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Every now and then, an employee might need time off under laws such as the Family and Medical Leave Act (FMLA), or need a particular accommodation under the Americans with Disabilities Act (ADA).

When that happens, the employee’s coworkers could think the employee is getting preferential treatment. They might even ask you about this.

How you respond is somewhat governed by law. You are to keep medical information confidential.

Instead of going into detail, simply indicate that you are acting in accordance with applicable law, and that the coworkers would also have protections under these laws if the situation arose.

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Most Recent Highlights In Environmental

CERCLA-first PFAS rule: Court upholds EPA's designation
2026-09-23T05:00:00Z

CERCLA-first PFAS rule: Court upholds EPA's designation

A court of appeals recently denied challenges to EPA’s 2024 final rule that had addressed two “forever chemicals” under the federal Superfund law. The three-judge decision keeps in place the rule that designates perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS) as “hazardous substances.”

The designation under 40 CFR 302 provides EPA authority to compel responsible parties to clean up releases of these chemicals or pay cleanup costs.

Background on the rule

EPA explained in the May 8, 2024, final rule that the agency:

  • Evaluated the available scientific information about PFOA and PFOS,
  • Determined that the substances may present a substantial danger to public health or welfare or the environment when released, and
  • Found that the hazardous substance designation is warranted.

Among its provisions, the rule requires entities to immediately report releases of PFOA or PFOS (or their salts and structural isomers) that meet or exceed one pound in any 24-hour period. These notifications must be made to the National Response Center, state or Tribal emergency response commission (SERC), and the local or Tribal emergency planning committee (LEPC). See 40 CFR 302.

Designation as a Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA) hazardous substance under 40 CFR 302 enables EPA to take earlier action. Specifically, the agency can identify, characterize, and clean up the most contaminated sites expeditiously. At the same time, CERCLA ensures that those responsible for contamination pay to clean it up. This is known as “polluter pays.”

This law also generally requires federal agencies selling land contaminated with these substances to provide notice of their presence. In addition, CERCLA requires the Department of Transportation (DOT) to list and regulate PFOA and PFOS as “hazardous materials” under the Hazardous Materials Transportation Act.

How did the petitioners challenge the rule?

According to the latest court opinion, the petitioners submitted three challenges to the designation rule. They argued:

  • EPA misinterpreted the term “may present substantial danger” in CERCLA’s definition of a hazardous substance;
  • EPA’s cost-benefit analysis provided insufficient notice to the parties; and
  • EPA’s cost-benefit analysis and decision to regulate in the face of uncertainties (i.e., the locations and quantities of PFOA/PFOS, economic costs of the rule, and unintended consequences to real estate) were arbitrary and capricious.

What did the Court find?

D.C. Circuit Opinion No. 24-1193, dated August 18, 2026, can be found at https://media.cadc.uscourts.gov/opinions/docs/2026/08/24-1193-2188689.pdf. In over 50 pages of opinion text, the court found, “None of those [petitioner] claims succeeds.” The Court reasoned:

  • The plain language of CERCLA allows EPA to designate as “hazardous substances” those chemicals like PFOA and PFOS that repeatedly have been linked to adverse health effects in myriad peer-reviewed studies.
  • EPA provided adequate notice of its cost-benefit analysis through its earlier Economic Assessment and request for comments on it.
  • EPA acted reasonably based on the record in its calculation of costs and benefits and in its decision to take this regulatory step to designate PFOA and PFOS as hazardous substances.

The appeals court explored the layers of protection for responsible parties faced with liability. It contended, “Petitioners have come forward with no evidence that those responsible for the presence of hazardous substances at a site have been unfairly saddled with liability or that the statute’s operation has hamstrung industry.”

In its concluding remarks, the court summarized, “Having adequately considered and reasonably explained its decision to regulate at this initial stage even in the face of acknowledged uncertainties, EPA made a reasoned decision on the record before it in designating the forever chemicals PFOA and PFOS as hazardous substances … For the foregoing reasons, the petitions for review are denied.”

Why the ruling matters

EPA has remarked that PFOA and PFOS can accumulate and persist in the human body for long periods of time. The agency says that evidence from studies demonstrates that exposure to PFOA and/or PFOS is linked to adverse health effects, including:

  • Cancer, and
  • The effects on the immune system, cardiovascular system, liver, and developing fetus.

Before the 2024 final rule, commentators observed that EPA had never “directly” listed a substance as a CERCLA hazardous substance under 40 CFR 302 using its authority under CERCLA section 102(a). Historically, EPA had defined CERCLA hazardous substances that were first regulated by:

Yet, in the 2024 rule, EPA used its section 102(a) authority to declare the two chemicals CERCLA hazardous substances, rather than relying on regulation under those other laws. This is characterized as “CERCLA first.” Therefore, challenges to EPA’s rule were anticipated, but the latest decision leaves it in place.

EPA is using enforcement discretion

PFOA and PFOS are members of the broader class of per- and polyfluoroalkyl substances (PFAS). On April 19, 2024, EPA issued a memo, “PFAS Enforcement Discretion and Settlement Policy under CERCLA.” It describes how the agency will focus on holding responsible entities who significantly contributed to the release of PFAS contamination into the environment. This includes parties that have manufactured PFAS (or used PFAS in the manufacturing process), federal facilities, and other industrial parties.

According to the memo, “EPA does not intend to pursue entities where equitable factors do not support seeking response actions or costs under CERCLA,” such as farmers, municipal landfills, water utilities, municipal airports, and local fire departments.

Key to remember

The U.S. Court of Appeals for the D.C. Circuit denied challenges to EPA’s May 8, 2024, final rule on the designation of PFOA and PFOS as CERCLA hazardous substances. The opinion keeps the rule in effect. In addition to the rule, EPA has a related enforcement discretion memo.

Fatal Fog video ups ante on OSHA cryogenic asphyxiant rule
2026-09-22T05:00:00Z

Fatal Fog video ups ante on OSHA cryogenic asphyxiant rule

In January 2021, six workers died during a liquid nitrogen release at a poultry processing plant in Georgia. During troubleshooting of a freezer, the liquid overflowed the equipment and vaporized, displacing the oxygen in the room. The U.S. Chemical Safety and Hazard Investigation Board (CSB) recently posted an animated video that explores the deadly incident and urges OSHA to issue a comprehensive standard on cryogenic asphyxiants.

The board explains that cryogenic immersion-spiral freezers like the one in the incident are used in various food freezing applications. These include the freezing of poultry, beef, diced luncheon meats, pizza toppings, marinated meats and vegetables, shrimp, and seafood fillets.

The recommendation for a cryogenic asphyxiant standard is not new. CSB first pressed for a regulation in a December 2023 investigation report (No. 2021-03-I-GA) of the event. The latest animation, “Fatal Fog: Liquid Nitrogen Release,” renews attention to a yet-to-be-closed recommendation 2021-03-I-GA-R7 for OSHA.

What happened

The release occurred in a room with an immersion-spiral freezer system. A conveyor belt carried cooked poultry pieces through a liquid nitrogen bath in the immersion freezer before sending them into a spiral freezer.

The immersion freezer had a liquid level measurement device known as a “bubbler tube.” The tube was intended to provide input to the level control system and a high-level safety interlock. At some point, the tube became bent above the overflow level. That meant the system incorrectly measured no liquid level. The system continued calling for more liquid nitrogen to be added and failed to activate the high-level interlock. The substance then overflowed the freezer and vaporized in the room.

High concentrations of nitrogen gas in an enclosed area can displace oxygen, creating an oxygen-deficient atmosphere. In this incident, two maintenance workers (who were were troubleshooting a freezer malfunction) died from asphyxiation. After coworkers spotted a worker on the floor in the freezer room, they reported what they saw to management, and a facility evacuation began.

During the evacuation, at least 14 plant workers responded to the freezer area to try to determine what happened or attempt rescue efforts. Of the workers that responded to the area, four were fatally injured, three were seriously injured, and at least seven sustained minor injuries or were uninjured.

Safety issues

The CSB determined the cause of the release was the failure of the immersion freezer’s liquid level control system to accurately measure and control the liquid level inside the freezer. This resulted from deformation of the system’s bubbler tube component.

The CSB’s investigation and subsequent animation identified five key safety issues that contributed to the severity of the event:

  • The immersion freezer design relied on only one device (the bubbler tube) to monitor liquid level. Once the tube became bent, there was nothing else to prevent the overflow.
  • No atmospheric monitoring equipment or alarms were installed in the freezer room. As such, no equipment would detect the oxygen-deficient atmosphere, automatically shut off the liquid supply, and notify personnel to evacuate.
  • Employees were not informed, trained, equipped, drilled, or otherwise prepared for a release of liquid nitrogen. They did not recognize the oxygen-deficient atmosphere and lacked personal protective equipment to allow safe entry.
  • The poultry plant had no documented process safety management (PSM) policy and did not evaluate process hazards.
  • The freezer owner leasing the equipment to the poultry plant identified issues with the plant’s safety practices and nonconformance to industry guidance. Yet, the owner continued to supply liquid nitrogen to the plant. CSB concluded that had the owner suspended service until corrections were made, the incident may have been prevented.

Recommendations

CSB made recommendations to the plant and the freezer owner. Yet, it is noteworthy that the video also highlights safety recommendations made to OSHA. Specifically, CSB calls for OSHA to develop a standard on cryogenic asphyxiants. The purpose would be to prevent and/or mitigate hazards arising from the storage, use, and/or handling of these substances. It would address:

Currently, neither OSHA nor EPA define liquid nitrogen as a highly hazardous chemical or extremely hazardous substance. Consequently, OSHA’s PSM standard at 29 CFR 1910.119 and EPA’s Risk Management Program (RMP) rule at 40 CFR 68 did not apply to the Georgia poultry plant’s liquid nitrogen process.

CSB also requested OSHA to publish a guidance document. The document would cover PSM practices applicable to processes involving cryogenic asphyxiants and compressed gases. This recommendation is still open and awaiting a response, but OSHA did publish hazard alert HA-4450 in 2024, “Hazards Associated with the Release of Liquid Nitrogen and Carbon Dioxide During Flash Freezing Processes.”

Other findings

OSHA cited the food plant, freezer owner, sanitation service, and equipment servicing company in this case for a total of 59 alleged violations in July 2021. Proposed penalties were almost $1 million. While the food plant is contesting its nearly $600,000 penalty, the other three employers settled at just over $232,000.

The alleged violations related to walking-working surfaces, exit routes, personal protective equipment, confined spaces, lockout/tagout, eyewash stations, and hazard communication. OSHA also cited under the General Duty Clause of the Occupational Safety and Health Act.

The case is a reminder that not only the site employer but also service providers need to consider safety and health hazards at facilities they work at. OSHA has a Multi-employer Citation Policy for issuing citations on multi-employer worksites.

Key to remember

CSB posted a video that explores a deadly liquid nitrogen release incident. The board urges OSHA to issue a new standard on cryogenic asphyxiants.

EPA repeals most 2024 Carbon Pollution Standards for fossil fuel-fired power plants
2026-09-17T05:00:00Z

EPA repeals most 2024 Carbon Pollution Standards for fossil fuel-fired power plants

On September 17, 2026, the Environmental Protection Agency (EPA) finalized a rule repealing a majority of the greenhouse gas (GHG) emission requirements established by the 2024 Carbon Pollution Standards (CPS) for fossil fuel-fired power plants. The agency also issued a supplemental proposed rule to rescind all other GHG emission standards for fossil fuel-fired power plants.

Who’s impacted?

EPA’s final rule applies to the fossil fuel-fired electric generating unit (EGU) source category, including:

  • Fossil fuel-fired electric utility steam generating units, and
  • Stationary combustion turbine EGUs.

The final rule specifically impacts:

  • Existing fossil fuel-fired steam generating EGUs (subject to 40 CFR Part 60 Subpart UUUUb),
  • Coal-fired steam generating units conducting a large modification (subject to Part 60 Subpart TTTTa), and
  • New base load stationary combustion turbines (subject to Part 60 Subpart TTTTa).

Final rule: Repeal 2024 CPS regulations

The agency finalized the alternative option from its June 2025 proposed rule, repealing parts of the 2024 CPS and revising the associated best system of emission reduction (BSER) determinations.

EPA’s final rule removes most of the 2024 CPS regulations, including:

  • The emission guidelines for existing coal-, oil-, and natural gas-fired steam generating units (the entirety of Part 60 Subpart UUUUb);
  • The carbon capture and sequestration/storage (CCS)-based standards for coal-fired EGUs conducting a large modification; and
  • The CCS-based standards for new base load stationary combustion turbines (the Phase 2 standards).

The final rule doesn’t repeal or revise the 2024 CPS efficiency-based standards for new stationary combustion turbines (the Phase 1 standards). However, EPA addresses them in the supplemental proposed rule.

Proposed rule: Repeal remaining GHG emission requirements

EPA also issued a supplemental proposed rule to rescind all remaining GHG emission requirements for fossil fuel-fired power plants, including the Phase 1 standards for new stationary combustion turbines. It would require the same regulatory changes as the June 2025 proposed rule but for different reasons.

The supplemental proposed rule would repeal all GHG emission standards in 60 Subparts TTTT and TTTTa for the fossil fuel-fired EGU source category, including the 2015 New Source Performance Standards (NSPS) and the 2024 CPS.

Specifically, EPA would repeal the:

  • Partial CCS-based standards for new and efficiency-based standards for reconstructed or modified steam generating units and integrated gasification combined cycle facilities, and
  • Efficiency-based standards for new or reconstructed stationary combustion turbines.

If the rule is finalized as proposed, fossil fuel-fired EGUs would no longer be required to comply with the GHG emission standards established under the 2015 NSPS or the 2024 CPS regulations.

Key to remember: EPA’s final rule repeals a majority of the greenhouse gas (GHG) emission standards established by the 2024 Carbon Pollution Standards for fossil fuel-fired power plants. The agency also proposes to remove the remaining GHG emission requirements for fossil fuel-fired power plants.

Expert Insights: The hidden compliance risk of employee turnover
2026-09-15T05:00:00Z

Expert Insights: The hidden compliance risk of employee turnover

When environmental professionals think about compliance risks, they often focus on permits, inspections, regulatory changes, and reporting deadlines. Those are certainly important concerns. Yet one of the most significant compliance risks faced by many organizations today has little to do with regulations themselves. It's employee turnover.

Environmental compliance programs depend heavily on institutional knowledge. Over time, employees develop an understanding of permit requirements, reporting schedules, waste streams, inspection practices, agency expectations, and operational nuances that may never be fully captured in a written procedure. When those employees retire, resign, or move into different roles, valuable compliance knowledge can leave with them.

This challenge is becoming more common as organizations experience workforce transitions, retirements, organizational restructuring, and ongoing competition for skilled employees. In some cases, a facility may discover that a single individual has been managing key compliance responsibilities for years with little backup or documentation. Everything may appear to function smoothly until that person is no longer available.

The greatest risks are often not the obvious ones. A permit doesn't disappear when an employee leaves. A reporting deadline doesn't change. Hazardous waste, air emissions, and wastewater obligations continue regardless of who occupies a particular position. The risk arises when important information about those obligations exists primarily in someone's memory rather than within the organization's management system.

Consider a few common examples. An environmental manager may know that a particular production process must be included in annual emissions calculations. A maintenance supervisor may understand why certain inspection frequencies were established. An operations employee may know that a wastewater treatment unit requires additional monitoring during specific production conditions. In some cases, long-term employees have developed productive working relationships with regulatory inspectors and agency staff. They understand how the facility has historically addressed compliance challenges, what information regulators typically request, and the context behind prior inspections or permitting decisions. Experienced personnel often carry these insights with them, yet organizations frequently neglect to capture and document the information for their successors.

Organizations sometimes discover these gaps only after an audit, inspection, or missed deadline. By then, correcting the problem can be far more difficult than preventing it. Fortunately, reducing this risk doesn't necessarily require significant investment. It begins with recognizing that compliance knowledge is an organizational asset rather than an individual asset. Facilities can strengthen resiliency by documenting critical compliance activities, maintaining current procedures, developing training materials, and cross-training employees on key responsibilities. Succession planning shouldn't be limited to leadership positions. It should also include the individuals who perform essential environmental compliance functions.

Environmental management systems can play an important role in this effort. Well-documented processes help ensure that compliance activities continue consistently regardless of changes in personnel. Recordkeeping systems, compliance calendars, written procedures, and periodic reviews all contribute to preserving institutional knowledge and reducing dependence on any single employee.

Every organization experiences personnel changes. The question is whether compliance programs are prepared for them. Facilities that proactively capture knowledge and distribute responsibilities are often better positioned to maintain compliance during periods of transition. In contrast, organizations that rely heavily on individual expertise may discover that employee turnover creates risks they never anticipated.

Environmental compliance is often viewed through the lens of regulations. Increasingly, however, it may be equally important to view compliance through the lens of knowledge management. After all, one of the most valuable environmental assets a facility possesses may be what its employees know and how effectively that knowledge is shared.

Hazardous waste e-Manifest report card: Tips for improving your facility’s manifests
2026-09-14T05:00:00Z

Hazardous waste e-Manifest report card: Tips for improving your facility’s manifests

With the school year fully underway, report cards will soon start to appear. But these performance evaluations aren’t limited to students in the classroom. A recent assessment serves as a “report card” for the federal e-Manifest system, an electronic platform that tracks hazardous waste shipments. And just like a student’s report card, the report reveals areas for improvement.

On August 11, 2026, the Environmental Protection Agency (EPA) Office of Inspector General (OIG) published Evaluation of the EPA’s e-Manifest System. The report identifies the leading errors made by hazardous waste handlers, including:

  • Generators;
  • Transporters; and
  • Treatment, storage, and disposal facilities (TSDFs).

The e-Manifest system’s “report card” offers hazardous waste handlers valuable lessons to help them deliver A+ manifests.

e-Manifest report card results

The OIG analyzed 2022–2024 e-Manifest system data and identified the most frequent errors:

  • Incorrect EPA identification (ID) numbers, and
  • Overstated shipping volumes of hazardous waste.

The report also found that more than 99 percent of manifest submissions between 2019 and 2024 were “data + image” submissions. With this submission type, all hazardous waste handlers use a paper manifest. The TSDF transcribes the data from the paper manifest into an electronic data file and then uploads a scanned image of the final paper manifest and the electronic data file to the e-Manifest system.

The OIG found that most of the errors occurred when TSDFs manually transcribed data from the final paper manifest into the electronic data file.

Incorrect EPA ID numbers

According to the report, about 40 percent of hazardous waste generator EPA ID number entries and 50 percent of TSDF EPA ID number entries were invalid. Many errors were due to entering EPA ID numbers incorrectly, but a notable number of them were connected to very small quantity generators (VSQGs) using paper manifests. VSQGs need an EPA ID number only to use electronic manifests, not paper ones. On paper manifests, VSQGs frequently leave the EPA ID number blank or enter different information to indicate that they don’t have an EPA ID number.

Overstated shipping volumes

Overall, the OIG concluded the most significant errors involved overstated shipping volumes caused by incorrect manifest entries or inaccurate transcriptions of paper manifest data into the e-Manifest system.

Common errors made when copying data from the paper manifests into electronic data files included:

  • Entering incorrect units of measurement (such as using tons for volumes that were calculated in pounds on the paper manifest);
  • Omitting or placing decimal points for volumes in the wrong place (e.g., 941,250 tons instead of 94.1250 tons);
  • Entering data that’s incorrect on the paper manifest; and
  • Duplicating data entries.

Lessons for hazardous waste handlers

Although the OIG’s report was developed for EPA, it offers valuable insights for hazardous waste handlers required to fill out manifests.

Here are some helpful tips gleaned from the report that all hazardous waste handlers can use:

  • Verify that your EPA ID number is entered correctly.
  • Verify that the stated volumes match the units of measurement.
  • Double-check decimal places.
  • If you’re filling out a paper manifest, ensure the information is legible. If you encounter illegible information on a paper manifest, confirm the data with the handler who filled it out.
  • Look for unreasonable information. For example, if the volume on the manifest indicates that thousands of tons (instead of thousands of pounds) of hazardous waste are being shipped, an error likely occurred.

If you don’t have one already, consider developing a checklist for filling out hazardous waste manifests. You can add the tips above and any other parts of your organization’s manifest process to the checklist.

Benefits of electronic manifests

The OIG’s report also emphasizes that electronic manifests offer specific advantages over paper manifests, especially when all hazardous waste handlers use them.

Potential improvements include the following:

  • Increased data accuracy: Because hazardous waste handlers don’t have to copy data from paper manifests into the e-Manifest system, there’s a much lower risk of entering data incorrectly. Plus, electronic manifests solve the issue of illegible entries.
  • Streamlined process: Electronic manifests simplify the data-entry process by removing the need to reenter data from paper manifests into the e-Manifest system.
  • Easier recordkeeping: The e-Manifest system retains all manifest records, so electronic manifest users don’t have to keep paper copies (except for generators that use hybrid manifests).
  • Compliance with possible future regulations: EPA proposed a rule in March 2026 that would require the use of electronic manifests (hybrid or fully electronic) and phase out the use of paper manifests. By shifting to electronic manifests now, hazardous waste handlers would be better prepared to comply with the rule if it’s finalized.

Key to remember: A recent report evaluating EPA’s e-Manifest system offers hazardous waste handlers valuable insights into common manifest errors to avoid.

See More

Most Recent Highlights In Transportation

2026-09-10T05:00:00Z

Virginia adds PFAS requirements to biosolids permit

Effective date: September 23, 2026

This applies to: Owners of sewage treatment works and other biosolids permit holders that land apply, market, or distribute treated sewage sludge (i.e., biosolids)

Description of change: The Virginia State Water Control Board’s revisions to two rules add requirements for per- and polyfluoroalkyl substances (PFAS) to biosolids permits.

Starting January 1, 2027, treatment works must test biosolids for PFAS and report concentrations of perfluorooctanoic acid (PFOA), perfluorooctane sulfonate (PFOS), and all other target analytes to the Department of Environmental Quality (DEQ) and to the entities that apply the biosolids from the treatment works. The requirement also applies to out-of-state sources of biosolids that will be land applied in the state.

Starting July 1, 2027, the DEQ will limit the distribution, marketing, and land application of PFAS-containing biosolids based on concentrations of PFOA and PFOS. Additionally, companies that land apply PFAS-containing biosolids must provide landowners with PFAS monitoring results at least 2 weeks before application.

Starting July 1, 2029, the DEQ will strengthen limits on the distribution, marketing, and land application of PFAS-containing biosolids, basing them on the combined concentrations of PFOA and PFOS.

2026-09-10T05:00:00Z

California updates Landfill Methane Regulation

Effective date: January 1, 2027

This applies to: Owners and operators of municipal solid waste landfills

Description of change: The California Air Resources Board (CARB) updated the Landfill Methane Regulation (LMR). Major amendments include:

  • Requiring inspection and repair when operators are notified of a remotely detected methane emission plume;
  • Making the landfill surface and component leak monitoring procedures more stringent by removing monitoring exemptions, reducing corrective action timelines, and increasing monitoring frequency at certain landfills;
  • Establishing a process to evaluate and approve emerging alternative leak detection technologies and requiring tools (e.g., drone-mounted laser scanners) to identify leaks in inaccessible areas previously excluded from monitoring;
  • Requiring the earlier installation and operation of gas collection infrastructure in new waste deposition areas;
  • Limiting periods of gas collection and control system downtime and mitigating the emissions from unavoidable downtime;
  • Increasing wellhead monitoring parameters and analysis and requiring response actions for out-of-range values and large value changes;
  • Mandating more frequent monitoring, analysis, and mitigation measures (including cover improvements) and requiring more frequent subsurface temperature, oxygen, and liquid level monitoring; and
  • Managing declining gas generation at closed landfills.

The changes to the LMR set stricter requirements than the federal environmental regulations for:

  • Landfill gas collection and control,
  • Component leak testing, and
  • Surface emissions monitoring.
2026-09-10T05:00:00Z

Tennessee extends air quality construction general permit eligibility

Effective date: November 2, 2026

This applies to: Conditional major sources of emissions

Description of change: The Tennessee Air Pollution Control Board approved amendments granting eligibility for air quality construction general permit coverage to conditional major sources of emissions. The general permit must adequately limit the facility’s potential to emit and include recordkeeping requirements for demonstrating compliance.

Conditional major sources accept federally enforceable permit limitations to avoid obtaining an individual major source operating permit (i.e., complying with the Title V operating permit program).

Related state info: Clean air operating permits state comparison — Tennessee

EHS Monthly Round Up - August 2026

EHS Monthly Round Up - August 2026

In this August 2026 monthly roundup video, we'll review the most impactful environmental health and safety news.

Hi everyone! Welcome to the monthly news roundup video, where we’ll review the most impactful environmental health and safety news. Let’s take a look at what happened over the past month.

Citing elevated injury and illness rates, OSHA relaunched a National Emphasis Program, or NEP, on Warehousing and Distribution Center Operations. Retail operations are no longer targeted by this NEP, as they were previously. Inspectors will focus on common hazards in warehousing and distribution such as powered industrial vehicle operations, materials handling and storage, and fire protection. The NEP also offers OSHA greater discretion in whether to expand an inspection.

OSHA state-plan enforcement continued to gain momentum in fiscal year 2025. In an upward trend, inspection numbers, violation counts, and penalty amounts all increased. The latest data stem from the Occupational Safety and Health Plan Association’s Grassroots Worker Protection report.

OSHA’s Safe+Sound Week was held August 10 through the 16. The event gave employers an opportunity to highlight their safety and health programs and bring attention to common workplace hazards.

The Mine Safety and Health Administration reopened the comment period for proposed changes to the approval criteria for its mine roof control and ventilation plans. The new deadline for comments is September 30.

Turning to environmental news, EPA extended the compliance dates of certain Workplace Chemical Protection Program requirements for perchloroethylene and carbon tetrachloride. The revised deadlines affect facilities subject to the TSCA PCE and CTC risk management rules finalized in 2024.

And finally, EPA published a proposed 2027 general stormwater permit for construction. It applies to construction activities in areas where EPA is the NPDES permitting authority, including Massachusetts, New Hampshire, New Mexico, and the District of Columbia. If finalized, the rule will replace the existing 2022 permit, which expires in early 2027.

Thanks for tuning in to the monthly news roundup. We’ll see you next month!

EPA extends RFS annual compliance report deadline
2026-09-03T05:00:00Z

EPA extends RFS annual compliance report deadline

The Environmental Protection Agency (EPA) issued a prepublication of a final rule extending the Renewable Fuel Standard (RFS) annual compliance reporting deadline for the 2025 compliance year from September 1 to October 1, 2026.

Who’s impacted?

The RFS annual compliance report applies to obligated parties, including:

  • Refiners of gasoline or diesel fuel (transportation fuel), and
  • Importers of transportation fuel.

Under the RFS program, obligated parties with renewable volume obligations (RVOs) must retire enough Renewable Identification Numbers (RINs) to meet their RVOs for the calendar year.

What’s the change?

EPA extended the 2025 RFS compliance reporting deadline to October 1, 2026, giving obligated parties additional time to comply with their 2025 RVOs and submit their annual compliance reports.

Why the change?

EPA recently released its small refinery exemption (SRE) decisions for the 2025 compliance year, exempting 1.76 billion RINs for 29 small refineries. SREs affect the cost and availability of RINs for all obligated parties. The extension gives obligated parties more time to assess the impact of the SRE decisions and adjust their strategies before completing their 2025 RFS reporting obligations.

Key to remember: EPA has extended the Renewable Fuel Standard annual compliance reporting deadline from September 1 to October 1, 2026.

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Most Recent Highlights In Safety & Health

10 operational changes that should trigger an environmental compliance review
2026-09-01T05:00:00Z

10 operational changes that should trigger an environmental compliance review

Environmental compliance issues often arise not because regulations change, but because operations change.

A facility may replace equipment, begin using a new chemical, increase production, or modify a process for legitimate business reasons. However, even routine operational changes can affect permits, reporting obligations, waste generation, emissions, wastewater discharges, or stormwater exposure.

Organizations that review environmental impacts before implementing changes are better positioned to identify compliance obligations early and avoid costly surprises.

What's an environmental compliance review?

An environmental compliance review is a structured evaluation of how a proposed change could affect a facility's environmental obligations.

Many organizations incorporate environmental reviews into an environmental management system (EMS) or formal change-management process. These procedures help ensure that environmental obligations are evaluated before operational changes are implemented. The updated ISO 14001 standard places greater emphasis on managing changes that may affect environmental performance, reinforcing the need to assess environmental impacts before decisions are made.

The review doesn't need to be complicated. In many cases, it involves determining whether the change could affect air permits, wastewater discharges, stormwater permits, hazardous waste management, chemical reporting, spill prevention requirements, or other environmental programs.

The goal is to identify environmental impacts before a change is implemented rather than after a regulator, auditor, or inspector discovers a problem.

Production increases

Increasing production is often viewed as a business decision rather than an environmental one. However, greater production may increase air emissions, wastewater generation, chemical usage, and waste generation.

Facilities should evaluate whether higher throughput could affect permit limits, reporting thresholds, or compliance obligations before production levels increase.

New chemicals or raw materials

A new chemical can trigger a wide range of environmental requirements.

Changes in raw materials may affect hazardous waste determinations, emergency planning requirements, air emissions calculations, Toxics Release Inventory reporting, spill prevention planning, or wastewater characteristics.

Before purchasing or introducing a new chemical, facilities should evaluate its environmental implications and ensure required controls are in place.

Equipment replacements and upgrades

Many organizations assume replacing equipment is simply a maintenance activity. In reality, equipment changes can have environmental consequences.

Replacing a boiler, coating operation, storage tank, dust collector, scrubber, or process equipment may affect emissions, waste streams, monitoring requirements, or permit applicability. Even when equipment serves the same function, environmental impacts should be evaluated before installation.

Process modifications

Changing how a product is manufactured can create environmental consequences even when production levels stay the same.

New process steps, altered operating conditions, different fuels, or modified treatment systems can affect emissions, waste generation, water usage, and permit conditions. Process changes should be reviewed to determine whether existing permits and operating procedures remain appropriate.

Facility expansions

Building additions, new production lines, warehouse expansions, and site development projects often involve environmental considerations beyond construction activities.

Organizations should evaluate potential impacts on air permits, stormwater management, wastewater infrastructure, storage capacity, and environmental monitoring programs before expansion projects begin.

Changes in waste management practices

Facilities occasionally change waste vendors, storage practices, recycling programs, treatment methods, or waste handling procedures to improve efficiency or reduce costs.

While these changes may appear administrative, they can affect generator status, accumulation practices, recordkeeping obligations, and waste determinations. Environmental personnel should review proposed changes before implementation.

New products or services

New products often require new materials, equipment, or processes that may affect existing environmental obligations.

Contractor activities

Contractor activities involving chemicals, waste management, tank cleaning, painting, excavation, demolition, or maintenance may create environmental compliance implications that warrant review.

Property and infrastructure changes

Changes to storage areas, containment systems, drainage patterns, tanks, or utilities can affect stormwater exposure and other environmental obligations.

Acquisitions and ownership changes

Acquiring a facility or business can introduce new permits, reporting obligations, and compliance responsibilities that should be evaluated during due diligence.

Train employees to recognize when a review may be needed

Environmental departments cannot review changes they never hear about.

Engineering, maintenance, operations, purchasing, project management, and production personnel are often the first to learn about proposed changes. Providing basic awareness training can help these groups recognize situations that may have environmental implications.

Employees don't need to become environmental experts. Instead, they should know when to notify EHS and ask whether a compliance review is warranted. A simple "check with EHS before proceeding" expectation can prevent significant compliance problems and reduce the likelihood that environmental requirements will be discovered too late.

Key to remember: Many environmental compliance issues begin with an operational change. Establishing a process to identify and review changes before implementation can help organizations avoid permit problems, reporting errors, and unexpected regulatory obligations.

National wastewater pretreatment program: What type of industrial user is your facility?
2026-08-26T05:00:00Z

National wastewater pretreatment program: What type of industrial user is your facility?

Before the wastewater can flow from your facility into a municipal treatment plant, there’s something you need to know: What type of industrial user is your facility? The answer to this question determines the federal environmental regulations your facility must meet.

The Environmental Protection Agency (EPA) regulates wastewater discharges from industrial and commercial facilities to publicly owned treatment works (POTWs) through the National Pretreatment Program. These facilities, known as industrial users (IUs), must obtain a permit or other control mechanism to send wastewater to a POTW. However, IUs must comply with all applicable federal, state, and local pretreatment requirements, regardless of whether the facility has been issued a permit or other control mechanism.

The National Pretreatment Program applies to:

  • Industrial users (IUs),
  • Significant IUs (SIUs), and
  • Categorical IUs (CIUs).

EPA’s regulations at 40 CFR Part 403 contain compliance requirements for all IUs as well as additional requirements for SIUs and CIUs. To know which regulations to comply with, you must identify the types of IUs that apply to your facility.

Is my facility an IU?

The first type of user is the easiest determination to make. If your industrial or commercial facility discharges wastewater to a POTW, it’s an IU.

Is my facility an SIU?

If your facility can answer “yes” to any of these four questions, it qualifies as an SIU:

  • Is the facility subject to the categorical pretreatment standards under 403.6 and Subchapter N?
  • Does the facility discharge an average of at least 25,000 gallons daily of process wastewater to the POTW (not including sanitary, noncontact cooling, and boiler blowdown wastewater)?
  • Does the facility contribute a process waste stream that makes up at least 5 percent of the POTW’s average dry weather hydraulic or organic capacity?
  • Is your facility designated as an SIU by the control authority (i.e., the POTW, state, or EPA)?

Even if the first three criteria don’t apply, the control authority may designate your facility as an SIU if it determines that there’s a reasonable potential for your facility’s wastewater discharges:

  • To adversely affect the POTW’s operation, or
  • To violate the pretreatment standards.

Limited exceptions allow the control authority to designate a facility as a non-significant CIU (if the facility meets specific conditions according to 403.3(v)(2)) or to determine that the facility has no reasonable potential to harm POTW operations or violate the standards (403.3(v)(3)).

Is my facility a CIU?

The National Pretreatment Program has rules that apply to specific industrial processes, known as categorical pretreatment standards. If your facility is subject to a categorical requirement in Parts 405–471, it’s considered a CIU. Examples of covered categories include:

  • Metal finishing (Part 433);
  • Organic chemical, plastic, and synthetic fiber manufacturing (Part 414); and
  • Petroleum refining (Part 419).

Submit a category determination request

The control authority director determines whether any of the categorical standards apply to a facility through a process called “categorical determination.” IUs may submit a category determination request when a new categorical standard is established that could apply to their existing facility. Additionally, EPA requires IUs to request a determination when:

  • An existing facility adds or changes an operation or process that may make it subject to an existing categorical pretreatment standard, and
  • A facility becomes a new source of discharge to a POTW.

The director will issue a final decision as to whether any of the regulations in Parts 405–471 apply to the facility.

Which pretreatment regulations apply?

The control authority will include the applicable regulations in the facility’s permit or implement the requirements through other control mechanisms. These will be at least as stringent as the following federal standards.

Requirements for all IUs

General and specific prohibitions apply to all types of IUs, banning facilities from discharging pollutants and categories of pollutants that can cause pass through or interference at the POTW.

Additionally, all IUs must report specific discharges and changes to existing discharge practices to the control authority.

Requirements for SIUs

SIUs have additional compliance obligations, such as:

  • Conducting self-monitoring and submitting periodic compliance reports every 6 months for SIUs not subject to categorical standards, and
  • Developing and implementing a slug control plan if required.

Requirements for CIUs

CIUs also have more requirements, including (but not limited to):

  • The applicable categorical pretreatment standards (Parts 405–471),
  • The categorical standards at 403.6, and
  • Additional reporting and notification requirements.

Understanding the types of IUs that characterize your facility can help clarify which federal wastewater rules apply.

Key to remember: The type of industrial user determines the National Pretreatment Program requirements applicable to facilities that discharge wastewater to publicly owned treatment plants.

2026-08-25T05:00:00Z

New Hampshire adopts PFAS product regulations

Effective date: July 17, 2026

This applies to: Any entity that manufactures or supplies specific consumer products with intentionally added per- and polyfluoroalkyl substances (PFAS)

Description of change: The New Hampshire Department of Environmental Services adopted rules to implement the Per- and Polyfluoroalkyl Substances Products Control Program, which bans certain PFAS-added consumer products from being sold, offered for sale, or distributed for sale or promotional purposes.

The regulations:

  • Ban certain products with intentionally added PFAS from being sold or distributed in New Hampshire (unless specifically exempt);
  • Establish the certificate of compliance (COC) process, under which manufacturers and suppliers must provide a COC upon request of the department to demonstrate compliance; and
  • Establish exemptions.

The ban applies to PFAS-added products manufactured on or after January 1, 2027. Product categories include:

  • Carpets and rugs;
  • Cosmetics;
  • Feminine hygiene products;
  • Food packaging and containers;
  • Juvenile products;
  • Textile furnishings;
  • Textile treatments;
  • Upholstered furniture; and
  • Waxes for use on boats; skis; surfboards; bodyboards; and skimboards.

Examples of exempted products include all products manufactured before January 1, 2027; secondhand products; and products with at least 85 percent recycled content.

2026-08-25T05:00:00Z

New Hampshire requires electronic applications for AOT permits

Effective date: August 6, 2026

This applies to: Projects that will disturb more than 100,000 square feet of terrain (or 50,000 square feet if it’s within the protected shoreline) and projects that will disturb any area with a 25 percent or steeper land slope that’s within 50 feet of surface water

Description of change: The New Hampshire Department of Environmental Services amended the regulations for Alteration of Terrain (AOT) permitting, requiring applicants to submit all permit applications and permits by notification online through its new e-permitting system, NHEnviro.

The department also made other changes, such as:

  • Expanding the general permit rule to cover specific steep slope projects, and
  • Exempting excavation and mining projects from the 5-acre open area disturbance limit.
Maintenance and environmental compliance go hand in hand
2026-08-21T05:00:00Z

Maintenance and environmental compliance go hand in hand

Environmental compliance is often viewed as the responsibility of the environmental, health, and safety (EHS) department. In reality, many compliance successes and failures occur on the plant floor, in maintenance shops, and around equipment managed by maintenance personnel.

Maintenance employees regularly handle used oil, inspect tanks, repair air pollution control equipment, respond to spills, and maintain secondary containment systems. Their daily decisions can directly affect compliance with federal, state, and local environmental requirements. As facilities face increased scrutiny of air emissions, waste management, and spill prevention programs, coordination between environmental and maintenance personnel has become increasingly important. That's why one of the most valuable members of an environmental compliance team is often someone from maintenance.

Used oil management starts in the shop

Many maintenance departments generate used oil from equipment servicing, vehicle maintenance, and hydraulic system repairs. While used oil can often be managed under streamlined regulations, improper handling can quickly create compliance problems.

Common issues include storing used oil in unlabeled containers, mixing used oil with hazardous waste, and failing to address leaks from storage containers. Even small mistakes can increase disposal costs or change how the waste must be managed.

Maintenance personnel can help reduce these risks by ensuring used oil containers remain closed when not in use, are properly labeled, and are routinely inspected for signs of leakage or deterioration.

Spill response depends on employees closest to the release

When a spill occurs, maintenance staff members are often among the first employees on scene.

Their actions during the first few minutes can affect both environmental impacts and regulatory obligations. Quickly stopping the source of a release, protecting drains, and containing spilled material can prevent a minor incident from becoming a reportable event.

Facilities should ensure maintenance personnel understand spill response procedures, know where response equipment is located, and recognize when environmental staff or emergency responders must be notified.

Even facilities with formal spill response plans depend on maintenance employees to implement many of the initial response actions.

Air compliance requires reliable equipment

Many facilities rely on air pollution control devices such as baghouses, scrubbers, thermal oxidizers, and dust collection systems to comply with permit requirements.

Environmental managers may be responsible for reporting emissions and maintaining permit records, but maintenance staff members are often responsible for keeping control equipment operating properly.

A failed pressure gauge, malfunctioning fan, broken duct connection, or neglected preventive maintenance task can affect emissions performance and potentially result in permit deviations.

Facilities should ensure maintenance programs include environmental control equipment and that maintenance personnel understand which equipment has environmental significance.

Tanks and containment need routine attention

Storage tanks and secondary containment systems are another area where maintenance and environmental responsibilities overlap.

Maintenance personnel may also maintain stormwater controls, drainage structures, and outdoor storage areas that affect permit compliance.

Routine inspections can identify corrosion, damaged coatings, leaking fittings, deteriorated hoses, and cracks before they become larger problems. These conditions may not seem urgent from an operational perspective, but they can increase the risk of releases and regulatory violations.

Facilities should establish inspection procedures, clearly define responsibilities, and document findings. A simple inspection program can often identify problems early, reducing both environmental risk and repair costs.

Communication helps prevent violations

Many environmental compliance issues occur when operational changes are made without considering environmental impacts.

New equipment, replacement tanks, process modifications, and maintenance projects can affect air emissions, waste generation, chemical storage, and spill prevention requirements. Environmental staff may not become aware of these changes until after installation.

Regular communication between maintenance and environmental personnel can help identify potential compliance concerns before work begins. In many cases, a short conversation during project planning can prevent significant compliance challenges later.

Building a partnership between maintenance and environmental teams

Environmental compliance is most effective when it's integrated into daily operations. Maintenance teams often have the best understanding of equipment conditions, storage systems, and operational changes occurring throughout a facility.

Environmental awareness training, maintenance involvement in inspections, and regular communication can strengthen compliance programs and identify problems sooner.

Environmental managers bring regulatory expertise. Maintenance personnel bring operational knowledge. Together, they create a stronger foundation for compliance than either group can achieve alone.

Key to remember: Environmental compliance isn't solely an EHS responsibility. Maintenance staff members play a critical role in preventing spills, managing used oil, maintaining compliance equipment, and identifying problems before they become violations.

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Most Recent Highlights In Human Resources

2026-08-14T05:00:00Z

Virginia requires PFAS monitoring for wastewater

Effective date: September 9, 2026

This applies to: Publicly owned treatment works (POTW)

Description of change: The Virginia State Water Control Board adopted amendments to the Virginia Pollutant Discharge Elimination System (VPDES) Permit regulation. The updated regulations:

  • Require POTWs to mandate quarterly discharge monitoring for per- and polyfluoroalkyl substances (PFAS) for certain industrial user categories,
  • Establish a 30-day reporting deadline for monitoring results, and
  • Specify acceptable test methods.

Covered industrial categories include:

  • PFAS manufacturing facilities;
  • Electroplating and metal finishing facilities using PFAS;
  • Semiconductor and circuit board facilities using PFAS;
  • Paper and packaging manufacturing facilities using PFAS;
  • Textile mills and tanneries using PFAS and leather, fabric, and carpet treaters using PFAS;
  • Centralized waste treatment industrial facilities;
  • Industrial launderers; and
  • Any other facility or site that’s a source of PFAS (such as landfills).

The POTWs must report results quarterly to the Virginia Department of Environmental Quality. Additionally, industrial users must report monitoring results within 30 days of receiving the laboratory results.

Related state info: Industrial water permitting — Virginia

2026-08-14T05:00:00Z

Virginia amends water withdrawal reporting requirements

Effective date: September 9, 2026

This applies to: Water users providing water to another person off-site

Description of the change: The Virginia State Water Control Board amended water withdrawal reporting requirements for water users providing water to another person off-site. These users are now required to report monthly (or quarterly if applicable) the total volumes of potable water and reclaimed water that they provided:

  • To a data center with an air permit from the Virginia Department of Environmental Quality; and
  • For domestic, commercial, industrial, and all other non-categorized purposes.

The reporting requirement takes effect on January 1, 2027.

TSCA Exposure Control Plan: 5 FAQs answered
2026-08-14T05:00:00Z

TSCA Exposure Control Plan: 5 FAQs answered

Do you have a toxic work environment — literally? For facilities that handle chemicals, the answer is likely yes. And for specific chemicals, federal environmental regulations require facilities to protect workers by controlling their exposure to these substances.

The Workplace Chemical Protection Program (WCPP) is one way the Environmental Protection Agency (EPA) protects potentially exposed workers from hazardous chemicals in the workplace. And at the core of the WCPP is the Exposure Control Plan (ECP); it’s the roadmap documenting how a facility will keep its employees safe. If your business manufactures (including imports), processes, distributes, uses, or disposes of a chemical substance subject to risk management regulations under Section 6 of the Toxic Substances Control Act (TSCA), an ECP may be required.

Consider these FAQs to help you implement an effective ECP that guards your workers against a “toxic work environment."

What’s an ECP?

An ECP is a strategic document explaining:

  • What exposure controls the facility takes to reduce occupational exposure to a regulated chemical to or below EPA’s exposure limits; and
  • How the facility will implement the other WCPP requirements (such as implementing exposure controls, establishing regulated areas, and providing training).

Any time a facility uses a TSCA Section 6 chemical that’s subject to the WCPP regulations (40 CFR Part 751), an ECP is required. This applies even if exposure monitoring determines that the concentration of a regulated chemical substance is below the existing chemical exposure limit or action level.

How do you develop an ECP?

Owners or operators must establish an ECP using the hierarchy of controls framework, following a sequence of actions to identify the control measures that will best reduce hazardous workplace exposures. The hierarchy of controls is ordered from the most to the least effective methods:

  • Elimination stops the use of the chemical.
  • Substitution replaces the chemical with a safer alternative.
  • Engineering controls prevent people from coming into contact with the chemical (e.g., local exhaust ventilation and protective barriers).
  • Administrative controls establish work practices that reduce the duration, frequency, or intensity of chemical exposure (like limiting access to exposure areas).
  • Personal protective equipment (PPE), such as respirators, reduces or mitigates exposure.

EPA requires owners or operators to consider every level of the hierarchy. PPE should be a last resort and used only when other controls aren’t possible or when other methods don’t sufficiently reduce hazardous exposure to safe levels.

What’s in an ECP?

Generally, an ECP must include the following:

  • The exposure control measures that were considered using the hierarchy of controls;
  • The reason why each control measure was selected or not selected based on feasibility, effectiveness, or other relevant information;
  • The actions required to implement the selected controls (e.g., installation, maintenance, training);
  • The regulated areas (workplace locations where worker exposure may exceed exposure limits), how they’re identified, and the people authorized to enter them;
  • The process for reviewing and updating the ECP to ensure that the exposure controls are effective, updated when needed, and properly implemented; and
  • The procedures for responding to new sources of or increases in exposure to the regulated chemical, including taking corrective actions.

Owners or operators must review and update ECPs when making major changes to the WCPP. However, EPA’s chemical-specific rules limit the length of time between reviews. The review frequency in the chemical-specific rule is the minimum requirement.

For example, the perchloroethylene rule (751.607) requires facilities to review and update the ECP at least every 5 years, while the chrysotile asbestos rule (751.511) requires facilities to review and update the ECP at least annually.

Can an ECP be added to an existing safety program?

Yes! Owners or operators can either:

  • Incorporate the ECP into an existing industrial hygiene or chemical management program (like a chemical hygiene plan) if the ECP contains all the required components, or
  • Develop an individual document for the ECP.

Can one ECP be used for multiple regulated chemicals?

EPA allows owners or operators to develop one standalone ECP that covers multiple chemicals subject to TSCA Section 6 regulations if the plan complies with each chemical’s specific requirements.

Key to remember: The Exposure Control Plan explains how a facility will implement the Workplace Chemical Protection Program and the exposure controls needed to protect workers from hazardous chemical exposures.

The environmental compliance program hiding in your chemical inventory
2026-08-13T05:00:00Z

The environmental compliance program hiding in your chemical inventory

Environmental programs may appear unrelated, but most rely on accurate information about the chemicals a facility uses, stores, or generates. Air permits, hazardous waste determinations, emergency planning, chemical reporting, and spill response programs all depend on knowing what chemicals are on site.

Yet chemical inventory management is often divided among multiple departments. Purchasing tracks what comes in, operations tracks what is used, maintenance stores products for later use, and environmental staff may only become involved when reporting deadlines approach. When inventories are incomplete or outdated, compliance problems can quickly follow.

A single source of truth supports multiple programs

Before a facility can determine its environmental obligations, it must first understand what chemicals are present on site.

The information contained in a chemical inventory supports numerous environmental programs, and different inventory data serve different purposes. Product quantities may affect EPCRA reporting. Chemical constituents help identify TRI chemicals and estimate releases. Usage data support air emissions calculations, while information about spent materials can help determine whether hazardous waste rules apply. Storage quantities, container types, and locations may also affect spill prevention and emergency response planning.

Consider a facility that introduces a new solvent for equipment cleaning. Purchasing may view it as a routine substitution, but the environmental implications may be much broader. The solvent may contain volatile organic compounds (VOCs) that affect air permits, TRI-listed constituents, or chemicals subject to EPCRA. If the spent solvent is discarded, hazardous waste regulations may also come into play. A complete inventory and chemical review process can identify these issues before the product enters service.

When departments maintain separate inventories using different data sources, inconsistencies can develop. One database may show a product as active while another indicates it is no longer used. A chemical stored in a maintenance room may never make its way into environmental records. These gaps can create reporting errors and complicate inspections.

Small changes can have large compliance impacts

Chemical inventories are not static. New products are introduced, suppliers change formulations, production processes evolve, and maintenance departments purchase materials to address operational needs.

Even seemingly minor changes can affect compliance programs. A reformulated product may contain a reportable constituent that it did not contain previously. A new coating operation may increase air emissions. Additional chemical storage may trigger emergency planning requirements or affect secondary containment needs.

Without a chemical review process involving environmental, safety, operations, and purchasing personnel, facilities may not recognize these implications until well after a change has occurred. This approach helps identify regulatory concerns before products are ordered, stored, or put into use.

Inspections often begin with inventory questions

Environmental inspectors often compare records against actual site conditions. Chemical inventories frequently become a focal point because they intersect with multiple regulatory programs.

Inspectors may compare inventory records with container labels, safety data sheets (SDSs), storage areas, waste accumulation locations, or reported chemical quantities. Discrepancies can raise questions about reporting accuracy and program oversight.

A well-maintained inventory shows that a facility has systems to manage compliance and allows personnel to quickly answer questions about chemical storage and use.

Building a stronger inventory program

The challenge is deciding what information to track and how to keep it current. An effective chemical inventory program does not need to be complicated, but it should be consistent.

At a minimum, facilities should track product names, storage locations, quantities on site, usage rates, SDS information, and key chemical constituents. Different data elements support different programs. Storage quantities may affect EPCRA reporting, chemical constituents may drive TRI evaluations, and usage rates often provide critical data for air emissions calculations. Some organizations also identify whether a product contains TRI chemicals, hazardous air pollutants (HAPs), VOCs, PFAS, or other substances subject to reporting or permitting requirements. Centralizing this information can simplify environmental evaluations throughout the year.

Facilities should establish clear ownership of inventory data, periodically verify inventory accuracy in the field, review new chemicals before purchase, and ensure information is shared across departments. Environmental staff should also periodically compare inventory data against reporting submissions, air permits, waste records, and emergency planning documentation. The goal is not simply to maintain a list of chemicals, but to create a reliable foundation for environmental decision making. A well-managed inventory supports air permitting, chemical reporting, emergency planning, spill prevention, and hazardous waste programs. When inventory data is accurate and readily available, environmental professionals spend less time chasing information and more time managing compliance risks.

Key to remember: Chemical inventory management is more than a recordkeeping exercise. A complete and accurate inventory provides the information needed to support air, waste, emergency planning, spill prevention, and chemical reporting programs, helping facilities identify compliance obligations before problems arise.

EHS Monthly Round Up - July 2026

EHS Monthly Round Up - July 2026

In this July 2026 monthly roundup video, we'll review the most impactful environmental health and safety news.

Hi everyone! Welcome to the monthly news roundup video, where we’ll review the most impactful environmental health and safety news. Let’s take a look at what happened over the past month.

OSHA published its 2026 regulatory agenda on July 3. Of note, the agency projects an April 2027 date for the Emergency Response final rule, and the Heat Illness proposal is slated to be finalized in October 2027. In November 2026, OSHA also expects to publish a final rule addressing the use of subpoenas during investigations.

OSHA reopened the comment period for 14 chemical-specific proposals. This allows the public 30 days to comment on recommendations made by OSHA’s Advisory Committee on Construction Safety and Health.

OSHA updated its Voluntary Protection Programs, which recognize workplaces with strong safety and health programs and low injury rates. The changes align with the seven core elements in the agency’s Recommended Practices for Safety and Health Programs.

The Mine Safety and Health Administration withdrew 4 regulations that it says address outdated effective dates and requirements for various industry equipment and procedures. These relate to conveyor belts, blacksmith shops, diesel emission limits, and permissible flame safety lamps.

Turning to environmental news, EPA released detailed instructions and deadlines for pesticide registrants to begin compliance with the bilingual labeling requirements in the My PeST application. The first compliance deadline was July 31.

EPA aligned regulations under EPCRA Sections 311 and 312 with OSHA’s Hazard Communication amendments for hazardous chemical reporting requirements. Facilities must use OSHA’s hazard classes with their categories for safety data sheet submissions and hazardous chemical inventory reports required under EPCRA Sections 311 and 312.

And finally, EPA published its 2026 regulatory agenda on July 3. Many of the proposed and final rules support the agency’s continued deregulatory efforts and may impact regulatory compliance with air, land, and water rules.

Thanks for tuning in to the monthly news roundup. We’ll see you next month!

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