All Type Of Format Battery Recycling Plants
All Type Of Format Battery Recycling Plants
All Electrical Vehical, Battery Energy Storage, Inverter Batterys, Mobile Pouch Batterys, Cylindircal, Prismatic, Pencil, Button, A-Z Lithium Battery Waste
Understood. Below is the revised professional RFI version with “Solar Techmach” completely removed and positioned purely under BESS India with a strong global industrial identity.
Request For Information (RFI)
Advanced Lithium-Based Battery Recycling & Critical Minerals Recovery Project
Issued by: BESS India
Building India’s Integrated Circular Energy Ecosystem
1. Strategic Vision
BESS India is developing a state-of-the-art, fully integrated Lithium Battery Recycling & Critical Minerals Recovery Facility in India aligned with:
- Global Net 0 Goals
- EU Battery Regulation 2023
- India Circular Economy Mission
- Critical Minerals Security Strategy
- EV & Energy Storage Expansion Roadmap
We are seeking Tier-1 global technology providers and OEMs capable of delivering intelligent, automated, environmentally compliant, and scalable turnkey recycling systems.
This Project Is Positioning As:
- A Strategic raw material recovery
hub - A Domestic EV & BESS supply chain stabilizer
- A Vertically integrated circular energy model
Target Feedstock Profile
Battery Chemistries:
- LFP
- NMC
- NCA
- LCO
- LMO
- Future-ready for solid-state batteries
Sources:
- End-of-life EV packs
- ESS / BESS modules
- Telecom batteries
- Gigafactory scrap
- Consumer electronics batteries
- Damaged/defective returns
Feed Condition:
- Whole packs
- Modules
- Cells
- Black mass (optional input stream)
Capacity & Scalability:
- Phase 1: 5,000 TPA
- Phase 2: 10,000 TPA
- Phase 3: 20,000–50,000+ TPA
System must allow modular expansion with minimal operational disruption.
Required Technology Architecture
Intelligent Pre-Processing Line
- Automated discharge systems
- Robotic dismantling
- ATEX inert shredding
- Nitrogen blanketing
- Fire suppression systems
- Real-time gas monitoring
- AI-based feed sorting
Provide:
- Discharge efficiency %
- Throughput (kg/hr)
- Safety certifications
Mechanical & Metallurgical Recovery
- Magnetic separation
- Air classification
- Black mass extraction
- Eddy Current separation
- Vibratory Screening
Specify:
- Black mass purity (%)
- Copper & aluminum recovery rates
Metallurgical Recovery
Indicate Technology Route:
- Hydrometallurgical
- Pyrometallurgical
- Direct recycling
- Hybrid process
Provide:
- Leaching chemistry
- Acid consumption (kg/ton feed)
- Reagent recycling system
- Closed-loop water system
- Lithium recovery pathway
- Slag handling (if pyro route)
Recovery Targets
Guaranteed Recovery Rates:
- Lithium ≥ 90–95%
- Nickel ≥ 95%
- Cobalt ≥ 95%
- Manganese ≥ 90%
- Copper ≥ 98%
- Aluminum ≥ 95%
Final Product Purity:
- Li₂CO₃ ≥ 99.5%
- LiOH – Battery grade
- NiSO₄ – Battery grade
- CoSO₄ – Battery grade
- MnSO₄ – Battery grade
Environmental & ESG
- 0 Liquid Discharge
- Advanced ETP
- Multi-stage gas scrubbing
- Heavy metal stabilization
- Hazardous waste management
- CPCB / EU / US EPA compliance
- ISO 14001 / 45001
Compliance Capability
- CPCB India
- EU norms
- US EPA standards
- ISO 14001
- ISO 45001
Provide:
- Emission data
- Water recycling %
- Carbon footprint per ton
- Waste-to-landfill %
Smart Factory & Digitalization
- PLC + SCADA integration
- Central control room
- AI process optimization
- Predictive maintenance
- Remote diagnostics
- ERP/MES integration
- Battery passport traceability readiness
Utility Requirements
- kWh per ton processed
- Water consumption per ton
- Nitrogen requirement
- Compressed air requirement
- Land requirement (acres)
- Building footprint
- Manpower requirement
Commercial Information
Clarify:
- Turnkey EPC scope
- Technology licensing
- Equipment-only supply
- JV / strategic partnership options
Include:
- Estimated CAPEX
- OPEX per ton
- Payback period
- ROI projections
Reference Projects
- Installed projects list
- Operational data
- Recovery performance
- Client references
- Photos / videos
- Third-party validation
Strategic Positioning Statement
BESS India is establishing a large-scale lithium battery recycling platform to support India’s EV and energy storage growth while securing domestic access to critical battery-grade materials.
LITHIUM ALL TYPES OF FORMAT BATTERY RECYCLING PLANT
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