if you wait to be found, the penalty builds daily. Whether to disclose is a legal decision that belongs with your attorney, and we do the technical work behind it. What to do after a missed deadline.

The problem can be corrected, and it is far better corrected by you than discovered by someone else. Missed Toxics Release Inventory (TRI) reporting years do not expire, and past reports can still be filed, back to reporting year 1991.

EPA has a policy for companies that self-disclose violations. If you meet all nine of its conditions, EPA waives 100% of the punitive (gravity-based) portion of the penalty. Two of the conditions are deadlines: you must notify EPA in writing within 21 calendar days of discovering the violation, and correct it within 60 calendar days of discovery.

We determine which years you actually exceeded a threshold, prepare the back reports and document the basis for each one.

The cost of preparing a Form R, the Toxics Release Inventory (TRI) report, depends on the size of the job. Three factors set that: how many facilities you have, how many chemicals are involved, and the condition of your records. A facility with one chemical and clean records is a different project from a facility with many chemicals that has to reconstruct four past years.

Each year after the first usually takes less work, because the methodology carries forward. The first conversation costs nothing, and we give you a written scope of work before anything starts. Penalties are assessed per violation, per day, and the cost of determining whether you have to file is a fraction of that.

An air monitoring survey measures the airborne contaminants your workers are exposed to on the job. Each worker being sampled wears a small pump on the belt for a full shift, with a filter or tube clipped to the collar in the breathing zone. A nationally accredited laboratory analyzes the samples, and the report compares each person's exposure with the limits that apply to your work.

We sample for silica, hexavalent chromium, welding fume, lead, solvents, isocyanates and other substances. See the full list and each step of a survey.

Most clients come to us after something has raised the question: an inspector asked what your welders are breathing, a new material showed up on the floor, or someone wants an exposure number and no one has one.

OSHA has substance-specific standards for certain contaminants. Where workers may be at or above the action level, which is usually half the permissible exposure limit (PEL), those standards require you to assess their exposure. The trigger is not the same for every substance, and a short conversation usually shows whether you need a survey.

The day starts before the shift, with a calibration check on every pump. Each worker being sampled wears a small pump on the belt with a filter or tube clipped to the collar, then does the normal job for the full shift. The pumps are checked during the shift and come off at the end.

While the pumps run, the person running the survey stays on the floor observing the work and recording what is running, which controls are in use, and anything unusual about the day.

No, and you should not. We sample while you run, because a normal production day is the only kind that gives you data you can rely on later. A survey taken on a slow day describes only a slow day.

We will ask what a normal shift looks like and choose one, including second shift if that is where the work actually happens.

Most single-substance surveys take one day on site, while projects that cover several substances or several shifts run two to three days. The field day runs from before the shift starts until the last pump comes off.

Laboratory turnaround comes on top of the field day, and we give you a realistic delivery date when we plan the project, not afterward. Rush laboratory service is available, but it is worth paying for only if you are up against a deadline.

More than one, and fewer than most people fear. The count depends on how many truly different jobs you have, not on headcount. Twelve welders running the same weld on the same alloy in the same bay count as one job.

A survey samples a few people from each similar exposure group, meaning workers who do the same job the same way, and their results represent the group. There is no fixed number. It depends on how many distinct jobs there are and how much the work varies, and even a couple of samples on a job begin to show the range. The count is settled after a look at the floor, and it goes in writing before the survey. More on how many samples you need.

A complete report gives results for each person and each job, compared with the permissible exposure limit (PEL) and the action level that apply to you. It shows the calculation behind each 8-hour time-weighted average (TWA), states the periodic monitoring schedule your results trigger, and gives recommendations in plain language.

It also identifies the laboratory and the analytical methods by number, and it should be written so the person who has to act on it can read it. See sample reports.

For substances with their own OSHA standard, yes. You have 15 working days, whether the numbers are good or bad, to notify each worker in writing or post the results where workers can see them. The clock starts at different points: for lead it starts when you receive the results, and for silica it starts when the exposure assessment is complete.

If a result is above the permissible exposure limit (PEL), the written notice must also say so and describe your corrective action. Substances that have a PEL but no standard of their own carry no such requirement. The notice is best drafted along with the report, and most employers find the conversation goes better than expected.

For substances with their own OSHA standard, a result above the permissible exposure limit (PEL) starts four things at once. You must notify workers within 15 working days and describe your corrective action. The standards require respirators while you work on the correction, and they require feasible engineering controls, such as ventilation, before you rely on personal protective equipment. For most of these substances, you must also repeat the monitoring sooner.

How soon depends on the substance: every 3 months for silica and for lead, and every 6 months for benzene. Do not resample right away in the hope of a better number. We walk you through each step. What to do when a result exceeds the PEL.

There is no single answer, because OSHA has no general schedule and each substance-specific standard sets its own.

Take silica. If your initial result is below the action level, you may stop monitoring. At or above the action level you monitor again every 6 months, and above the permissible exposure limit (PEL) every 3 months. Benzene runs on a slower schedule: yearly at or above the action level, and every 6 months above the PEL.

A change in your process, equipment, personnel or work practices that may raise exposure also calls for new monitoring. See the monitoring schedule for each substance.

We do not publish prices, because the price depends on details we can only learn from you. Those details are how many truly different jobs you have, which substances are involved, how many shifts we need to cover, and how far we are traveling.

A short planning call is enough. After it, we send a written scope of work and a fixed price before anything is scheduled. Sampling for several substances in one visit costs less than separate visits, because the field day is the same. See what drives the cost.

Almost certainly not. OSHA's respiratory protection standard requires a reasonable estimate of worker exposure, and if you cannot make one, you must treat the atmosphere as immediately dangerous to life or health. You also cannot select the right respirator without an exposure number, and OSHA's substance-specific standards have no exemption for personal protective equipment.

Often the monitoring shows levels well below the limits, in which case the respirator program can be scaled back or made voluntary. More on respirators and air monitoring.

Possibly. It may still cover you if nothing about the material, the process or the controls has changed and the results were well under the limit. Several OSHA standards allow you to rely on earlier monitoring results or on objective data.

Lead is stricter than most people expect, because its standard accepts only lead air measurements made in the past 12 months. Periodic monitoring is a separate question. Send us the report and we will tell you what it still covers. When existing data can replace new samples.

You can, and some plants with a full-time environmental, health and safety person do. The difficult part from the inside is what makes the data defensible. You calibrate each pump against a reference flow meter before and after the shift. You group workers by task, not by job title, and you write field notes while the work is happening.

Surveys usually fail on the documentation, not the chemistry.

In Arizona, yes. ADOSH, the state OSHA plan, runs a free on-site consultation program that does include air sampling and is separate from enforcement. For some employers it is plainly the right place to start, and we will say so.

The program is aimed at smaller businesses in higher-hazard industries, so larger manufacturers get low priority. If you do not act on an imminent danger, or do not correct a serious hazard in the agreed time, the consultant must refer it to enforcement. The program is also not set up to build a record for a contested case. Compare the free program with hiring a consultant.

A noise survey measures the noise exposure your workers receive on the job. Workers wear noise dosimeters for a full shift, and while those run, a walk of the floor with a sound level meter builds a sound level map.

You get results by person and by job, not one averaged number for the building. The report states plainly which jobs are over the line and which are not, and what each result requires you to do next. See how a noise survey works, step by step.

OSHA sets a low trigger. You need a monitoring program when information indicates that any worker's exposure may equal or exceed an 8-hour time-weighted average (TWA) of 85 decibels (dBA). You do not have to know that workers are over 85, so if your plant is loud enough that you are wondering, you are already inside the trigger.

There are some rough indicators: you cannot hold a normal conversation at 3 feet, people have to shout to be understood, or ears ring at the end of a shift. These are a rough guide, not a survey.

OSHA's noise standard has two levels. The first is the action level, an 8-hour time-weighted average (TWA) of 85 decibels (dBA), and reaching it requires a hearing conservation program. The second is the permissible exposure limit (PEL), an 8-hour TWA of 90 decibels, which is where feasible engineering or administrative controls come in. Engineering controls are built into the job, and administrative controls change how the work is run.

You cannot judge either level by ear. A very loud machine that someone stands beside for an hour often matters less than a moderate one they work around all day.

We would tell you that when your facility is truly quiet, such as offices and light assembly with no presses and no compressed air. In that case you may owe nothing at all, and a short conversation usually settles it.

The same applies if you were surveyed recently and nothing has changed, meaning no new line, no relocated production and no new equipment. Noise data goes stale when the plant changes, not on a calendar. Describe your operation and we will tell you whether you are in the range where this matters.

The day starts before the shift, with a calibration check on each noise dosimeter. One goes on each worker being monitored, with the microphone on the shoulder near the ear. Your workers then do their normal jobs for the full shift, and the dosimeter stays on through breaks and lunch as they actually take them.

While the dosimeters run, a walk of the floor with a sound level meter builds the sound level map. The field notes record what ran, what did not and what was not normal, because a survey done on a slow day describes only a slow day. After the shift, the calibration of every dosimeter is checked again and the result recorded.

Workers wear the noise dosimeters for the full shift. A dosimeter measures the noise dose that accumulates over the day, so two hours from the middle of the day does not answer the question. The calibration of each dosimeter is checked before it goes on and again when it comes off, and both checks are recorded.

If you run three shifts and they differ from each other, tell us on the planning call, because that changes the scope of work. You cannot learn what second shift is exposed to by monitoring first shift.

Not everybody. OSHA's noise standard sets no headcount requirement. Noise dosimeters go on enough people in each group to show what the whole group is exposed to. A group is defined by what a person's noise dose looks like over the shift, not by job title or department.

A small machine shop with one shift and everyone in one bay typically has 2 to 3 groups and uses 4 to 8 dosimeters. Groups that land close to the action level deserve more dosimeters than groups far above or below it. More on how many workers to monitor.

Most single-shift surveys take 1 day on site. The noise dosimeters go on before the shift starts and come off after it ends, and someone has to be there for both. Plants that run 2 or 3 shifts need either more days or a return visit.

You know the report schedule before we start. After a short planning call, we send a written scope of work and a fixed price. The scope states the turnaround time, along with the number of dosimeters, the area we will survey and what you will receive.

For each worker monitored, a complete report gives the 8-hour time-weighted average (TWA), the dose as a percent, the maximum and peak levels, and the shift length used in the calculations. For each group, it states whether the group is over the action level, over the permissible exposure limit (PEL) or clear. It includes the sound level map, and it evaluates whether your hearing protectors provide enough attenuation for the noise measured.

It then states what each result requires you to do, and by when. What belongs in a noise survey report.

If workers are at or above the action level, you have a hearing conservation program to build. OSHA's noise standard requires audiometric testing, hearing protectors, annual training and recordkeeping, for every affected worker. Each worker measured at or above the action level must be notified of the results. Above the permissible exposure limit (PEL), feasible engineering or administrative controls are required as well.

The program is ongoing, not a one-time correction, and the honest course is to say so with the report. We measure the noise and tell you what belongs in the program. Running the audiometric testing, the training and the program itself is outside the four fields we work in. What a hearing conservation program requires.

Not on a calendar, because OSHA's noise standard sets no annual schedule for a new survey. It requires new monitoring when a change in production, process, equipment or controls increases noise exposure enough to do one of two things. One is that more workers may be at or above the action level, and the other is that the hearing protectors in use may no longer provide enough attenuation.

A change that lowers the noise, or leaves it where it was, does not by itself require a new survey. Keep the report, and note the production conditions under which it was taken.

We do not publish prices. The price depends on how many different groups of workers you have, how many shifts we cover and how far we travel. It also depends on whether you need octave band analysis, a breakdown of the noise by frequency, to plan engineering controls. Headcount matters far less than people assume.

If you are due for air monitoring as well, running both on one visit means you pay to get someone to your plant once, not twice. After a short planning call, you get a written scope of work and a fixed price. See what drives the cost of a noise survey.

Not for deciding whether you owe a hearing conservation program. The action level is determined with no credit for hearing protection, so issuing earplugs does not put anyone below an 8-hour time-weighted average (TWA) of 85 decibels (dBA). It only protects the worker inside a program you are still required to run.

Hearing protection can count toward the permissible exposure limit (PEL), which is a different question with a different answer. Above its table of permissible noise exposures, OSHA's noise standard requires feasible engineering or administrative controls. If those fail to bring the noise within the table, personal protective equipment must be provided and used to do it.

Buying a noise dosimeter is not hard. What does not come in the box is the part that makes the number defensible. You need calibration records showing that each dosimeter was checked before and after every use, careful work in the field, and a written rationale for which workers represent which group.

A hand-held sound level meter cannot do the job alone. It tells you how loud one location is at that moment, but it cannot tell you how much noise a worker actually received over the shift. More on personal noise dosimetry.

A management system is the set of documented policies, procedures and routines a company follows. ISO 14001 is the international standard for an environmental management system, and ISO 45001 is the international standard for an occupational health and safety management system.

Both standards ask for the same kinds of things. You set objectives, keep a register of the legal and other requirements that apply to you, check your own system through internal audits, have top management review its performance, and correct what falls short. Most plants already have more of a system in place than they realize, although much of it is not yet documented.

ISO 14001 is not required by law. It is a contractual requirement, written in by a customer, mandated by a parent company or passed down a supply chain. If a single customer's contract is the reason, find out exactly what that customer is asking for before you build anything, because now and then it is less than full certification.

ISO 45001 usually starts the same way, with a customer requirement or a parent company. Sometimes it starts with a general manager who decides the safety program should no longer live in one person's head.

ISO 14001 covers environmental management, and ISO 45001 covers occupational health and safety. Their ten-clause structures are nearly identical, so a large part of the system only has to be built once. You can run one integrated management system and hold two certificates, which is cheaper than certifying each standard on its own.

An integrated system shares one internal audit program, one management review and one document control system. Some elements stay separate. Identifying environmental aspects and identifying safety hazards are different exercises, and the ISO 45001 clause on consultation and participation of workers has no counterpart in ISO 14001. More on running both as one integrated system.

For a first-time implementation at one site, 6 to 12 months is realistic, and it can go faster if you already have a management system running. A gap assessment in the first few weeks turns the project into a dated plan with names on it. Anyone who quotes you a timeline before seeing the plant is guessing.

One part cannot be rushed: the system has to operate long enough to generate the records an auditor will ask for. For ISO 45001, records of worker consultation and participation have to accumulate over time. The schedule also depends far more on your people's availability than on ours. See the timeline, phase by phase.

There are three separate costs: the fees you pay to the certification body (also called a registrar) that audits you and issues the certificate, the cost of any consulting support, and your own team's time. The third is usually the largest, and the easiest to leave out of a budget.

Having more than one site is the single biggest cost driver. Three other factors raise the cost: a complex operation, starting from nothing, and having no staff time to spare. Programs you already run bring it down, and so does a gap assessment before any other work begins. The certification body's audit fees recur on a 3-year cycle, so budget for the whole cycle. More on what drives cost.

Internal staff time is usually the largest cost of the project, and it rarely shows up in a quote. Your team writes procedures, conducts the first internal audits, takes part in the management review, gathers records and answers questions during audits. Most of that load lands on one person, such as your EHS (environmental, health and safety) lead. For a first-time implementation, it is measured in hundreds of hours, not dozens.

If no one has the capacity for that, the project stalls no matter who you hire, and that is the most common reason ISO projects run long. Every hour your team covers is an hour you do not have to buy.

No. SECA does not issue certificates, and no one who builds your system can. The certificate comes from an accredited certification body (also called a registrar), an outside company that audits your system. The rules those bodies operate under prohibit them from certifying a system they consulted on.

So you hire two companies, by design: we prepare you, and they audit and certify. We stay with you through both audit stages and through corrective action on anything the auditor finds. If one provider offers both services in a single package, ask which accredited body signs the certificate and how the impartiality requirement is being met. Why one company cannot do both.

We start at your facility, not in your binder. The first step is a gap assessment, in which we compare your current practice with the standard, clause by clause, to show what is missing. We then build the missing elements, written to match how your plant actually runs and not how a template says a plant runs.

The work includes an internal audit program and a management review. We then prepare you for both stages of the certification audit, stay on site while it takes place, and help you close any nonconformities the auditor raises. See the steps for ISO 14001 and ISO 45001.

The certification audit has two stages. Stage 1 is a readiness review, in which the auditor reviews your documented system and confirms that your internal audits and management review are being planned and carried out. It typically takes 1 day, and findings are normal.

Stage 2 usually follows 2 to 8 weeks later and typically takes 1 to 3 days, or more depending on size and scope. It tests whether the system works in practice, so the auditor examines records, observes the floor and interviews people who are not managers. The certification decision is made by someone outside the audit team, which is why your auditor cannot tell you on the last afternoon that you passed. More on both stages.

The certificate runs on a 3-year cycle. Your certification body returns for a surveillance audit at least once each calendar year, except in recertification years, and the first one must take place no more than 12 months after the date of the certification decision. In year 3 you go through a recertification audit, which is planned to finish before your certificate expires, and then the cycle repeats.

If you let a certificate lapse, you may be starting over, not renewing. Budget for the full 3-year cycle, not only the first invoice.

ISO 14001:2026 replaced the 2015 edition on April 15, 2026. The overall structure is familiar, so the transition is not a rebuild. Climate change and biodiversity receive more emphasis. Upstream and downstream impacts do as well, although guidance differs on whether that is a requirement or a note. A new clause covers the planning of changes, operational controls now extend to externally provided processes, products and services, and each internal audit must have stated objectives.

Clause 6 was renumbered. This summary is drawn from guidance published by certification bodies, not from a line-by-line reading of the standard, so check a purchased copy before you rebuild anything or cite a clause number. More on what changed.

Your certificate remains valid through the transition period, which is about 3 years and ends in 2029. Sources point to April 14, 2029, but treat the exact date as unsettled. Your real deadline is probably sooner, because you will transition at one of your regular audits, once your certification body (also called a registrar) is ready to audit to the 2026 edition.

The first step is therefore a 15-minute call to ask your certification body which audit that will be. For a management system in fair shape, the transition is generally a manageable piece of work and not a rebuild. See what the transition involves.

The register should list the requirements that actually apply to you, each one named. ISO 14001 calls these compliance obligations. For a US plant, that can mean your hazardous waste generator status and waste determinations, stormwater and oil spill prevention plans, and federal reports under the Emergency Planning and Community Right-to-Know Act (EPCRA), such as Form R. Add your state and county programs as well.

A register that says “applicable environmental regulations” and stops there will pass a document review, but it will fail in the second stage of the certification audit, when the auditor asks which of your operations triggers which requirement. A register built once and filed away goes stale as volumes, permits and rules change. How to build a compliance obligations register.

Environmental aspects are the points where your operations interact with the environment, and impacts are the effects that result. Your aspects register lists each one, and it should be built from your process steps, not your org chart. A row that says “Maintenance uses chemicals” is too vague to rate, whereas a row that names the tank, what leaves it and where it goes can be rated.

Evaluate each aspect under three conditions: normal operation, abnormal conditions such as startup or maintenance, and emergencies such as a spill or fire. Much of the information comes from documents you already have, such as permits and waste records. Review the register when the plant changes. How to build an aspects register.

Often you can, in part. If you have an EHS (environmental, health and safety) person with time available, a good deal of the management system already exists and simply has not been documented yet. What you may need is a gap assessment and a model to follow, not a long project with us in your conference room.

What most plants cannot spare is the weeks of writing. We would rather scope the job honestly, and be there when you really need us.

Yes. You are not starting from zero, and no one should quote you as if you were. AS9100 is built on ISO 9001:2015, and its structure is close enough to carry over. You already have document control, an internal audit program, a management review process and a working corrective action process.

What remains is the environmental content: the environmental aspects and impacts register, the compliance obligations register, and operational controls for your significant aspects. That costs much less than building a management system from scratch. Tell your certification body you hold AS9100 before they plan the audit. More on combining standards.

One clause of ISO 45001, which the standard calls consultation and participation of workers, requires genuine participation by non-managerial workers. They take part in identifying hazards, assessing risks, investigating incidents and selecting controls, and you must also remove whatever obstacles keep them from taking part.

OSHA has no comparable requirement, so most plants start from nothing. It also cannot be produced in the two weeks before Stage 2, the second stage of the certification audit, because the auditor will ask people on the floor directly whether it happened. More on worker consultation and participation.

The auditor will interview non-managerial workers without their supervisor present, and the questions are direct. When something in your area was identified as a hazard, were you asked about it? Were you involved in choosing the control? Has anything you raised actually changed?

You cannot coach a plant floor into giving matching answers, because rehearsed answers stand out and prompt the auditor to dig harder. What works is a routine that leaves records, such as a safety committee that keeps minutes and on which non-managerial workers hold the majority. A realistic lead time is 6 to 12 months of running these routines before the Stage 2 certification audit.

A good part of it, yes. Written programs for hazard communication, lockout/tagout, confined space, respiratory protection and forklifts already cover a lot of ISO 45001, and usually more than people expect.

What is normally missing is the evidence. ISO 45001 expects evidence that the management system is measured, reviewed and improved, and that workers were genuinely consulted in building it. Certification stalls on that half, not on the written programs. OSHA asks you to show that your safety program exists, while ISO 45001 asks you to show that it works.

Eventually, but not yet. ISO 45001:2018 is the current edition, and it is the one you would certify to today. A revision is in progress: the draft went to a 12-week ballot in June 2026, and the new edition is expected in 2027. So no transition is pending for this standard right now.

If you also run ISO 14001, which was revised in April 2026, that makes two transitions inside roughly 3 years. Planning their sequence deliberately is cheaper than reacting to each one at whichever audit happens to catch it.

Not as an update, because the deadline to migrate from OHSAS 18001 passed in September 2021. The exact date was September 11, after a 6-month COVID extension from the original date of March 11, 2021. OHSAS 18001 has been withdrawn, and all OHSAS certificates are void.

If you are still working from OHSAS documents, you are therefore implementing ISO 45001 from scratch. A gap assessment in the first few weeks shows what already exists, and most plants find they have more of a management system than they expected.

If you already run ISO 14001 well, much of ISO 45001 is already in place, because you have the structure, the internal audits and the management review. Adding the occupational health and safety side is usually a smaller job than people fear. We will say so, and we will not quote you a start-from-scratch project.

The same applies if you have a capable safety manager with time available, when the right answer is sometimes a gap assessment and a model to follow. Even with ISO 14001 in place, worker consultation and participation is new work, because that clause has no counterpart in ISO 14001.

You work with the person who does the work. SECA is a small Arizona family firm. Ron Fleming has walked plant floors since 1993 and plans every project himself, and his son Marcus has joined the business and is learning it on site with him.

There is no call center. When you send us a message, the reply comes from the people who would do your project. More about us.

Our prices are well below the competition. We are a small family firm, and you work one-on-one with the person who does the job.

We do not post a price list, because the price depends on your site: how many different jobs you have, what we are testing for, how many shifts we cover, and how far we travel. After a short planning call, we send you a written scope of work and a price before anything starts.

No. There is no cost and no pressure, only a short conversation to see whether we are the right fit.

Many of our first conversations end with us telling someone they are not due for the survey they asked about. If you do not need the work, we will tell you so, because we would rather do that than send you an invoice for finding out.

Use the contact form. Tell us what raised the question, what kind of work your facility does, and whether there is a deadline. A few sentences are enough.

We read every message, and we will respond promptly. We come back with a written scope of work and a price, or with a question, and sometimes with only an answer because that is all you needed.

Every inquiry reaches us through the contact form. We do not publish a phone number or an email address, which keeps the inbox clear enough that a real message does not get buried. We will respond promptly, by email, and we set up a call when one would help.

Once we are working together, you deal directly with the person doing your project.

We are based in Arizona and work on site across the United States.

A survey is a one-to-three-day visit at your facility, and travel is a modest share of the cost, which is why plants often hire across state lines for this work. In Arizona we work throughout the Valley and the rest of the state. See where we work.

Yes. Our sample reports page shows pages from real reports with the client details changed, and you can also ask us for sample reports before you decide.

If the format does not fit how your facility works, tell us and we will build the report the way you need it.

You receive a report written for the person who has to act on it. When a result requires you to do something, we say what, and when it does not, we say that too.

For air and noise surveys you also receive the data files behind the report, not only a PDF, along with the equipment calibration records and our field notes.

Say so in the first line of your message. A citation comes with an abatement date, and we give that work priority.

We have also written a plain guide to the steps: OSHA cited us for no air monitoring. What now?

Ron holds a master’s degree in the management of hazardous materials and has done this work since 1993. Our air samples are analyzed by a nationally accredited laboratory, which is named on every report.

We want to be plain about what we do not hold. We do not hold the certified industrial hygienist title. We do not hold an ISO lead auditor credential, and consulting does not require one. We are not the certification body, the company that issues ISO certificates.

No. We keep to four fields: Tier II chemical inventory reporting, Form R / Toxics Release Inventory (TRI) reporting, air and noise monitoring surveys, and ISO 14001 and ISO 45001 implementation.

If you need something outside those four, we will tell you plainly that it is not work we do, and we will not sell you testing you do not need.