R2v3 Focus Materials: A Program Guide to Identify, Manage, Document

Most R2v3 gap assessments I run stall in the same place. The facility has a decent environmental, health and safety program, a reasonable data security process, and a stack of downstream vendor paperwork, but when I ask "which of your incoming streams are Focus Materials, and where does each one go?" the answers differ depending on who I ask. That gap is usually where the real work is.

This guide is a practical program guide to identifying, managing, and documenting Focus Materials (FM) under the R2 Standard Version 3 (R2v3), which SERI publishes and which addresses FM in Appendix A. It is written for facilities that already have some paperwork and need to bring it up to certifiable shape. It is a program design, not a paragraph-by-paragraph reading of Appendix A, so it does not cite clause numbers. Map each element below to the corresponding paragraphs in your current copy of the Standard.

The Standard's exact wording, definitions, and lists are controlled by SERI, so the current text governs wherever this guide differs from it.

What Are Focus Materials Under R2v3?

Focus Materials are electronic equipment, components, and materials that contain constituents which are hazardous, or which carry elevated risk if they are mishandled, and which therefore get extra controls in the R2v3 Standard. Appendix A is where the standard defines them and sets out the requirements that go with them. Appendix A applies to facilities that receive, handle, or generate Focus Materials, alongside whichever other process-specific appendices (data sanitization, test and repair, materials recovery, and so on) apply to your operations.

The categories that most facilities deal with day to day are:

Items containing mercury, such as certain backlights, lamps, switches, and sensors
Cathode ray tube (CRT) devices and CRT glass
Circuit boards, whole or shredded
Batteries, including lead-acid, nickel-cadmium, and lithium chemistries
Items containing polychlorinated biphenyls (PCBs), such as some older capacitors and ballasts

Appendix A is the authoritative list, so build your inventory from it rather than from this summary.

In my view, the most useful way to think about FM is as a trigger. The moment a unit, component, or residue falls into an FM category, a different set of rules applies to how you handle it, store it, label it, ship it, and who is allowed to receive it. Everything in the program hangs on being able to recognize that moment reliably.

How Does Appendix A Fit With the Rest of R2v3?

Appendix A does not stand alone. Four other parts of the standard decide whether your FM program holds up in an audit:

Scope. Your certified scope has to describe the processes that touch FM at each address.
Legal and other requirements. FM are where most environmental law shows up for an electronics recycler, so your legal register has to be specific to them.
The Downstream Recycling Chain (DRC). FM generally move downstream to vendors you have qualified and documented, and the DRC records are what auditors use to follow FM out the door.
The EHS management system. Hazard identification, training, emergency response, and monitoring all need to cover FM-specific risks.

A facility can have a well-written FM procedure and still fail because the legal register never mentions battery rules, or the DRC list does not match the vendors actually receiving circuit boards. When I review a program, I read these four documents side by side.

Step 1: Identify Your Focus Materials

Build an FM inventory by stream

Start with what you actually receive and generate, not with the standard's list. Walk the floor from the dock to the outbound trailer and write down every stream, including the unglamorous ones: loose batteries in the bottom of a gaylord, a pallet of CRT monitors, shredder residue, CRT glass cullet, broken LCD panels, ballasts pulled from lighting.

For each stream, record:

What it is and where it comes from (customer type, collection program, internal processing)
Whether it is an FM, and under which Appendix A category
Whether it can become an FM through processing (for example, boards pulled from a unit during dismantling)
How much moves through in a typical month

This gives you a stream-by-stream table that becomes the backbone of your FM management plan.

Decide how you screen at receiving

Identification fails most often at the dock. Your procedure should say who inspects incoming loads, what they look for, and what they do when they find something unexpected, such as a unit with a mercury lamp, a swollen lithium cell, or a transformer with a PCB label. Photograph and log exceptions. If a customer's shipment contains FM you are not permitted or equipped to handle, the procedure should say what happens next.

Account for FM created by your own processes

Dismantling creates FM. Pulling circuit boards, removing batteries, and breaking CRTs all generate new streams that did not exist when the unit came through the door. Auditors like to ask, "At what point does this become a Focus Material, and what changes at that point?" You should be able to answer with a point on a process flow diagram.

Example inventory format

Illustrative example only; volumes and vendor IDs are placeholders.

Stream	Source	Appendix A category	Created by processing?	Typical monthly volume	Outbound destination (DRC ID)
CRT monitors	Municipal drop-off, commercial pickups	CRT devices	No	4 gaylords	Vendor C-03
CRT glass	CRT dismantling line	CRT glass	Yes	2 gaylords	Vendor C-03
Pulled circuit boards	Dismantling of desktops and servers	Circuit boards	Yes	3 gaylords	Vendor B-01
Mixed batteries	Collection bins, device removal	Batteries	Both	1 drum (by chemistry)	Vendor A-02
Backlit LCD displays	Commercial pickups	Mercury-containing items	No	6 gaylords	Vendor M-01
Legacy lighting ballasts	Building cleanouts	PCB-containing items	No	Occasional	Vendor P-01

The volumes and vendor IDs above are placeholders. Yours should match the identifiers in your DRC list exactly.

Step 2: Manage Focus Materials Day to Day

Management is the part that most programs describe well on paper and execute unevenly on the floor. I look at five areas.

Segregation and storage

FM should be kept apart from non-FM, and from each other where chemistry or hazard demands it. Lithium batteries do not belong in the same container as lead-acid, and broken CRT glass needs different containment than intact monitors. Your procedure should state container types, labeling, maximum accumulation, storage location, and who is authorized to open and close containers.

Handling and removal

Where equipment must be dismantled to get at FM, the procedure should define the method, tools, personal protective equipment, and controls for breakage. Appendix A, together with your EHS management system, expects you to manage the worker exposure and environmental release risks of those steps. This is where mercury lamp breakage plans, CRT glass dust controls, and battery damage protocols live.

Processing

If you shred, crush, or otherwise process equipment, define which FM must be removed first and how you verify removal. A verification step, even a simple one, is more convincing to an auditor than a statement that operators "know" to remove batteries.

Transport and shipping

Moving FM often triggers regulatory shipping rules. Lithium batteries, for example, are regulated as hazardous materials under 49 CFR Parts 171 to 180, with lithium battery provisions at 49 CFR 173.185. Your procedure should say who determines the shipping classification, who is trained to prepare the shipment, and what documents travel with the load.

Downstream destinations

FM go to vendors you have qualified and listed in your DRC. Before any FM leaves your facility, you should be able to show that the receiving vendor is on the list, that it is qualified for that specific material, and that the destination is legally able to receive it. If the shipment crosses a border, the export and import rules apply on top of R2v3, and the standard's own transboundary requirements apply on top of those.

Step 3: Tie FM Management to the Legal Requirements

R2v3 expects you to know the law that applies to your FM and to be able to show it. The specifics depend on your state and on what you do, but these federal references come up constantly in U.S. facilities:

Universal waste rules, 40 CFR Part 273. These cover certain batteries, mercury-containing equipment, and lamps, and set requirements for storage, labeling, time limits, and employee training. States may be stricter or may define universal waste differently.
CRT rules, 40 CFR 261.39 through 261.41. Section 261.39 covers conditions for broken CRTs and processed CRT glass, including storage and speculative accumulation. Section 261.40 covers intact CRTs exported for reuse. Section 261.41 covers notification and consent requirements for CRT exports. State universal waste and CRT rules vary, so check yours.
PCB rules, 40 CFR Part 761. These apply if you encounter PCB-containing equipment and components.
Hazardous materials transportation, 49 CFR Parts 171 to 180. These govern shipping classification, packaging, marking, and training.
RCRA hazardous waste generator rules, 40 CFR Part 262, for FM or residues that fail to qualify for a universal waste or other exclusion.

Name the specific provisions in your legal register, assign an owner, and set a review interval. A register that says "comply with all applicable environmental laws" will not survive an audit. One that lists the citation, the FM it applies to, the facility activity it affects, and the last review date will.

A comparison I find helpful when training staff:

Question	Weak answer	Audit-ready answer
Which laws cover our batteries?	"EPA and DOT"	"40 CFR Part 273 for universal waste batteries, 49 CFR 173.185 for lithium shipping, plus state rules listed in register line 14"
Who decides if a unit is FM?	"Whoever is sorting"	"Trained receiving technician using Form FM-01, with escalation to the EHS manager"
Where does CRT glass go?	"To our recycler"	"To Vendor C-03, listed in the DRC, qualified for CRT glass on the date shown, with shipment records retained"
How do we know boards were removed before shredding?	"Operators know the process"	"Removal checkpoint on the line sheet, signed each shift"

Step 4: Document the Program

Documentation is where certification is won or lost, because an auditor cannot observe last quarter. They can only read the records. At a minimum I expect to see the following.

Core documents

Beyond the FM management plan or procedure, keep the FM inventory, process flow diagram, legal register, DRC list and vendor files, training matrix, and an emergency response plan with FM-specific scenarios such as lithium battery fire, mercury spill, and CRT breakage. The checklist below covers what each should show.

Records that prove operation

Receiving inspection logs and exception reports
Container inspection checklists for FM storage areas
Weighed or counted records of FM generated and shipped, by stream
Shipping papers, bills of lading, and any manifests or export documentation
Downstream confirmation, such as certificates of receipt or recycling where applicable
Incident and near-miss reports involving FM, with corrective actions
Internal audit records that cover FM

On retention, confirm the minimum retention period in the Core Requirements of your current copy of the Standard and record the paragraph in your procedure. Longer retention periods that state or federal rules impose on shipping records and manifests take precedence.

Make the paperwork traceable

Aim for a chain that an auditor can follow in one sitting. Pick a recent shipment, then show: the FM inventory line that covers it, the container records at storage, the shipping papers, the DRC entry for the receiving vendor, the training record for the person who prepared the load, and the legal register line that governed the shipment. If any link in that chain requires a search through three shared drives, that is the thing to fix before the audit.

FM Audit Readiness Checklist

Use this as a working list during your gap analysis.

Identification

[ ] Every incoming and generated stream is listed in an FM inventory
[ ] Each FM stream is mapped to its Appendix A category
[ ] Receiving procedure defines how FM and unexpected items are detected and logged
[ ] Process flow diagram shows where FM are created or removed

Management

[ ] FM storage areas are labeled, segregated, and inspected on a defined schedule
[ ] Handling and removal steps are defined, with PPE and breakage controls
[ ] Pre-processing FM removal is verified, not assumed
[ ] Shipping classification and preparation are assigned to trained people

Legal and downstream

[ ] Legal register cites specific regulations for each FM stream
[ ] Every FM destination is on the DRC list and qualified for that material
[ ] Export and import controls are documented where any FM crosses a border

Documentation and people

[ ] FM procedures are controlled, current, and match actual practice
[ ] Training records cover everyone who touches FM
[ ] Shipment records can be traced end to end for a sample load
[ ] Incidents involving FM are recorded and closed out
[ ] Internal audit has covered the FM program at least once before the certification audit

Common FM Nonconformities I See

The inventory is incomplete. Facilities list the obvious streams and miss the byproducts, such as CRT glass, shredder fines, or batteries recovered during dismantling.

The DRC list and the shipping records disagree. A vendor receives FM but is not on the list, or is on the list for one material and receiving another.

Procedures describe an ideal process. The written steps call for a verification that nobody performs. Auditors interview operators, and operators tell the truth.

Legal registers are generic. They name statutes without naming provisions, owners, or review dates.

Training exists but is not specific. A general safety orientation does not demonstrate that the person preparing a lithium battery shipment is trained for it.

Nothing connects FM to the management system. FM risks are missing from the hazard assessment, the emergency plan, and the internal audit schedule.

An Example Timeline for a Facility With Existing Paperwork

If you already have procedures but they are out of date, this is one example of the order to work in. The 12-week span is illustrative, not a requirement of the Standard.

Weeks 1 to 2: Baseline. Walk the facility, build the FM inventory, and compare what you find against your current procedures, legal register, and DRC list. List every mismatch.

Weeks 3 to 6: Repair the system. Update the FM procedure, process flow diagram, legal register, and training matrix. Close any vendor qualification gaps in the DRC. Fix labeling and storage problems on the floor.

Weeks 7 to 10: Run it and record it. Operate the program long enough to generate real records. A procedure with no operating history is hard to defend.

Weeks 11 to 12: Internal audit and management review. Audit the FM program against Appendix A and the related core requirements, correct what you find, and bring the results into management review.

Your timeline will depend on how much your current system differs from what you actually do. A facility with a small footprint and few streams can move faster than a multi-site operation with several FM lines. Either way, if you want a second set of eyes on the gap analysis, you can contact us. Because R2v3 relies on an environmental, health and safety management system, facilities already working toward or maintaining ISO 14001 often find the FM controls easier to integrate.

Where I Would Start

If you have an afternoon, do one thing: pick a pallet of mixed outbound material and ask your team to explain, with records, what is in it, which parts are Focus Materials, and where each part goes. The disagreements that come up in that conversation are your gap analysis, and they are cheaper to find now than in front of an auditor.

Last updated: 2026-11-02

Frequently Asked Questions

What are Focus Materials under R2v3 Appendix A?

Focus Materials are electronic equipment, components, and materials containing constituents that are hazardous or risky to handle, such as mercury-containing items, CRT devices and glass, circuit boards, batteries, and PCB-containing items. Appendix A of the R2:2020 Standard defines them and sets the extra controls that apply. Always confirm the current list in the official Standard.

Does Appendix A apply to every R2v3 facility?

Yes. Appendix A applies to all R2v3-certified facilities regardless of which process-specific appendices, such as data sanitization or test and repair, also apply to them.

What documents do I need to show Focus Materials control in an R2v3 audit?

At a minimum: an FM management procedure, an FM inventory by stream, a process flow diagram, a legal requirements register citing specific regulations, a Downstream Recycling Chain list with vendor qualification records, training records, an emergency response plan covering FM scenarios, and shipment and inspection records that trace FM from receipt to final destination.

Which U.S. regulations commonly apply to Focus Materials?

Common references include 40 CFR Part 273 (universal waste, including certain batteries and mercury-containing equipment), 40 CFR 261.39 to 261.41 (used CRTs and CRT glass), 40 CFR Part 761 (PCBs), 49 CFR Parts 171 to 180 (hazardous materials transportation, with lithium batteries at 49 CFR 173.185), and 40 CFR Part 262 for hazardous waste generators. State rules may be stricter.

How long does it take to prepare Focus Materials controls for certification?

For a facility with existing paperwork, a realistic plan is about 12 weeks: baseline and inventory first, then procedure and vendor repairs, then a period of operating and recording, then an internal audit and management review. Larger or multi-site operations typically need longer.