Lithium Battery Recycling Solutions
Plan a recycling line around your battery chemistry, mtundu wolowetsa, project stage and target outputs. YUSHUNXIN develops project-specific equipment configurations for packs, modules, cells and production scrap.
Final process route, equipment scope, throughput, performance and site requirements are confirmed only after a material and engineering review.
Project view
Zakuthupi / outputStart with the battery stream, not a fixed machine list
Lithium battery projects can involve several application types. Chemistry, physical format, chikhalidwe, pre-treatment and supply consistency change the process route, so the material profile should be documented before downstream equipment is defined.
01EV batteries
Complete packs, modules and cells may require different discharge, kupasula, isolation and feeding boundaries. Document how the material reaches the project before defining downstream equipment.
02Energy-storage batteries
Module construction, chemistry, state of charge and expected variation should be recorded. Large stationary systems may also affect receiving, staging and safe-handling plans.
03Consumer and 3C cells
Small cells and mixed formats can require different feeding, containment and sorting choices from automotive modules. Representative samples or photos improve the first review.
04Battery production scrap
Electrode, cell and assembly scrap may enter at different stages of the process. Chinyezi, binder, foil composition and contamination should be described rather than assumed.
A configurable lithium battery recycling process
The sequence below is a planning framework. The final route depends on the approved material profile. Expand each stage to see the engineering questions that should be resolved before approval.
01Material review+
Confirm chemistry, physical mtundu, discharge status, contaminants and consistency.
- Input to confirm: format, chemistry, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
02Controlled size reduction+
Select feeding and size-reduction equipment for the approved material.
- Input to confirm: mtundu, chemistry, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
03Material conditioning+
Add mechanical or other conditioning only when the reviewed route requires it.
- Input to confirm: mtundu, chemistry, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
04Screening and separation+
Combine suitable screening, airflow, density-based and magnetic modules.
- Input to confirm: mtundu, chemistry, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
05Collection and controls+
Specify conveying, collection, monitoring and environmental-control modules.
- Input to confirm: mtundu, chemistry, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
Equipment modules selected around the approved process route
These modules support project discussion as configuration options. They are selected around the approved process route and should not be treated as a universal bill of equipment.
01Controlled size reduction
Feeding and shredding are selected for the approved battery format and pre-treatment status. The proposal should define containment, access, interlocks and the material size entering the next stage.
02Material conditioning
Thermal or other conditioning is considered only when material characteristics and downstream goals require it. Temperature, atmosphere and emissions controls belong in the approved technical scope.
03Density-based separation
Density or airflow separation may support the removal of light and heavy fractions after the material has been prepared. Suitability depends on particle condition and target outputs.
04Screening and de-powdering
Rotary or vibrating screening can classify material and collect powder-bearing fractions. Screen selection and staging require sample data and acceptance criteria.
05Magnetic separation
Magnetic equipment may remove ferrous-bearing material at a suitable point in the line. Position and strength are configured around the actual material flow.
06Final screening
Final screening may improve fraction consistency before collection or downstream handover. Mesh, loading and recirculation are confirmed during engineering review.
What a professional first engineering review should resolve
The fastest route to a useful proposal is to separate known facts from open questions.
Feedstock evidence
Chemistry documents, representative photos, sample analysis, physical format, condition and variation.
Upstream responsibility
Who discharges, dismantles, isolates, stores and transfers the battery material before feeding.
Output definition
Required fractions, downstream buyer or process, sampling method and acceptance criteria.
Site integration
Dziko, available area, electrical standard, zothandiza, access, storage and local project requirements.
Project parameters
This table separates the current planning basis from items that require material tests, site information or written human approval.
| Project item | Current basis | Status |
|---|---|---|
| Feedstock chemistry | From material profile | To confirm |
| Input format | Paketi / module / cell / production scrap | Project input |
| Pre-treatment status | Discharged / dismantled / unknown | To confirm |
| Target throughput | Kulowetsa kwamakasitomala | Engineering gate |
| Process route | Based on material review | Project-dependent |
| Output fractions | Defined during project review | To confirm |
| Power and utilities | Based on site information | To confirm |
| Layout and footprint | Based on site information | To confirm |
Output fractions require a defined handover standard
The selected route may produce several saleable or downstream-process fractions. Website images illustrate categories only; yield, chiyero and acceptance criteria require written confirmation.
01Black-mass-bearing powder
Define moisture, particle size, sampling and downstream acceptance before treating this as a final product.
02Copper-bearing fraction
Collection and quality targets depend on preparation, separation stages and the agreed handover boundary.
03Aluminum-bearing fraction
Foil and mixed aluminum-bearing material should be evaluated against the actual feedstock and buyer specification.
Acceptance discipline: Yield, purity, capacity and recovery values are not assumed from a website description. They must be tied to the approved feedstock, test basis and written project specification.
Get the right response for your current decision stage
Tell YUSHUNXIN whether you are researching, testing feasibility, comparing suppliers or preparing procurement. The project brief routes the next conversation around the information you have now.
Why work with YUSHUNXIN
YUSHUNXIN brings equipment manufacturing and process-configuration work into one project conversation. The proposed process, module list and layout basis are built from your material profile, site information and output requirements.
Confirmed facts
Approved material data and project requirements are shown as the basis of the proposal.
Project-dependent items
Configuration choices remain conditional until the feedstock and site have been reviewed.
Human approval gates
Commercial terms, final performance and compliance statements require authorized review.
Version control
The proposal should identify the approved configuration version, assumptions and open questions.
Questions project teams ask before a proposal
What types of lithium batteries can this solution process?+
The possible scope includes EV, energy-storage and consumer batteries plus production scrap. Actual fit depends on chemistry, mtundu, condition and consistency.
Is one process suitable for every chemistry?+
Ayi. The process route and controls should be selected after the material profile is reviewed.
Can recovery rate or purity be confirmed from the website?+
Ayi. Those results require feedstock, kasinthidwe, sampling and acceptance criteria to be defined in an approved technical document.
What determines the equipment configuration?+
Chemistry, mtundu, chithandizo chisanadze, target input, outputs, site conditions, utilities and local project requirements.
What should I send for an engineering review?+
Send representative photos or analysis, chemistry, mtundu, chikhalidwe, material volume, target input, country, site details and desired outputs.
Explore related lithium battery pages
A 500 or 1,000 kg/h label does not define the complete lithium line.
The approved catalogues show three legitimate scopes. Select the safety, conditioning, environmental and handling boundary before using a power or footprint figure.
Project configuration follows the material risk and acceptance target.
- 01Material qualificationChemistry, cell form, state of charge and contamination.
- 02Safety boundaryDischarge, kupasula, isolation and gas controls by project.
- 03Conditioning and liberationDry or thermally condition, crush and release fractions.
- 04Multi-stage separationScreen, air-classify and magnetically separate as configured.
- 05Receiver-ready evidenceSample black-mass-bearing and metal fractions against acceptance criteria.
| Reference boundary | Mphamvu | Mphamvu / envelope | Footprint / physical envelope | How to use it |
|---|---|---|---|---|
| Public equipment family | 500–1,000 kg/h | 102–238 kW | 20–35 m line length; 7.5–19.5 t | Standard equipment-family planning reference |
| YSX-LR500 / LR1000 | 500 / 1,000 kg/h | 320 / 410 kW | 40 × 15 × 7.5 m / 45 × 17 × 7.5 m | Catalogue LR line with conditioning, separation and gas-treatment scope |
| Earlier integrated layout | 500 / 1,000 kg/h | 300 / 349 kW | 60 × 7 × 7 m / 80 × 7 × 7 m | Earlier project-layout reference without a published model label |
Do not combine rows
Each row is a different system boundary; power from one cannot be paired with the footprint of another.
Confirm the chemistry
NMC, LFP, LCO and mixed streams change preparation, risk controls and output routing.
Define acceptance
Measured recovery and quality require stable-run evidence, agreed sampling and receiver criteria.
