Defined application and measurable target
Use when the input, output or visitor objective and the expected delivery role can be stated.
YUSHUNXIN Environmental / PRODUCT PROFILE
Lithium Battery Recycling Plant
A line cannot be selected from nominal kilograms per hour alone. Feed variability, deactivation strategy, fire zoning and dust/off-gas controls govern usable capacity.
SYSTEM CLASSCore Processing Line
BUSINESS LINEEnvironmental Recycling Systems
SELECTION BASISProject-specific
APPLICATION & PROJECT FIT
Where this system creates value.
Qualified lithium-ion production scrap
End-of-life battery preprocessing
Black-mass and metal-fraction recovery projects
Typical decision teams include battery recyclers cell and pack manufacturers environmental service companies. Suitability is confirmed after the operating objective, site basis and required delivery scope are reviewed.
ENGINEERING BASIS
Parameters are confirmed as a system, not in isolation.
Battery chemistry, format, state of charge and contamination define the safe process route. Engineering covers receipt and quarantine, discharge or deactivation, controlled size reduction, thermal-risk management, screening and separation, dust collection, off-gas handling and the required recovered fractions. Capacity is confirmed together with the feed mix, operating hours and fire-protection basis.
Input material composition
Recovery target and product route
Energy, emission and residue interfaces
Local compliance and operating model
DELIVERY SCOPE
Define the boundary before commercial comparison.
Material preparation and separation equipment
Dust and off-gas collection interfaces
Electrical controls and safety interlocks
Layout and foundation information
Commissioning and operator training
Civil works, local permits, utilities, unloading, installation labor and third-party interfaces are identified in the project responsibility matrix before order confirmation.
PROJECT GATES
From requirement to operational handover.
01 / DEFINEOperating basis
Product, capacity, users, site, standards and commercial objective.
02 / CONFIGURETechnical solution
Model, process, layout, interfaces, utilities, controls and options.
03 / VALIDATESupply boundary
Drawings, exclusions, responsibilities, quality controls and schedule.
04 / DELIVERHandover
Manufacture, shipment, installation support, commissioning and training.
TECHNICAL-COMMERCIAL REVIEW
Convert this product profile into a project-specific configuration.
Share the operating basis and site conditions to receive a defined equipment route, supply boundary and delivery plan.
Start project review ↗SELECTION CHECK
Choose by operating conditions, not by appearance.
This profile is a decision starting point. The proposal must record the valid operating range, included modules, acceptance basis and excluded site responsibilities.
Variable material, site or demand
Provide the realistic operating range so controls, margin and interfaces are not selected from one ideal value.
Model name equals complete scope
Controls, auxiliaries, drawings, testing, installation, commissioning and local works must be compared separately.
PRODUCT-SPECIFIC QUESTIONS
Confirm these before commercial comparison.
Which parameter changes the configuration most?
Input composition and contamination range is the first selection variable; it must be reviewed together with recovery target and recovered-product route.
What must the proposal state explicitly?
Rated basis, included modules, materials, controls, interfaces, utility demand, documents, tests, delivery terms, exclusions and acceptance method.
When is a fixed quotation reliable?
After the design basis, scope boundary, options, project country, site responsibility and schedule assumptions are aligned.
USEFUL INQUIRY INPUTS
Input composition and contamination range · Recovery target and recovered-product route · Energy balance, emissions and residue handling · Local compliance, automation and operating model
Add the project country, preferred schedule and required commissioning scope.
Prepare my configuration ↗