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NHTSA Final Rule: Federal Motor Vehicle Safety Standards; Child Restraint Systems, Child Restraint Anchorage Systems, Incorporation by Reference

2025-01-07T06:00:00Z

This final rule amends Federal Motor Vehicle Safety Standard (FMVSS) No. 225; Child restraint systems, and FMVSS No. 213b; Child restraint systems, to improve ease-of-use of the lower and tether anchorages, improve correct use of child restraint systems in vehicles, and maintain or improve the correct use and effectiveness of child restraint systems (CRSs) in motor vehicles. This final rule fulfills a mandate of the Moving Ahead for Progress in the 21st Century Act (MAP-21) requiring that NHTSA improve the ease-of-use for lower anchorages and tethers in all rear seat positions.

DATES:

Effective date: March 20, 2025.

IBR date: The incorporation by reference of certain publications listed in the rule is approved by the Director of the Federal Register beginning March 10, 2025.

Compliance date: This final rule adopts a 3-year phase-in period to comply with the updated requirements in FMVSS No. 225. The phase-in begins on September 1, 2028, and requires that 20 percent of a manufacturer's applicable vehicles produced from September 1, 2028, to August 31, 2029, comply with the updated FMVSS No. 225, followed by 50 percent from September 1, 2029, to August 31, 2030, and 100 percent on and after September 1, 2030. Early compliance is permitted.

Reconsideration date: If you wish to petition for reconsideration of this rule, your petition must be received by February 21, 2025.

Published in the Federal Register January 7, 2025, page 1288.

View final rule.

§571.5 Matter incorporated by reference.
(k)(10)-(11)AddedView text
§571.213b Child restraint systems; Mandatory applicability beginning December 5, 2026.
S5.5.2(j)RevisedView text
S5.6.1.13 and S5.6.1.14AddedView text
S5.9(a) through (c)RevisedView text
Figures 15 and 16AddedView text
§571.225 Child restraint anchorage systems.
S4.2RevisedView text
S4.3-S4.6Redesignated, revisedView text
S5 and S6RevisedView text
S8 introductory text and S8.1 introductory textRevisedView text
S8.2Removed and reservedView text
S9 introductory text, S9.1.1(d) and S9.2RevisedView text
S9.2.4 and S9.2.5AddedView text
S9.5RevisedView text
S11, S12, and S13RevisedView text
S14, S15, and S16RemovedView text
Figures 8, 9, 10, and 19RevisedView text
Figure 11Removed and reservedView text
Figures 23 through 28AddedView text

New Text

§571.213b Child restraint systems; Mandatory applicability beginning December 5, 2026.

* * * *

S5.5.2(j) In the case of each child restraint system equipped with a tether strap the statement: Secure the tether strap provided with this child restraint.

* * * *

S5.9 Attachment to child restraint anchorage system. (a) Each add-on child restraint system other than a car bed, harness, or belt-positioning seat shall have components permanently attached to the system that enable the restraint to be securely fastened to the lower anchorages of the child restraint anchorage system specified in Standard No. 225 (§571.225) and depicted in NHTSA Standard Seat Assembly; FMVSS No. 213, No. NHTSA-213-2021, (March 2023) (incorporated by reference, see §571.5). The components must be attached to the add-on child restraint by use of a tool, such as a screwdriver. In the case of rear-facing child restraints with detachable bases, only the base is required to have the components. All components provided to attach the add-on child restraint or the detachable base (in the case of a rear-facing child restraint with a detachable base) to the lower anchorages of the child restraint anchorage system shall be permanently marked with the pictogram in figure 15 to this section.

(b) In the case of each child restraint system that has components for attaching the system to a tether anchorage, those components shall include a tether hook that conforms to the configuration and geometry specified in figure 11 to this section. The tether hook or the tether strap shall be permanently marked with either pictogram shown in figure 16 to this section. If the mark is on the tether strap or on a tag attached to the tether strap, the mark must be located within 25 mm of the tether hardware assembly (which consists of a tether hook and a webbing tightening mechanism designed to tighten or loosen the tether strap).

(c) In the case of each child restraint system that has components, including belt webbing, for attaching the system to an anchorage of a child restraint anchorage system (lower anchorage or tether anchorage), the belt webbing shall be adjustable so that the child restraint can be tightly attached to the vehicle. The length of the tether hardware assembly, which consists of a tether hook and a mechanism designed to tighten and loosen the tether strap, shall not exceed 165 mm.

§571.225 Child restraint anchorage systems.

* * * *

S4.2 Vehicles shall be equipped as specified in paragraphs S4.2(a) through (c), except as provided in S5 of this standard.

(a) Each vehicle with three or more forward-facing rear designated seating positions shall be equipped as specified in S4.2(a)(1) and (2).

(1) Each vehicle shall be equipped with a child restraint anchorage system conforming to the requirements of S6 and S9 of this standard at not fewer than two forward-facing rear designated seating positions. At least one of the child restraint anchorage systems shall be installed at a forward-facing seating position in the second row in each vehicle that has three or more rows, if such a forward-facing seating position is available in that row.

(2) Each vehicle shall be equipped with a tether anchorage conforming to the requirements of S6 of this standard at a third forward-facing rear designated seating position. The tether anchorage of a child restraint anchorage system may count towards the third required tether anchorage. In each vehicle with a forward-facing rear designated seating position other than an outboard designated seating position, at least one tether anchorage (with or without the lower anchorages of a child restraint anchorage system) shall be at such a designated seating position.

(b) Each vehicle with not more than two forward-facing rear designated seating positions shall be equipped with a child restraint anchorage system conforming to the requirements of S6 and S9 of this standard at each forward-facing rear designated seating position.

(c) Each vehicle without any forward-facing rear designated seating position shall be equipped with a tether anchorage conforming to the requirements of S6 of this standard at each forward-facing front passenger designated seating position.

* * * *

S4.3 Movable seats. (a) A vehicle that is equipped with a forward-facing rear designated seating position that can be moved such that it is capable of being used at either an outboard or non-outboard forward-facing designated seating position shall be considered as having a forward-facing non-outboard designated seating position. Such a movable seat must be equipped with a tether anchorage that meets the requirements of S6 of this standard or a child restraint anchorage system that meets the requirements of S6 and S9 of this standard, if the vehicle does not have another forward-facing non-outboard designated seating position that is so equipped.

(b) Tether and lower anchorages shall be available for use at all times, except when the seating position for which it is installed is not available for use because the vehicle seat has been removed or converted to an alternate use such as allowing for the carrying of cargo.

* * * *

S5 General exceptions. Vehicles manufactured before September 1, 2031, must meet the requirements of S5.1. Vehicles manufactured on or after September 1, 2031, must meet the requirements of S5.2.

S5.1 Vehicles manufactured before September 1, 2031. (a) Convertibles and school buses are excluded from the requirements to be equipped with tether anchorages.

(b) A vehicle may be equipped with a built-in child restraint system conforming to the requirements of Standard No. 213 (§571.213) or Standard No. 213b (§571.213b) as applicable, instead of one of the required tether anchorages or child restraint anchorage systems.

(c) Vehicles with no air bag in front passenger designated position:

(1) Each vehicle that does not have a rear designated seating position and does not have an air bag installed at front passenger designated seating positions pursuant to a temporary exemption granted by NHTSA under 49 CFR part 555, must have a child restraint anchorage system installed at a front passenger designated seating position. In the case of convertibles, the front designated passenger seating position need have only the two lower anchorages meeting the requirements of S9 of this standard.

(2) Each vehicle that has a rear designated seating position and meets the conditions in S4.5.4.1(b) of Standard No. 208 (§571.208), and does not have an air bag installed at front passenger designated seating positions pursuant to a temporary exemption granted by NHTSA under 49 CFR part 555, must have a child restraint anchorage system installed at a front passenger designated seating position in place of one of the child restraint anchorage systems that is required for the rear seat. In the case of convertibles, the front designated passenger seating position need have only the two lower anchorages meeting the requirements of S9 of this standard.

(d) A vehicle that does not have an air bag on-off switch meeting the requirements of S4.5.4 of Standard No. 208 (§571.208) shall not have any child restraint anchorage system installed at a front designated seating position.

(e) A vehicle with a rear designated seating position for which interference with transmission and/or suspension components prevents the location of the lower bars of a child restraint anchorage system anywhere within the zone described by S9.2 of this standard is excluded from the requirement to provide a child restraint anchorage system at that position. However, except as provided elsewhere in this S5, such a vehicle must have a tether anchorage at a front passenger designated seating position.

S5.2 Vehicles manufactured on or after September 1, 2031. (a) School buses are excluded from the requirements to be equipped with tether anchorages.

(b) A vehicle may be equipped with a built-in child restraint system conforming to the requirements of Standard No. 213b (§571.213b) instead of one of the required tether anchorages or child restraint anchorage systems.

(c) Vehicles with no air bag in front passenger designated position:

(1) Each vehicle that does not have a rear designated seating position and does not have an air bag installed at front passenger designated seating positions pursuant to a temporary exemption granted by NHTSA under 49 CFR part 555 must have a child restraint anchorage system installed at a front passenger designated seating position.

(2) Each vehicle that has a rear designated seating position and meets the conditions in S4.5.4.1(b) of Standard No. 208 (§571.208), and does not have an air bag installed at front passenger designated seating positions pursuant to a temporary exemption granted by NHTSA under 49 CFR part 555, must have a child restraint anchorage system installed at a front passenger designated seating position in place of one of the child restraint anchorage systems that is required for the rear seat.

(d) A vehicle that does not have an air bag on-off switch meeting the requirements of S4.5.4 of Standard No. 208 (§571.208), shall not have any child restraint anchorage system installed at a front designated seating position.

S6. Requirements for tether anchorages. Vehicles subject to Standard No. 225 (this section) shall meet the tether anchorage requirements specified in S6.1, S6.2, and S6.4 according to the phase-in schedule specified in S13 of this standard.

S6.1 Configuration of the tether anchorage.

S6.1.1 Each tether anchorage shall:

(a) Permit the attachment of a tether hook of a child restraint system meeting the configuration and geometry specified in figure 11 of Standard No. 213 (figure 11 to §571.213);

(b) Be accessible without the need for any tools other than a screwdriver or coin;

(c) Once accessed, be ready for use without the need for any tools; and

(d) Be sealed to prevent the entry of exhaust fumes into the passenger compartment.

S6.1.2 Each tether anchorage shall:

(a) Consist of a rigid bar of any cross-section shape that permits the attachment of a tether hook (of a child restraint system) meeting the configuration and geometry specified in figure 11 of Standard No. 213 (figure 11 to §571.213), except in buses with a GVWR less than or equal to 10,000 pounds and vehicles that use a routing device per S6.2.1.2;

(b) Be accessible without the need for any tools and without folding the seat back (other than the head restraint) or removing carpet or other vehicle components (other than cargo covers) to access the anchorages. Individual tether anchorages may be covered with a cap, flap, or cover, provided that any cap, flap, or, cover is specifically designed to be opened, moved aside, or to otherwise give unobstructed access to the anchorage and is labeled with the symbol shown in figure 25 to this section;

(c) Once accessed, be ready for use without the need for any tools; and

(d) Be sealed to prevent the entry of exhaust fumes into the passenger compartment.

S6.2 Location of the tether anchorage.

S6.2.1 Subject to S6.2.1.2, the part of each tether anchorage that attaches to a tether hook must be located within the shaded zone shown in figures 3 through 7 to this section of the designated seating position for which it is installed. The zone is defined with reference to the seating reference point (see §571.3). (For purposes of the figures, “H Point” is defined to mean seating reference point.) A tether anchorage may be recessed in the seat back, provided that it is not in the strap wrap-around area at the top of the vehicle seat back. For the area under the vehicle seat, the forwardmost edge of the shaded zone is defined by the torso line reference plane.

S6.2.1.1 [Reserved]

S6.2.1.2 In the case of a vehicle that—

(a) Has a user-ready tether anchorage for which no part of the shaded zone shown in Figures 3 to 7 of this standard of the designated seating position for which the anchorage is installed is accessible without removing a seating component of the vehicle; and

(b) Has a tether strap routing device that is—

(1) Not less than 65 mm behind the torso line for that seating position, in the case of a flexible routing device or a deployable routing device, measured horizontally and in a vertical longitudinal plane; or

(2) Not less than 100 mm behind the torso line for that seating position, in the case of a fixed rigid routing device, measured horizontally and in a vertical longitudinal plane, the part of that anchorage that attaches to a tether hook may, at the manufacturer's option (with said option selected prior to, or at the time of, certification of the vehicle) be located outside that zone.

(c) The measurement of the location of the flexible or deployable routing device described in S6.2.1.2(b)(1) is made with SFAD 2 properly attached to the lower anchorages. A 40 mm wide nylon tether strap is routed through the routing device and attached to the tether anchorage in accordance with the written instructions required by S12 of this standard. The forwardmost contact point between the strap and the routing device must be within the stated limit when the tether strap is flat against the top surface of the SFAD and tensioned to 55 to 65 N. In seating positions without lower anchorages of a child restraint anchorage system, the SFAD 2 is held with its central lateral plane in the central vertical longitudinal plane of the seating position. The adjustable anchor attaching bars of the SFAD 2 are replaced by spacers that end flush with the back surface of the SFAD.

S6.2.2 Subject to S6.2.2.2, the part of each tether anchorage to which a tether hook attaches must be located within the shaded zone shown in figures 3 through 7 to this section of the designated seating position for which it is installed. The zone is defined with reference to the seating reference point (see §571.3). (For purposes of the figures, “H Point” means seating reference point.) A tether anchorage may be recessed in the seat back, provided that it is not in the strap wrap-around area at the top of the vehicle seat back. For the area under the vehicle seat, the forwardmost edge of the shaded zone is defined by a vertical plane 120 mm rearward of the “H Point,” as shown in figure 3 to this section.

S6.2.2.1 Subject to S6.2.2.2, for vehicles with adjustable or removable head restraints or no head restraints, the tether anchorage to which a tether hook attaches must be located outside the zone created by a 325 mm radius sphere with its center on the R-point and truncated horizontally at 230 mm below the sphere's center as shown in figures 8 and 9 to this section.

S6.2.2.2 In the case of a vehicle that—

(a) Has a user-ready tether anchorage for which no part of the shaded zone shown in figures 4 through 7 and 10 to this section of the designated seating position for which the anchorage is installed is accessible without the need for folding the seatback (other than the head restraint) or removing a seating component of the vehicle; and

(b) Has a tether strap routing device that is—

(1) Not less than 65 mm behind the torso line for that seating position, in the case of a flexible routing device or a deployable routing device, measured horizontally and in a vertical longitudinal plane; or

(2) Not less than 100 mm behind the torso line for that seating position, in the case of a fixed rigid routing device, measured horizontally and in a vertical longitudinal plane, the part of that anchorage that attaches to a tether hook may, at the manufacturer's option (with said option selected prior to, or at the time of, certification of the vehicle) be located outside that zone.

(c) The measurement of the location of the flexible or deployable routing device described in S6.2.2.2(b)(1) is made with SFAD 2 properly attached to the lower anchorages. A 40 mm wide nylon tether strap is routed through the routing device and attached to the tether anchorage in accordance with the written instructions required by S12 of this standard. The forwardmost contact point between the strap and the routing device must be within the stated limit when the tether strap is flat against the top surface of the SFAD and tensioned to 55 to 65 N. In seating positions without lower anchorages of a child restraint anchorage system, the SFAD 2 is held with its central lateral plane in the central vertical longitudinal plane of the seating position. The adjustable anchorage attaching bars of the SFAD 2 are replaced by spacers that end flush with the back surface of the SFAD 2.

S6.3 Strength requirements for tether anchorages. (a) When tested in accordance with S8, the tether anchorage must not separate completely from the vehicle seat or seat anchorage or the structure of the vehicle.

(b) Provisions for simultaneous and sequential testing:

(1) In the case of vehicle seat assemblies equipped with more than one tether anchorage, the force referred to in this S6.3 may, at the agency's option, be applied simultaneously to each of those tether anchorages. However, that force may not be applied simultaneously to tether anchorages for any two adjacent seating positions whose midpoints are less than 400 mm apart, as measured in accordance with S6.3(b)(i) and (ii) and figure 20 to this section.

(i) The midpoint of the seating position lies in the vertical longitudinal plane that is equidistant from vertical longitudinal planes through the geometric center of each of the two lower anchorages at the seating position. For those seating positions that do not provide lower anchorages, the midpoint of the seating position lies in the vertical longitudinal plane that passes through the SgRP of the seating position.

(ii) Measure the distance between the vertical longitudinal planes passing through the midpoints of the adjacent seating positions, as measured along a line perpendicular to the planes.

(2) A tether anchorage of a particular child restraint anchorage system will not be tested with the lower anchorages of that anchorage system if one or both of those lower anchorages have been previously tested under this standard.

S6.4 Marking and conspicuity requirements for tether anchorages. Vehicles subject to Standard No. 225 (this section) shall meet S6.4 according to the phase-in schedule specified in S13 of this standard.

(a) For each tether anchorage installed pursuant to S4 of this standard, there shall be a permanent marking that:

(1) Consists of one of the pictograms shown in figure 25 to this section that is not less than 20 mm in height;

(2) Except for vehicles that use a routing device per S6.2.2.2, the center of the pictogram in the longitudinal direction must be in the vertical longitudinal plane that passes through the center of the tether anchorage bar (± half of the tether anchorage length), as shown in figure 26 (Left) to this section; or the center of the pictogram in the lateral direction must be in the horizontal lateral plane that passes through the center of the tether anchorage bar (± half of the pictogram height), as shown in figure 26 (right) to this section.

(3) The nearest edge of the marking shall be located not more than 100 mm away from the tether anchorage bar as shown in figure 27 to this section. No other attachment feature to secure occupant items (i.e., cargo hooks or similar) shall be nearer to the marking than the distance from the marking to the tether anchorage. Vehicles with routing devices per S6.2.2.2 may use tags attached to the routing device.

(b) The tether anchorage bar may be covered by a cap or cover that is removable without the use of any tool, provided that the cap or cover is permanently labeled with a marking meeting the requirements of S6.4(a)(1). If the cap or cover is permanently attached to the vehicle, the tether anchorage is not required to be separately marked. If the cap or cover is not permanently attached to the vehicle, the tether anchorage must also be marked with the symbol meeting S6.4(a)(1) through (3).

(c) For vehicles that have a cargo cover that needs to be moved or removed to access the tether anchorages, the cargo cover must be permanently marked with the symbol meeting S6.4.1(a)(1) of this standard for each tether anchorage that is accessible under the cargo cover. Tether anchorages under the cargo cover must also be marked per S6.4(a).

* * * *

S8 Test procedures. Each vehicle shall meet the requirements of S6.3 when tested according to the following procedures. * * *

S8.1 Apply the force specified in S6.3 as follows—

* * * * *

S9. Requirements for the lower anchorages of the child restraint anchorage system. Vehicles subject to Standard No. 225 (this section) shall meet the lower anchorage requirements specified in S9.2 and S9.5 according to the phase-in schedule specified in S13 of this standard.

S9.1 Configuration of the lower anchorages

S9.1.1 * * *

(d) The bars must not be capable of being stowable or foldable.

* * * *

S9.2 Location of the lower anchorages.

* * * *

S9.5 Marking and conspicuity requirements.

S9.5.1 Requirements for lower anchors. Lower anchorages must meet the requirements in S9.5.1(a) or (b).

(a) For each bar installed pursuant to S4, the vehicle shall be permanently marked with a circle:

(1) That is not less than 13 mm in diameter;

(2) That is either solid or open, with or without words, symbols, or pictograms, provided that if words, symbols or pictograms are used, their meaning is explained to the consumer in writing, such as in the vehicle's owner's manual; and

(3) That is located such that its center is on each seat back between 50 and 100 mm above or on the seat cushion 100 ±25 mm forward of the intersection of the vertical transverse and horizontal longitudinal planes intersecting at the horizontal centerline of each lower anchorage, as illustrated in figure 22 to this section. The center of the circle must be in the vertical longitudinal plane that passes through the center of the bar (±25 mm).

(4) The circle may be on a tag.

(b) The vehicle shall be configured such that the following is visible: Each of the bars installed pursuant to S4, or a permanently attached guide device for each bar. The bar or guide device must be visible without the compression of the seat cushion or seat back, when the bar or device is viewed, in a vertical longitudinal plane passing through the center of the bar or guide device, along a line making an upward 30-degree angle with a horizontal plane. Seat backs are in the nominal design riding position. The bars may be covered by a removable cap or cover, provided that the cap or cover is permanently marked with words, symbols or pictograms whose meaning is explained to the consumer in written form as part of the owner's manual.

S9.5.2 Requirements for lower anchors. Lower anchorages must meet the requirements in S9.5.2(a) and (b), as applicable.

(a) For each bar installed pursuant to S4, the vehicle shall be permanently marked with a symbol that:

(1) Is not less than 13 mm in diameter;

(2) Contains the pictogram shown in figure 24 to this section; and

(3) Is located such that its center is on each seat back between 50 and 100 mm above or on the seat cushion between 100 to −50 mm forward of the intersection of the vertical transverse and horizontal longitudinal planes intersecting at the horizontal centerline of each lower anchorage, as illustrated in figure 19 to this section. The center of the symbol must be in the vertical longitudinal plane that passes through the center of the bar (±25 mm).

(4) The symbol may be on a tag.

(b) The bars may be covered by a removable cap or cover, provided that the cap or cover is permanently marked with the pictogram shown in figure 24 to this section. If the cap or cover is permanently attached to the vehicle, the lower anchorage bars are not required to be separately marked with the pictogram. If the cap or cover is not permanently attached to the vehicle, the lower anchorage bars must also be marked with the symbol meeting S9.5.2(a)(1) through (4).

* * * *

S11. Test procedures. Each vehicle shall meet the requirements of this standard when tested according to the following procedures. Where a range of values is specified, the vehicle shall be able to meet the requirements at all points within the range.

(a) Strength requirements —(1) Forward force direction. Place SFAD 2 in the vehicle seating position and attach it to the two lower anchorages of the child restraint anchorage system. Do not attach the tether anchorage. A rearward horizontal force of 135 ±15 N is applied to the center of the lower front crossbar of SFAD 2 to press the device against the seat back as the fore-aft position of the rearward extensions of the SFAD is adjusted to remove any slack or tension. Apply a preload force of 500 N horizontally and in the vertical centerline of the SFAD 2 at point X. Increase the pull force as linearly as practicable to a full force application of 11,000 N in not less than 24 seconds and not more than 30 seconds and maintain at an 11,000 N level for 1 second.

(2) Lateral force direction. Place SFAD 2 in the vehicle seating position and attach it to the two lower anchorages of the child restraint anchorage system. Do not attach the tether anchorage. A rearward force of 135 ±15 N is applied to the center of the lower front crossbar of SFAD 2 to press the device against the seat back as the fore-aft position of the rearward extensions of the SFAD is adjusted to remove any slack or tension. Apply a preload force of 500 N horizontal and perpendicular to the longitudinal centerline of the SFAD 2 at point X of the test device. Increase the pull force as linearly as practicable to a full force application of 5,000 N in not less than 24 seconds and not more than 30 seconds and maintain at a 5,000 N level for 1 second.

(b) Clearance angle. The seat back angle, if adjustable, is set at the manufacturer's nominal design seat back angle. If the position is not specified, set the seat back at the first detent rearward of 25° from the vertical. Remove or open any lower anchorage cover, if present, to expose the lower anchorage. To measure clearance angle, attach the clearance angle tool to the lower anchorage and apply a vertical force of 67 N (15 lbf) to the tool. Measure the angle (with respect to the horizontal) of the tool while the force is being applied.

(c) Anchorage depth. The seat back angle, if adjustable, is set at the manufacturer's nominal design seat back angle. If the position is not specified, set the seat back at the first detent rearward of 25° from the vertical. To measure the anchorage depth, subtract 30 degrees from the measured seat pan angle to calculate the view angle. With the anchorage depth tool ( see figure 28 to this section) on a flat surface, adjust the view bar to read the view angle. Slide the zeroing strip along the view bar so that it is barely touching the top of the depth tool hook. Move the view bar forward, so the end of the zeroing strip is aligned with the zero-scribe line. For hidden anchorages, slide the anchorage depth tool so that it reads 0 mm at the rear edge of the slider. For visible anchorages, align the depth gauge to 25 mm so that negative values can be read. Attach the depth tool centered to the lower anchorage. Adjust the depth tool base to be within ±2 degrees of the view angle (30 degrees minus seat pan angle) to set the tool-parallel to the seat pan angle. Move the entire slider bar forward until the zeroing strip contacts the vehicle seat back or any other vehicle part.

S12. Written instructions. Vehicles subject to Standard No. 225 (this section) shall meet the written instruction requirements specified in either S12.1 or S12.2 according to the phase-in schedule specified in S13.

S12.1 Written instructions shall:

(a) Indicate which seating positions in the vehicle are equipped with tether anchorages and child restraint anchorage systems;

(b) In the case of vehicles required to be marked as specified in paragraphs S4.1 and S9.5 of this standard, explain the meaning of markings provided to locate the lower anchorages of child restraint anchorage systems; and

(c) Include instructions that provide a step-by-step procedure, including diagrams, for properly attaching a child restraint system's tether strap to the tether anchorages.

S12.2 Written instructions shall:

(a) Indicate which seating positions in the vehicle are equipped with tether anchorages and child restraint anchorage systems;

(b) In the case of vehicles required to be marked as specified in paragraphs S4.1 and S9.5 of this standard, explain the meaning of markings provided to locate the lower anchorages of child restraint anchorage systems and the top tether anchorages;

(c) Include instructions that provide a step-by-step procedure, including diagrams, for properly attaching a child restraint system's tether strap to the tether anchorages;

(d) Include instructions on how to locate and access the tether anchorage and the lower anchorages; and

(e) Use the following terms when referring to the different components of the child restraint anchorage system that are used to connect the child restraint system to the vehicle: “lower anchor” means the lower anchorage of the child restraint anchorage system in the vehicle, “tether anchor” means the top tether anchorage of the child restraint anchorage system in the vehicle, “lower anchor attachment” means the child restraint system or the detachable base's (in the case of a rear-facing child restraint with a detachable base) lower anchorage connector and the lower anchorage strap (for flexible lower anchorage attachments), “rigid lower anchor attachment” means the child restraint system or the detachable base's (in the case of a rear-facing child restraint with a detachable base) lower anchorage connector that is rigidly attached to the CRS or detachable base, respectively, and does not have a lower anchorage strap, and “tether” means the child restraints system's tether hook and tether strap.

S13 Phase-in schedule. The S13 phase in schedule details when listed requirements become inactive and are replaced by newer requirements. Requirements in Standard No. 225 (this section) not listed in S13 shall be in effect before, during, and after the S13 phase-in.

S13.1 Vehicle certification information. At any time during the production years ending August 31, 2029, and August 31, 2030, each manufacturer shall, upon request from the Office of Vehicle Safety Compliance, provide information identifying the vehicles (by make, model and vehicle identification number) that have been certified as complying with the child restraint anchorage usability requirements of this standard. Manufacturers shall specify the number of vehicles meeting each phase-in percentage. The manufacturer's designation of a vehicle as a certified vehicle is irrevocable.

S13.1.1 Pre phase-in. Vehicles manufactured before September 1, 2028, are subject to S6.1.1, S6.2.1, S9.2.1, S9.2.2, S9.2.3, S9.5.1, and S12.1 of this standard.

S13.1.2 Phase-in year 1. Vehicles manufactured on or after September 1, 2028, and before September 1, 2029. The total number of individual vehicles complying with S6.1.2, S6.2.2, S6.4, S9.2 (except for S9.2.2(a)), S9.5.2, and S12.2 of this standard shall be not less than 20 percent of a vehicle manufacturer's total production for this time period. The remaining 80 percent of a vehicle manufacturer's total production are subject to S6.1.1, S6.2.1, S9.2.1, S9.2.2, S9.2.3, S9.5.1, and S12.1 of this standard.

S13.1.3 Phase-in year 2. Vehicles manufactured on or after September 1, 2029, and before September 1, 2030. The total number of individual vehicles complying with S6.1.2, S6.2.2, S6.4, S9.2 (except for S9.2.2(a)), S9.5.2, and S12.2 of this standard shall be not less than 50 percent of a vehicle manufacturer's total production for this time period. The remaining 50 percent of a vehicle manufacturer's total production are subject to S6.1.1, S6.2.1, S9.2.1, S9.2.2, S9.2.3, S9.5.1, and S12.1 of this standard.

S13.1.4 Phase-in year 3 and beyond. Vehicles manufactured on or after September 1, 2030. The total number of vehicles complying with S6.1.2, S6.2.2, S6.4, S9.2 (except for S9.2.2(a)), S9.5.2, and S12.2 shall be not less than 100 percent of a vehicle manufacturer's total production.

S13.2 Vehicles produced by more than one manufacturer.

S13.2.1 For the purpose of calculating average annual production of vehicles for each manufacturer and the number of vehicles manufactured by each manufacturer under S13.1.1 through S13.1.4, a vehicle produced by more than one manufacturer shall be attributed to a single manufacturer as follows:

(a) A vehicle which is imported shall be attributed to the importer.

(b) A vehicle manufactured in the United States by more than one manufacturer, one of which also markets the vehicle, shall be attributed to the manufacturer which markets the vehicle.

S13.2.2 A vehicle produced by more than one manufacturer shall be attributed to any one of the vehicle's manufacturers specified by an express written contract, reported to the National Highway Traffic Safety Administration under 49 CFR part 585, between the manufacturers so specified and the manufacturer to which the vehicle would otherwise be attributed under S13.2.1.

Figures to §571.225

* * * * *

Figure 8 to §571.225. Side View of 325 mm Radius Sphere Zone From R-Point, Truncated at 230 mm Below the Center



Figure 9 to §571.225. Three-Dimensional 325 mm Radius Sphere Zone From R-Point, Truncated Along the Lower Edge at 230 mm Below Its Center



Figure 10 to §571.225—Side View. User Ready Tether Anchorage Location



* * * *

Figure 19 to §571.225. Placement of Symbol on the Seat Back and Seat Cushion of Vehicle



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Most Recent Highlights In Environmental

EPA extends wastewater compliance deadlines for coal-fired steam power plants
2026-01-05T06:00:00Z

EPA extends wastewater compliance deadlines for coal-fired steam power plants

The Environmental Protection Agency (EPA) published a final rule on December 31, 2025, that changes certain requirements for wastewater discharges from coal-fired steam electric power plants. It applies to the deadlines established by the preceding rule finalized in 2024.

The 2025 final rule:

  • Extends the submission deadline for the notice of planned participation (NOPP) required for the subcategory of electric generating units (EGUs) seeking to permanently stop coal combustion by December 31, 2034;
  • Extends compliance deadlines for zero-discharge limitations that apply to dischargers of flue gas desulfurization (FGD) wastewater, bottom ash (BA) transport water, and combustion residual leachate (CRL);
  • Establishes tiered standards for indirect discharges of FGD wastewater, BA transport water, and CRL; and
  • Adds provisions that allow facilities to transfer into and out of the subcategory of regulated EGUs that will permanently cease coal combustion by 2034 until December 31, 2034.

Who’s affected?

The final rule impacts EGUs subject to the effluent limitations guidelines and standards for the steam electric power generating point source category (40 CFR Part 423).

What are the new deadlines?

The 2025 final rule delays the NOPP compliance date. It also extends the deadlines for zero-discharge limitations on FGD wastewater, BA transport water, and CRL. These apply to the best available economically achievable (BAT) limitations for direct dischargers and the pretreatment standards for existing sources (PSES) for indirect dischargers.

Requirement(s)Previous deadlineNew deadline
  • NOPP for permanent cessation of coal combustion by 2034
December 31, 2025December 31, 2031
(Direct dischargers)
  • FGD wastewater BAT
  • BA transport water BAT
  • CRL BAT
No later than December 31, 2029No later than December 31, 2034
(Indirect dischargers)
  • FGD wastewater PSES
  • BA transport water PSES
  • CRL PSES
May 9, 2027January 1, 2029, or site-specific date for BAT

What are the other changes?

EPA’s 2025 final rule sets tiered standards for indirect dischargers of FGD wastewater, BA transport water, and CRL:

  • The first tier requires indirect dischargers to meet pre-2024 final rule standards by January 1, 2029.
  • The second tier:
    • Allows indirect dischargers to continue indirectly discharging up to December 31, 2024, if they certify that they’ll convert to become direct dischargers; or
    • Requires indirect dischargers to meet the zero-discharge requirements by January 1, 2029, if they choose not to become direct dischargers.

The final rule also adds provisions that enable facilities to transfer into and out of the subcategory of regulated EGUs that will permanently cease coal combustion by 2034 until December 31, 2034. It allows EGUs to switch between complying with the zero-discharge limitations and the requirements that apply to the subcategory.

Key to remember: EPA has delayed certain compliance requirements for coal-fired steam electric power plants that discharge three types of wastewaters.

2026-01-02T06:00:00Z

New York establishes Mandatory Greenhouse Gas Reporting Program

Effective date: December 10, 2025

This applies to: Certain GHG emission sources

Description of change: Entities subject to 6 NYCRR Part 253 must submit annual reports of greenhouse (GHG) emissions during the previous calendar year by June 1. Reporting facilities must keep records used for the reports, and larger sources have to obtain third-party verification of their reported emissions. The first report will cover 2026 GHG emissions data and will be due on June 1, 2027.

The regulation applies to emission sources that are in a listed category and operate in New York. The rule establishes three reporting threshold categories:

  • Suppliers of fuels, electricity, or fertilizer;
  • Facilities that emit more than 10,000 metric tons of carbon dioxide equivalent of GHGs annually; and
  • Sources with a specific operational activity.

Related state info: Clean air operating permit state comparison

2026-01-02T06:00:00Z

Washington restricts PFAS products

Effective date: December 21, 2025

This applies to: Manufacturers, sellers, and distributors of certain consumer products with intentionally added PFAS

Description of change: The Washington State Department of Ecology amended regulations to restrict the manufacture, sale, and distribution of consumer products with intentionally added per- and polyfluoroalkyl substances (PFAS) in these categories:

  • Apparel and accessories,
  • Automotive washes, and
  • Cleaning products.

The department also added requirements for manufacturers to report intentional use of PFAS for nine other consumer product categories, including:

  • Apparel intended for extreme and extended use,
  • Footwear,
  • Gear for recreation and travel,
  • Automotive waxes,
  • Cookware and kitchen supplies,
  • Firefighting personal protective equipment,
  • Floor waxes and polishes,
  • Hard surface sealers, and
  • Ski waxes.

New restrictions take effect on January 1, 2027, and initial reports are due by January 31, 2027 (and by January 31 annually thereafter).

Related state info: Hazardous waste generators — Washington

2026-01-02T06:00:00Z

New Jersey amends rules for contaminated site remediation, redevelopment

Effective date: November 17, 2025

This applies to: Facilities subject to site remediation and redevelopment regulations

Description of change: The New Jersey Department of Environmental Protection made amendments to:

  • The Industrial Site Recovery Act,
  • The Administrative Requirements for the Remediation of Contaminated Sites,
  • The Technical Requirements for Site Remediation, and
  • The Heating Oil Tank System Remediation Rules.

In addition to adding the Site Remediation Reform Act’s requirements to the regulations, the department adopted amendments to simplify the remedial action permit process and implementation of the licensed site remediation professional program.

2026-01-02T06:00:00Z

New Hampshire adds fines for contaminated site management obligations

Effective date: November 4, 2025

This applies to: Parties responsible for investigating and remediating regulated sites impacted by releases of regulated contaminants

Description of change: The New Hampshire Department of Environmental Services readopted contaminated site management rules with changes. The amended rule:

  • Adds requirements for the responsible party’s obligation for managing contaminated groundwater and soil during construction and dewatering activities,
  • Adds requirements for the responsible party’s obligations for assessing and remediating discharges causing vapor intrusion to indoor air,
  • Adds requirements for the responsible party’s obligation for managing extracted contaminated groundwater for dewatering purposes, and
  • Adds fines to implement when a responsible party doesn’t meet obligations.
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Most Recent Highlights In Transportation

2026-01-02T06:00:00Z

Florida adds grease waste hauler requirements

Effective date: December 7, 2025

This applies to: Haulers of grease waste from food establishments

Description of change: The Florida Department of Environmental Protection established removal and disposal regulations for haulers of grease waste from originator food establishments. Haulers must dispose of grease waste at certified facilities and document removals and disposals using a service manifest.

2026-01-02T06:00:00Z

California codifies industrial ethyl alcohol exemption

Effective date: November 17, 2025

This applies to: Generators, transporters, and recycling facilities

Description of change: The California Department of Toxic Substances Control adopted a permanent rule that exempts spent, unused, and off-specification industrial ethyl alcohol from a majority of the hazardous waste regulations when it’s recycled at a facility permitted by the Alcohol and Tobacco Tax and Trade Bureau.

The exemption isn’t new; it was adopted multiple times via temporary emergency rulemaking. This rulemaking action permanently establishes the exemption in the California Code of Regulations.

Related state info: Hazardous waste generators — California

2026-01-02T06:00:00Z

District of Columbia adds nonwoven disposable product regulations

Effective date: November 14, 2025

This applies to: Manufacturers of nonwoven disposable products sold in D.C.

Description of change: The Washington, D.C. Department of Energy and Environment (DOEE) added regulations (21 DCMR Chapter 24) for nonwoven disposable products labeling to implement the Nonwoven Disposable Products Act of 2016.

The chapter sets the standards for determining whether a nonwoven disposable product may be labeled as flushable, including testing and labeling requirements for flushable and nonflushable products. It applies to all nonwoven products that may potentially be used in a bathroom and flushed (e.g., baby wipes, disinfecting wipes, makeup removal wipes, general purpose cleaning wipes, etc.).

Compliance requirements start in May 2027.

Related state info: Industrial water permitting — District of Columbia

2026-01-02T06:00:00Z

Maryland establishes fuel provider reporting program

Effective date: December 22, 2025

This applies to: Heating fuel providers delivering heating fuel in Maryland

Description of change: The Maryland Department of the Environment established the Maryland Heating Fuel Provider Reporting Program. It requires heating fuel providers to submit an annual report by April 1 that covers the monthly amount of fuel delivered in the state, organized by fuel type, sector, and county.

Heating fuel providers should begin gathering data in January 2026. The initial report for calendar year 2026 will be due by April 1, 2027. The department plans to publish the annual reporting template in Spring 2026.

Related state info: Clean air operating permit state comparison

2026-01-02T06:00:00Z

California updates UST regulations

Effective date: January 1, 2026

This applies to: UST owners and operators

Description of change: The California State Water Resources Control Board updated the underground storage tank (UST) construction, monitoring, and testing requirements. Significant changes include:

  • Replacing the classification of new and existing USTs with a three-category classification system based on the installation date;
  • Requiring testing notifications to be sent to Unified Program Agencies (UPAs);
  • Requiring USTs installed on or after January 1, 2027, to be anchored;
  • Requiring UPA approval before repairing UST systems;
  • Reducing the timeline to submit enhanced leak detection test results to 30 days; and
  • Changing closure requirements.

Related state info: Underground storage tanks (USTs) — California

See More

Most Recent Highlights In Safety & Health

2026-01-02T06:00:00Z

Minnesota establishes PFAS reporting, fees rule

Effective date: December 8, 2025

This applies to: Manufacturers of products with intentionally added PFAS

Description of change: The Minnesota Pollution Control Agency added rules that require manufacturers that sell, offer for sale, or distribute products in the state that contain intentionally added per- and polyfluoroalkyl substances (PFAS) to:

  • Submit annual reports, and
  • Pay a fee.

The initial report is due by July 1, 2026. Thereafter, annual reports will be due by February 1. Reports will be submitted electronically through the PFAS Reporting and Information System for Manufacturers (PRISM).

2026-01-02T06:00:00Z

Iowa adds fees for Title V, asbestos air programs

Effective date: January 14, 2026

This applies to: Entities required to obtain a Title V operating permit and owners or operators of sites subject to asbestos notifications

Description of change: The Iowa Environmental Protection Commission added a new annual base fee for Title V operating permit holders, due by July 1.

Additionally, the commission added a fee for revising asbestos notifications. It applies to sites required by the National Emission Standards for Hazardous Air Pollutants to submit asbestos demolition or renovation notifications.

Related state info: Clean air operating permits state comparison

Aboveground storage tanks: SPCC integrity test FAQs
2025-12-30T06:00:00Z

Aboveground storage tanks: SPCC integrity test FAQs

Integrity matters, especially when it’s the one factor standing between your aboveground storage container and the accidental release of thousands of gallons of oil. Consistently checking the structural soundness of aboveground storage tanks (ASTs) is vital to preventing spills and the potential related consequences.

Facilities covered by the Environmental Protection Agency’s (EPA’s) Spill Prevention, Control, and Countermeasure (SPCC) rule must inspect and test ASTs for integrity regularly. By comparing the test results, facilities can monitor changes in the condition of ASTs and determine whether it’s safe to keep using them.

Consider these FAQs about inspections and tests to help ensure your facility’s aboveground tanks are structurally sound.

What do industry standards have to do with integrity testing?

The answer in one word is everything. EPA’s SPCC rule requires facilities to regularly inspect and test ASTs in accordance with industry standards (40 CFR 112.8(c)(6)). The standards are technical guidelines that serve as the minimum practices accepted for inspections and tests.

The regulations require facilities to develop and implement an SPCC Plan to prevent, prepare for, and respond to oil spills. In the plan, facilities establish how they’ll conduct integrity inspections and tests for ASTs (referred to as bulk storage containers in the regulations). If your SPCC Plan states that the facility will use a specific industry standard for integrity inspections and tests, it must comply with all relevant parts of that standard.

In EPA’s Spill Prevention, Control and Countermeasure Plan (SPCC) Program Bulk Storage Container Inspection Fact Sheet, the agency references two industry standards frequently used for integrity inspections and tests:

  • American Petroleum Institute (API) Standard 653, Tank Inspection, Repair, Alteration, and Reconstruction; and
  • Steel Tank Institute (STI) SP001, Standard for the Inspection of Aboveground Storage Tanks.

When should facilities conduct integrity tests?

EPA requires facilities to inspect or test ASTs for integrity:

  • On a regular schedule, and
  • Whenever you make material repairs.

Your facility must use industry standards to determine the types and frequency of inspections and tests needed. These considerations have to be based on the AST’s size, configuration, and design.

Who can conduct integrity tests?

Generally, industry standards mandate that certified individuals conduct integrity inspections and tests. The standards should describe the qualifications an individual must have to be considered certified. This may involve certifying individuals in your facility or hiring certified personnel.

What are the types of integrity inspections and testing?

The proper type of integrity inspection or test (which must be nondestructive) depends on the specific container and its configuration. Industry standards identify the type of inspection or test needed and may require using a combination of methods. Examples include:

  • Acoustic emissions testing,
  • Helium leak testing,
  • Hydrostatic testing,
  • Inert gas leak testing,
  • Liquid penetrant examinations,
  • Magnetic flux leakage scanning,
  • Magnetic particle examinations,
  • Radiographic testing,
  • Ultrasonic testing,
  • Ultrasonic thickness measurements,
  • Vacuum box testing,
  • Visual inspections, and
  • Weld inspections.

Industry standards may require your facility to establish baseline conditions for ASTs that haven’t undergone integrity testing or where such information isn’t available (e.g., when a business purchases a facility with ASTs). The baseline evaluation determines the container’s metal thickness, corrosion rates, and likely remaining service. Facilities then compare the results of subsequent integrity inspections and tests with the baseline data.

What are the recordkeeping requirements?

The SPCC rule requires facilities to maintain integrity inspection and test records (namely, comparison records) for at least 3 years. These records must be signed by the supervisor or inspector and kept with the SPCC Plan. Consider maintaining these records for the life of the AST, especially since many industry standards recommend it.

What’s a hybrid inspection program?

Sometimes, an alternative inspection program may be more appropriate than using an industry standard. If your facility and a certified Professional Engineer (PE) determine this to be the case, you can implement an environmentally equivalent inspection program. The SPCC rule also allows some facilities to replace certain parts of an industry standard with environmentally equivalent approaches.

However, these hybrid (site-specific) programs have additional regulatory requirements. A facility with a hybrid inspection program must include in the SPCC Plan:

  • A certification by the PE of the alternative program,
  • An explanation of why the facility isn’t using industry standards,
  • A comprehensive description of the alternative program, and
  • A description of how the alternative provides the same environmental protection as the relevant industry standard.

What about state requirements?

State and local AST regulations must be at least as stringent as EPA’s requirements. However, some may require additional or stricter compliance obligations. Verify AST rules with the state environmental agency.

Key to remember: Industry standards determine how a facility conducts integrity inspections and tests on aboveground storage tanks.

Lamps, batteries, and fines: Fixing the 5 biggest universal waste mistakes
2025-12-19T06:00:00Z

Lamps, batteries, and fines: Fixing the 5 biggest universal waste mistakes

Let’s be honest, managing compliance is tough. But when it comes to Universal Waste (UW), items like fluorescent bulbs, used batteries, aerosol cans, and old thermostats can expose employers to fines without them even realizing it. Why? Because Universal Waste is the ultimate regulatory paradox. These items are still classified as hazardous waste, but the EPA created a streamlined rule set (40 CFR Part 273) to make recycling easier. The problem is that many employers assume "streamlined" means "ignorable." Fixing these problems is incredibly straightforward. By tackling the most common UW mistakes, you don’t just avoid penalties; you build a predictable, efficient, and cost-effective waste program.

Top 5 universal waste violations and how to avoid them

  1. The container crime: Leaving it open - Leaving a Universal Waste container open is a common and costly mistake. When boxes or drums holding items like lamps and batteries are left unsealed or without a proper lid, the risk of contamination skyrockets. If a fluorescent tube breaks, mercury vapor escapes; if a battery leaks, corrosive material spills. An open container is considered a failure to prevent a release, which is a core hazardous waste violation. The fix is simple: close the container immediately. Train designated handlers to ensure containers remain sealed except when adding or removing waste, and use containers specifically designed for UW, such as fiber drums for lamps with secure, sealable lids. If it’s open, it’s a violation waiting to happen.
  2. The ticking clock: Missing the accumulation date - Missing the accumulation date is a violation that can cost you. Every Universal Waste container must clearly show the date when the first item was placed inside, and both Small and Large Quantity Handlers have only one year (365 days) to store UW before it must be shipped off-site. Without a visible start date, inspectors will assume you have exceeded that limit. The solution is simple: mark it and track it. Use a permanent marker to write the “Start Date” directly on the container, and do not wait until day 364 to act. A digital spreadsheet or calendar reminder can help you stay ahead, and scheduling vendor pickups between the 9- and 11-month mark creates a critical 30-day buffer against delays or conflicts.
  3. The DIY treatment disaster - Attempting to treat Universal Waste on-site is a recipe for violations. Crushing bulbs, mixing incompatible waste streams, or dismantling items to save space may seem efficient, but it is strictly prohibited under UW rules. These regulations are designed to simplify storage and not treatment. Breaking a fluorescent bulb outside of a permitted device not only risks mercury exposure but also constitutes hazardous waste mismanagement. The fix is simple is to train personnel that their role is to store and package waste correctly, not to alter or treat it. Keep fragile items in secure areas where they will not be crushed by forklifts or stacked boxes. Managing UW means preventing breakage, not creating it.
  4. The identity crisis: Improper labeling - Improper labeling is a common Universal Waste mistake that can lead to serious compliance issues. Containers marked vaguely such as “Recycling” or simply “Hazardous Waste” fail to meet regulatory requirements and create confusion for inspectors and emergency responders who need instant clarity. The term “Hazardous Waste” applies only to RCRA hazardous waste, not UW, and mixing these labels signals that your team has not properly identified the waste stream. Be specific and clear. Every UW container must include the words “Universal Waste” followed by the exact type of material, such as:
    • “Universal Waste – Spent Lamps”
    • “Universal Waste – Used Batteries”
    • “Universal Waste – Mercury-Containing Equipment”
  5. The knowledge gap: Training deficiencies - Training deficiencies are one of the most overlooked Universal Waste compliance gaps. Employees responsible for handling or managing UW must receive documented, recurring training on identification, accumulation limits, and handling protocols. Even the best-written program will fail if the staff placing items into containers do not understand the rules — especially dating and labeling requirements. Without proper training, an audit failure is almost guaranteed. The fix is straightforward — provide documented, annual training. Make sure every relevant staff member understands your facility’s specific UW streams key compliance practices. Maintain clear records of who was trained, when, and on what topics This paper trail is your strongest defense during an inspection.

Keys to remember: Universal waste compliance hinges on keeping containers closed, labeled, dated, and ensuring employees managing these materials are trained and documenting their actions. When your program is consistent, simple, and intentional, you eliminate preventable violations and turn UW management into a predictable, low-risk process.

Ripple effect: How data centers influence compliance strategies
2025-12-17T06:00:00Z

Ripple effect: How data centers influence compliance strategies

The rapid growth of data centers creates new challenges for other regulated facilities. Expansion driven by artificial intelligence (AI) and cloud computing increases their impact on environmental compliance. Key areas include air permitting, attainment status, and regional power supply.

Data centers and air permitting

Data centers depend on backup power to stay online during outages. Most use natural gas or diesel generators. These units release pollutants such as nitrogen oxides and particulate matter. When many generators operate together, their potential emissions can push regions close to or beyond National Ambient Air Quality Standards (NAAQS). This shift can threaten local attainment status and make it harder for nearby facilities to get new permits.

What EPA is doing

On December 11, 2025, the Environmental Protection Agency's (EPA’s) Office of Air and Radiation launched the “Clean Air Act Resources for Data Centers” webpage. It provides regulatory guidance, permitting tools, and technical letters. The goal is to make air permitting for data centers faster and more transparent while protecting air quality.

Why this matters for other regulated facilities

  • Attainment status at risk

Large data centers add cumulative emissions from multiple generators. Even permitted emissions from nearby plants can combine and push an area into nonattainment. That change triggers stricter air permitting rules for everyone.

  • Power demand competition

Data centers use large amounts of electricity. They often need on-site generators or new grid connections. This can strain local power supplies. In some cases, grid operators give data centers priority during peak demand, leaving other facilities with less reliable power.

  • Stricter air quality modeling requirements

Some states now require detailed modeling for backup generators. For example, Illinois reviewed 34 generators for one data center before granting a permit. If modeling shows high emissions, regulators may limit operating hours or require extra controls.

Broader regulatory shifts

EPA recently updated its interpretation of New Source Review (NSR) rules. In September 2025, the agency said construction can start before full air permits are issued, as long as emission-related work waits for approval. This speeds up projects but makes it harder for neighboring facilities to predict cumulative emissions early.

What non-data center facilities should do

  • Stay informed

Watch for new data center projects in your area. Their emissions could affect your permits.

  • Engage early

Join public comment periods for data center permits. Push for full modeling of combined impacts.

  • Plan for power

Work with grid operators. Understand how demand-response programs and EPA’s “50-hour rule” for emergency generators affect your reliability.

  • Choose sites wisely

Consider locating new projects in areas with robust infrastructure and cleaner attainment status. Data centers might compete for the same grid upgrades or site approvals.

Key to remember: Data centers are more than tech hubs. They influence air permitting and power allocation. Their growth can affect your ability to expand, or even operate, under current compliance rules.

See More

Most Recent Highlights In Human Resources

Acid Rain Program compliance: SO2 vs. NOx
2025-12-11T06:00:00Z

Acid Rain Program compliance: SO2 vs. NOx

Did you know that the federal government regulates the power sector’s impact on rain? The Acid Rain Program limits the amount of sulfur dioxide (SO2) and nitrogen oxides (NOx) — the main causes of acid rain — that fossil fuel-fired electric generating units (EGUs) may emit. However, the SO2 and NOx reduction programs operate differently, and the ways that facilities can meet the SO2 and NOx limits are distinct.

It's essential to know the compliance options because facilities that don’t meet the SO2 and NOx standards must pay penalties for their excess emissions. And in November 2025, the Environmental Protection Agency (EPA) set higher penalties for the next two compliance years.

So, what are the differences?

Who’s affected?

The first thing to confirm is whether your facility is subject to the Acid Rain Program (40 CFR 72.6). The program regulates fossil fuel-fired power plants. It applies to:

  • EGUs that serve generators with an output capacity of more than 25 megawatts, and
  • All new EGUs.

Note that the NOx program applies to a specific subset of coal-fired boilers.

SO2 reduction program

EPA operates the SO2 reduction program through an allowance trading system (Part 73). The agency sets a cap on the total SO2 emissions for the year and then allocates SO2 allowances to regulated units. One allowance represents 1 ton of SO2 emissions.

For each compliance year, a facility must show that it has enough allowances to cover its emissions of SO2. It’s similar to EPA’s hydrofluorocarbon allowance program.

There are multiple compliance options. Facilities may:

  • Sell extra allowances if they have more allowances than needed,
  • Save extra allowances if they have more allowances than needed (and use them in the future), or
  • Buy extra allowances if they can’t keep emissions below their allocated level.

Facilities can purchase allowances from or sell allowances to individuals, companies, groups, or brokers. Additionally, facilities may bid on allowances at EPA’s annual Acid Rain Program SO2 Allowance Auction.

NOx reduction program

EPA sets annual emission limits for the NOx reduction program (Part 76), which applies to these types of boilers:

  • Dry bottom wall-fired boilers,
  • Tangentially fired boilers,
  • Cell burner boilers,
  • Cyclone boilers,
  • Vertically fired boilers, and
  • Wet bottom boilers.

Like the SO2 program, the NOx program offers multiple compliance options. Facilities can:

  • Meet the standard annual emission limitations,
  • Average the emissions rates of two or more boilers, or
  • Apply for an alternative emission limit (AEL) if they can’t meet the standard emission limit.

Additional requirements apply to facilities that use options other than complying with the limits:

  • Facilities that want to average emissions rates must submit an averaging plan that’s approved by the permitting authorities (76.11).
  • Facilities that apply for an AEL are required to use the NOx emission control technology used as the basis for the emission limit and must demonstrate that the unit can’t comply using the technology (76.10).

It pays (or, at least, costs less) to comply!

Excess emissions penalties can add up quickly. That’s why it’s vital to ensure your facility understands how to comply with the SO2 and NOx reduction programs properly.

The adjustment rates that EPA set for compliance years 2025 and 2026 (2.5265 and 2.6001, respectively) are used to calculate the total penalties a facility must pay if it exceeds SO2 or NOx limits during these compliance years.

Here are the formulas:

  • Penalty for excess SO2 emissions = $2,000/ton x annual adjustment factor x tons of excess SO2 emissions
  • Penalty for excess NOx emissions = $2,000/ton x annual adjustment factor x tons of excess NOx emissions

Let’s run through a couple of examples of what noncompliance could cost.

FactorsPenalty Per TonTotal Penalties
  • Tons of excess SO2 emissions: 10
  • Compliance year: 2025
  • Annual adjustment factor: 2.5265
$2,000 x 2.5265 = $5,053$5,053 x 10 = $50,530
  • Tons of excess NOx emissions: 5
  • Compliance year: 2026
  • Annual adjustment factor: 2.6001
$2,000 x 2.6001 = $5,200.20$5,200.20 x 5 = $26,001

As shown in the example above, excess emissions can cost facilities a lot in penalties. Just 1 ton of excess emissions will result in more than $5,000! Knowing your compliance options for the Acid Rain Program’s SO2 and NOx reduction programs can help your facility avoid steep fines.

Key to remember: The Acid Rain Program limits SO2 and NOx emissions from fossil fuel-fired power plants, but the compliance options for each type of emission differ. Understanding the distinct options can help facilities avoid penalties for excess emissions.

EPA’s 2026 regulatory shift: How environmental managers can stay ahead
2025-12-05T06:00:00Z

EPA’s 2026 regulatory shift: How environmental managers can stay ahead

The clock is ticking for environmental teams. By 2026, several new EPA regulations will reshape compliance obligations for U.S. companies. Organizations that act now will avoid costly penalties and operational disruptions.

What’s changing and why it matters

Although EPA has been deregulating or loosening some requirements, there are still some standards being tightened across multiple fronts in the coming year:

  • Renewable fuel standards (RFS): The EPA proposed higher volume requirements for 2026, including 24.02 billion renewable identification numbers (RINs), up nearly 8% from 2025. This increase pushes stricter expectations on fuel producers and organizations purchasing renewable fuels.
  • Stormwater multi-sector general permit (MSGP): A new MSGP set to take effect by February 2026 will require quarterly PFAS indicator monitoring, expanded benchmark sampling, and resiliency measures in stormwater control designs.
  • PFAS Reporting under the Toxic Substances Control Act (TSCA): TSCA Section 8(a)(7) mandates PFAS manufacturing and import data collection beginning in April 2026, through October 2026, with extended deadlines for certain small manufacturers.

Failure to prepare could lead to fines, reputational damage, supply chain disruptions, and permit delays. Companies that weave compliance planning into their 2026 strategy will be positioned not just to meet legal deadlines but to sustain operations smoothly.

Key areas of impact

  • Renewable fuel standards (RFS) and air emissions The proposed increase in 2026 Renewable Identification Numbers (RIN) volumes, from 24.02 billion to 24.46 billion for 2027, signals tightening air and fuels policy that affects fuel use and emissions accounting.
  • Stormwater management The upcoming 2026 MSGP requires expanded quarterly PFAS monitoring, new benchmark triggers, corrective action plans, and integration of climate resilience in design standards.
  • PFAS disclosure (TSCA Section 8(a)(7)) Manufacturers and importers of PFAS must submit electronic reporting of usage, volumes, disposal, and exposure data between April and October 2026, with extensions available for smaller operations.

Steps to take now

  • Audit compliance programs: Cross-check operations against RIN inventory, stormwater permits, and TSCA reporting duties.
  • Upgrade monitoring and recordkeeping: Implement robust electronic systems to track PFAS, stormwater quality, fuel volumes, and emissions.
  • Staff training: Educate teams on PFAS obligations, new stormwater protocols, and RFS structures.
  • Engage regulators early: Comment on proposed rules, consult during permit drafting, and flag issues during the notice-and-comment period.

Looking ahead

The EPA’s 2026 updates reflect a trend toward increased transparency and environmental accountability. Companies that treat compliance as strategic will not only avoid enforcement but also gain resilience and stakeholder trust.

Key to remember: Start planning now. Early action on EPA rule changes will save time, money, and headaches when enforcement begins.

EPA confirms oil, gas emissions compliance extensions
2025-12-05T06:00:00Z

EPA confirms oil, gas emissions compliance extensions

The Environmental Protection Agency (EPA) issued a rule on December 3, 2025, that finalizes compliance deadline extensions for certain emissions standards applicable to crude oil and natural gas facilities. The final rule also further delays compliance timelines for two requirements.

EPA’s delays affect:

  • The New Source Performance Standards for crude oil and natural gas facilities (40 CFR 60 Subpart OOOOb), and
  • The emissions guidelines (EGs) for crude oil and natural gas facilities (60 Subpart OOOOc).

EPA’s December 2025 final rule is a direct response to the interim final rule (IFR) it issued in July 2025.

The July 2025 IFR extended the compliance deadline for net heating value (NHV) monitoring of flares and enclosed combustion devices (ECDs) to November 28, 2025. The IFR moved the rest of the compliance deadlines to January 22, 2027, for:

  • ECD performance tests;
  • Cover and closed vent system requirements for no identifiable emissions (NIEs), including:
    • Design and operation standards,
    • Test methods and procedures, and
    • Inspections.
  • Equipment leak repair requirements;
  • Phase two of zero-emission standards for process controllers;
  • Storage vessel requirements, including:
    • Using potential emissions limits that qualify as legally and practicably enforceable,
    • Triggering throughput-based modifications, and
    • Using a 30-day period of production to calculate potential emissions.
  • Flare and ECD pilot flame rules, including:
    • Ensuring the devices operate with a continuous pilot flame, and
    • Installing and operating a system to send an alarm to the nearest control room when a pilot flame is unlit.
  • Implementation of the Super Emitter Program, and
  • Submission of state plans for implementing the updated EGs.

What’s the same?

EPA’s December 2025 final rule maintains the same compliance deadlines for all requirements delayed to January 22, 2027.

What’s different?

The agency’s December 2025 final rule sets a new compliance date of June 1, 2026, for the NHV monitoring requirements. This includes an alternative performance test (sampling demonstration) option for flares and ECDs.

Additionally, the rule moves the compliance date for annual reporting, establishing that no annual report is due before November 30, 2026. It gives owners and operators until November 30, 2026, to submit any reports that were originally due before this date. Note that the final rule specifies that annual reports due after November 30, 2026, must be submitted within 90 days of the end of each annual compliance period.

Key to remember: EPA’s final rule confirms deadline extensions for certain emissions standards that apply to crude oil and natural gas facilities. It also further delays a couple of the requirements.

2025-12-02T06:00:00Z

Minnesota requires air toxics emissions reporting in 7 counties

Effective date: October 6, 2025

This applies to: Facilities with air permits in the counties of Anoka, Carver, Dakota, Hennepin, Ramsey, Scott, and Washington

Description of change: The Minnesota Pollution Control Agency adopted new rules mandating that facilities with air permits (except for Option B registration permits) in the Minnesota counties of Anoka, Carver, Dakota, Hennepin, Ramsey, Scott, and Washington submit annual air toxics emissions reports. The covered toxics include certain hazardous air pollutants (HAPs), per- and polyfluoroalkyl substances (PFAS), and other pollutants of concern. Annual emissions reports on HAPs, PFAS, and other covered pollutants are due by April 1.

View related state info: Clean air operating permits — Minnesota

2025-12-02T06:00:00Z

Maine designates currently unavoidable uses of PFAS

Effective date: October 7, 2025

This applies to: All nonexempt new and unused products sold, offered for sale, or distributed for sale in Maine that contain intentionally added PFAS

Description of change: The Maine Department of Environmental Protection established designations for currently unavoidable uses of intentionally added per- and polyfluoroalkyl substances (PFAS) in products subject to sales prohibitions that start on January 1, 2026.

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