YUSHUNXIN · EV project planning

EV Battery Recycling Project Solutions

Build the project brief before choosing the line. EV packs, modules and cells require different receiving, εκπλήρωση, αποσυναρμολόγηση, feeding and separation decisions.

YUSHUNXIN uses the supplied battery profile and site information to prepare a project-specific process and equipment configuration for review.

Start an EV project review See the decision path

Input boundaryΠακέτο, module or cell

First decisionDischarge and dismantling

Proposal basisDefined downstream handover

Lithium Battery Crushing Recycling Lines

Project view

Υλικό / παραγωγή

01 · Feedstock and project fit

Define what reaches the EV battery line—and in what condition

The original EV page documented a detailed processing sequence. This rebuild retains that technical depth while separating universal project decisions from optional process steps.

Complete packs

Pack architecture, isolation, state of charge, cooling circuits and dismantling responsibility must be documented before downstream line selection.

Separated modules

Module construction and remaining electrical or mechanical connections affect handling, feeding and the upstream safety boundary.

Individual cells

Cell format, χημεία, condition and variation influence containment, feeding and size-reduction choices.

Production and mixed scrap

Electrode, cell and assembly scrap may bypass some upstream steps. Υγρασία, binder, foil composition and contamination should be reported.

02 · Process framework

EV battery project decision path

The route follows the material boundary and the desired downstream handover. Expand each stage to see the engineering questions that should be resolved before approval.

01Material identification+

Establish chemistry, σχήμα και διάταξις βιβλίου, condition and variation.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

02Discharge and dismantling+

Define the customer and equipment boundaries for upstream preparation.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

03Feeding and size reduction+

Configure the core equipment for the approved material.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

04Conditioning and separation+

Select suitable preparation and separation modules.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

05Output handover+

Define collection, sampling, storage and downstream transfer.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

06Site controls+

Document monitoring and control modules for project review.

Input to confirm: σχήμα και διάταξις βιβλίου, χημεία, 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.

03 · Equipment and system boundary

EV battery process modules and their decision logic

Each image comes from the original EV project page. The sequence is illustrative; the final route may use, omit or add modules after material review.

Core preparation

Controlled shredding

The approved feed format is reduced under a defined feeding and containment strategy. The project scope should identify upstream discharge and dismantling responsibilities.

Optional route

Material conditioning

Thermal or other conditioning may be considered for selected material and downstream objectives. It is not assumed for every EV battery project.

Interface control

Cooling and transfer

Where a conditioning stage is used, cooling and controlled transfer must be included in the material-flow and monitoring design.

Particle preparation

Fine size reduction

Additional crushing or milling is selected to prepare material for the proposed separation route and target output fractions.

Screening stage

Powder separation

Drum or other screening may collect powder-bearing material and classify larger fractions before further separation.

Ferrous control

Μαγνητικός διαχωρισμός

A magnetic stage may remove ferrous-bearing material at a point defined by the selected process sequence.

Project-dependent

Grinding or pulverization

Further particle preparation is considered only when the feed condition and downstream separation targets justify it.

Material separation

Density-based sorting

Density or airflow sorting may separate prepared copper-, αλουμίνιο- and residual fractions. Acceptance criteria should be stated in writing.

04 · Decision detail

EV project boundaries that prevent scope gaps

Most commercial misunderstandings start upstream or downstream of the core machines.

Discharge boundary

Who confirms state of charge, performs discharge and provides the required records.

Dismantling boundary

Whether packs arrive complete, as modules, as cells or after customer pre-treatment.

Output handover

How powder- and metal-bearing fractions are sampled, packaged, stored and transferred.

Local project boundary

Permits, fire strategy, utilities and local requirements confirmed by the customer and qualified local parties.

05 · Technical clarification table

EV project checklist

This table separates the current planning basis from items that require material tests, site information or written human approval.

Project item	Current basis	Status
Battery source	Customer input	To confirm
Chemistry	LFP / NCM / mixed / unknown	To confirm
Input format	Πακέτο / module / cell / scrap	To confirm
State of charge	Customer input	To confirm
Dismantling status	Customer input	To confirm
Material supply	Customer input	To confirm
Target throughput	Customer input	Engineering gate
Process and outputs	Based on review	Project-dependent

06 · Output and acceptance

Plan the downstream handover before procurement

Output images illustrate possible material categories from the original page. They are not promises of yield or purity.

Separated output categories

Use representative feedstock and a written sampling plan to define the expected downstream handover.

Black-mass-bearing powder

Confirm collection, sampling, υγρασία, particle-size and downstream acceptance requirements.

Copper- and aluminum-bearing fractions

Define the required separation boundary and allowable residual material in the technical specification.

Acceptance discipline: Yield, καθαρότητα, 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.

07 · Decision-stage support

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.

ResearchClarify material and process options.

FeasibilityReview tests, site and project boundary.

Supplier comparisonAlign scope and acceptance method.

ΠρομήθειαResolve open items for an approved proposal.

08 · Engineering communication

Why work with YUSHUNXIN

YUSHUNXIN organizes the discussion around the EV battery decision path: input condition, upstream preparation, core process, output handling and site interface.

ΕΝΑ

Confirmed facts

Approved material data and project requirements are shown as the basis of the proposal.

σι

Project-dependent items

ντοonfiguration 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.

09 · Frequently asked questions

Questions project teams ask before a proposal

Can one line process both LFP and NCM batteries?+

A mixed-chemistry project requires review of identification, separation goals and downstream handling.

Is discharge and dismantling always included?+

Οχι. The boundary depends on how material arrives and which upstream steps the customer performs.

Is material conditioning always required?+

Οχι. The decision depends on feedstock, process goals, site information and engineering review.

Can recovery rate and purity be confirmed before review?+

Οχι. Those results require feedstock, διαμόρφωση, sampling and acceptance criteria.

What files are useful for the first review?+

Material photos, απόδειξη με έγγραφα, χημεία, state information, dismantling flow, analysis, supply estimate, site layout and desired outputs.

10 · Continue planning