ENStarting point
Batteries and equipment containing them need to be identified and routed according to their condition, chemistry and handling requirements. A device being switched off or no longer useful does not eliminate battery risks. Receipt, storage, transport and treatment require specific criteria and trained teams.
Identify the battery before defining the pathway
Mobile phones, laptops, tools, small appliances and other devices may contain embedded batteries. The team registering the batch should record this possibility even when it cannot access the component. Initial inspection aims to provide information for the decision, without encouraging improvised dismantling of an unfamiliar device.
The EPA outlines compositional differences between lithium-ion batteries and stresses that damage and improper handling increase end-of-life risks. Chemistry, format and assembly architecture influence their assessment. “Lithium battery” does not describe a homogeneous raw material, nor does it justify assuming the same value or process for every item. [1]
Treat unknown condition as missing information
Record observable signs and known history: deformation, mechanical damage, exposure to abnormal conditions or recall information. The absence of visible signs does not demonstrate the safety of any operation. PHMSA warns that damaged, defective or recalled batteries have a greater potential for short circuits, heat and fire during transport. [2]
Sorting should have defined categories and responsible parties, with an established route for non-standard situations. Do not use informal charging, puncturing or opening tests to resolve uncertainty. In the event of abnormal heating, smoke or another sign of an ongoing incident, the priority is to activate the facility's emergency plan and contact the appropriate professionals, keeping people away from exposure.
Define acceptance before scheduling receipt
The receiving party needs to know the material, condition and form of presentation before arrival. Confirm whether it accepts loose batteries, complete equipment, modules or other assemblies, and what information it will require to assess damaged items. The ability to receive ordinary electronics does not imply the ability to handle every battery or risk situation.
This definition must reach the team organising the batch and the carrier. Late refusals can leave a load without a planned route. Agree on a communication procedure for discrepancies, without assuming that unloading in any available area will solve the problem. The contingency destination must be technically compatible and prepared to receive the load, rather than simply appearing on a contact list.
Organise specialised inventory control
Storage design should consider the materials, quantities, item condition and facility characteristics. Segregation, protection from damage, access, monitoring and emergency response must be defined by the technical leads. There is no single rule for containers, distances or volumes that this article can apply to every undertaking.
In daily management, inventory should show what exists, where it is and which decision is pending. Identification should distinguish assessed items from unresolved situations without presenting an administrative category as a guarantee of no risk. The team needs to know who can authorise movement, who checks deviations and how to stop an activity that has moved beyond approved conditions.
Information for registration and routing
Dimension
- Origin
- Information to preserve
Supplier, equipment and available history
- Identification
- Information to preserve
Model, declared chemistry and available documentation
- Condition
- Information to preserve
Observations, incidents and inspection limitations
- Location
- Information to preserve
Container or assembly and storage position
- Decision
- Information to preserve
Technical lead, receiving party and next authorised stage
Separate transport classification from waste management
Transport requirements depend on the classification of the product or article, its condition and the mode of transport. ANTT advises that road transport classification should consider the relevant characteristics and the parties responsible under the regulations. Environmental waste classification and transport classification serve different purposes and should be analysed within their respective scopes. [3]
Ask the service provider to confirm the packaging, documentation, identification, vehicle and load preparation conditions applicable to the case. Sending material for recycling should not be interpreted as an automatic exemption from requirements. For international shipments or other transport modes, the analysis must cover the corresponding rules. This guide does not provide a dispatch procedure; it identifies decisions that must be resolved before transport is contracted.
Assess the destination by its process and outputs
A provider may carry out collection, preparation, production of an intermediate fraction or recovery of constituents. The EPA describes different streams generated during processing, including black mass, composed of materials from the electrodes, as well as metals and other fractions. Producing an intermediate does not in itself demonstrate that all its elements have been recovered in final products. [1]
In the proposal, identify what evidence will be delivered and what depends on subsequent stages. Chemistry influences economic interest, but the destination choice must also consider safety, capacity and applicable requirements. Do not assign a standard metal content to a batch without characterisation, or count as confirmed revenue an intermediate product whose specification the buyer has not yet accepted.
Maintain traceability of equipment and batteries
When an authorised team removes a battery from equipment, records should preserve the relationship between the source asset and the new fraction. Physical separation must not cause a loss of administrative identification. Equipment released for reuse must also have its condition and configuration documented after any component replacement.
A hypothetical registration example: a batch contains 500 devices; 320 are recorded as having an embedded battery, 150 are confirmed not to have one, and 30 remain insufficiently verified. The 30 unresolved items should not be added to the group without batteries. The sorting schedule must state how and by whom this information will be resolved before an operation that depends on the distinction.
Assess the provider beyond the quantity collected
Monitor receiving discrepancies, unidentified items, dwell time, incidents, near misses and outstanding close-out issues. Safety indicators should not encourage under-reporting; recording a deviation must enable correction. Review causes with those generating, moving and receiving the material, because the problem may begin with packaging before collection.
The management of electronic scrap should treat batteries as a specific workstream within the contracted solution. The programme becomes more predictable when each participant knows its limits and stop conditions. Decisions on reuse, recycling or other treatment should follow a competent assessment, with records that allow the material to be tracked through completion of the scope.
Sources and references
References accessed on 30 September 2026. The numbering in the text indicates the concepts supported by each source.
- US EPA. Lithium-Ion Battery Recycling — Characteristics, risks and recycling pathways. United States reference.
- US DOT, PHMSA. Transporting Lithium Batteries — Risks and shipping guidance. United States rules.
- ANTT. Frequently asked questions: how to classify a product as dangerous for road transport.
Circuvia corporate content to support project discussions. Methods, acceptance criteria and applicable requirements are defined within the scope of each operation.
