India's Critical Minerals. The World's Supply Chain.
Connecting global technology, Indian feedstock, local processing and international demand — building the supply chain from battery waste to critical minerals for global markets.
Source. Recycle. Refine. Manufacture. Supply.
Our model is built around India as the operating base — sourcing domestically, processing locally and supplying globally.
What the global partner brings. What BME brings.
International companies entering India face challenges around feedstock, local execution, regulatory navigation and market access. BME is the Indian strategic partner.
Global Partner Brings
Technology, Engineering & Capital
Technology
- Recycling technology
- Hydrometallurgy
- Refining
- MHP production
- Advanced material tech
Engineering
- Process engineering
- Plant design
- Equipment
- Automation
Technical Expertise
- Process know-how
- R&D capability
- Quality systems
- Technical teams
Market Access
- International customers
- Offtake agreements
- Global distribution
BlackMass Energies Brings
Feedstock, Execution & Market Access
Indian Feedstock
- Battery scrap
- NMC / LCO / LFP Black Mass
- Manufacturing scrap
- End-of-life batteries
Local Execution
- Supplier network
- Feedstock aggregation
- Local partnerships
- Project development
Market Access
- Indian customers
- Battery ecosystem
- Recyclers & manufacturers
- Critical-mineral ecosystem
Commercial Development
- Procurement
- Business development
- Customer relationships
- Long-term supply
Global technology meets Indian execution.
The flywheel starts with global technology and ends with scale — connected through BME's integrated supply chain, Indian feedstock and international customer relationships.
We partner with proven technology companies.
We are open to partnerships with companies possessing commercially proven technologies across battery recycling, hydrometallurgy, MHP production and advanced battery materials.
Battery Recycling
- Mechanical recycling
- Automated dismantling
- Black Mass production
- Advanced separation
Hydrometallurgy
- Leaching
- Solvent extraction
- Ion exchange
- Purification & Precipitation
Critical Minerals
- Lithium recovery
- Nickel recovery
- Cobalt & Manganese recovery
- Graphite purification
MHP Production
- Ni-Co MHP
- Ni-Co-Mn MHP
- Hydroxide precipitation
- Intermediate refining
Advanced Materials
- NMC precursor
- LFP materials
- Battery-grade graphite
- Advanced cathode materials
Multiple structures to fit the opportunity.
We work across a range of partnership structures — from technology licensing through to JVs, offtake agreements and R&D collaborations.
Technology Partnership
Technology transfer, licensing and technical support.
Joint Venture
Co-develop recycling, hydromet or refining capacity in India.
Strategic Investment
Invest into India's critical-minerals ecosystem.
Manufacturing Partnership
Local production of MHP, chemicals or critical minerals.
Offtake Partnership
Long-term purchase agreements for recovered materials.
Feedstock Partnership
Long-term battery scrap and Black Mass supply.
R&D Partnership
Joint development of hydromet, MHP and battery materials.
India at the centre of the network.
Our operating base is India. The network connects Indian feedstock and processing capacity to global battery and critical-mineral markets.
Map indicates ecosystem engagement, not offices or operations.
Regional partnerships and opportunities.
Key international markets where BME's supply-chain platform creates partnership and offtake opportunities.
Japan
- Battery recycling
- Advanced battery materials
- Battery manufacturing
- Technology transfer
- Automotive
Indian feedstock + Japanese technology / customers
South Korea
- Battery manufacturers
- Cathode manufacturers
- Battery-material companies
- Hydrometallurgy companies
Indian feedstock → Indian processing → Korean battery ecosystem
China
- Battery materials
- Refining
- Hydrometallurgy
- Critical minerals
- Manufacturing technology
India + China technology / manufacturing ecosystem
Europe
- EVs & battery recycling
- Battery materials
- Critical minerals
- Circular economy
- Automotive supply chains
Indian processing capacity + European circular economy demand
United States
- Battery materials
- EV supply chains
- Critical minerals
- Advanced materials
- Strategic supply chains
Indian processing + US technology / customers / capital
Australia
- Critical minerals
- Mining-to-processing partnerships
- Refining
- Technology
- Offtake
Australian mineral ecosystem + Indian processing capability
Middle East
- Strategic investment
- Industrial partnerships
- Critical-mineral trading
- Project financing
- Regional distribution
Capital + strategic investment + regional access
The global battery and critical-mineral ecosystem.
Global Battery Recyclers
Expand into India.
Refiners
Access Indian feedstock.
Hydrometallurgy Companies
Commercialize technology in India.
MHP Producers
Build Indian MHP production.
Battery Material Companies
Source Indian critical minerals.
Cathode Manufacturers
Develop NMC/LFP precursor supply.
OEMs
Develop circular material supply chains.
Critical Mineral Companies
Establish Indian processing.
Investors
Invest in India's critical-mineral ecosystem.
The BlackMass Energies Global Vision
From India's Battery Waste to the World's Critical Mineral Supply Chain.
From battery recycling to the world's most critical supply chains.
Today, BlackMass Energies starts with lithium-ion battery recycling. Tomorrow, the same critical-mineral infrastructure extends into rare earths, tungsten, semiconductor materials, aerospace and defense-critical supply chains.
Tier 1
Highest Strategic Priority
Tier 2
High Strategic Priority
Tier 3
Strategic Priority
Critical minerals mapped to end-market demand.
The BME industrial map connects critical mineral supply to the highest-value demand sectors — from battery manufacturing and EVs through to AI infrastructure, semiconductors, space and defense.
Batteries
Core BME vertical — Li-ion battery recycling and critical-mineral recovery
AI & Data Centers
Serverboards, heat sinks, semiconductors, data storage magnets — USGS-mapped
Semiconductors
CPUs, GPUs, RF, 5G, radar, power electronics, AI chips
Space & Satellites
Structures, RF/comms, solar cells, sensors, propulsion, optical systems
Rockets & Propulsion
High-temperature superalloys for turbines, engines and propulsion systems
Defense
Radar, EW, missiles, guidance, magnets, armor, aerospace alloys
EV / Tesla Ecosystem
Tesla publicly identifies Li, Ni, Co, Cu, Graphite, Mn, Fe, P as battery materials
Rare Earths
NdFeB & SmCo magnets, fiber optics, phosphors, lasers, defense
Advanced Materials
Superalloys, specialty alloys, high-purity metals, semiconductor materials
All tungsten product segments available.
Tungsten is one of the most strategically important industrial metals — critical for defense, aerospace, semiconductors, energy and advanced manufacturing. BlackMass Energies covers all major tungsten product forms.
Tungsten is used in:
- Rocket engine turbine components (with Re, Ni, Co)
- Defense — armor-piercing, ballistics, projectiles
- Radar and electronic warfare systems
- High-temperature aerospace superalloys
- Semiconductor manufacturing equipment
- Industrial cutting tools and wear-resistant materials
- Electrical contacts and filaments
- Catalysts and chemical processing
Tungsten Product Forms
Primary oxide form. Used in chemical processing, catalysts, coatings and as feedstock for further tungsten production.
Stoichiometric WO₃ with yellow hue. Used in the production of tungsten metal powder, advanced ceramics and specialty chemicals.
Iron-manganese tungstate mineral. Primary tungsten ore feedstock for processing into APT and downstream tungsten products.
Key intermediate in the tungsten value chain. Widely traded globally; feedstock for WO₃, W-powder and tungsten carbide.
High-purity elemental tungsten. Used in defense, aerospace, semiconductor and electrical applications.
Extremely hard composite used in cutting tools, mining equipment, wear-resistant components and industrial tooling.
NdFeB and SmCo — the magnets powering the modern world.
Permanent magnets are critical to EVs, robotics, drones, wind turbines, aerospace, defense, data storage and industrial motors. BME's rare-earth supply chain connects to both major magnet types.
Elements
- Neodymium (Nd)
- Praseodymium (Pr)
- Iron (Fe)
- Boron (B)
- + Dysprosium (Dy)
- + Terbium (Tb)
Applications
- EV motors
- Robotics
- Drones
- Wind turbines
- Aerospace
- Defense
- Data storage
- Industrial motors
The world's strongest permanent magnet type. Dominant in EV and industrial applications.
Elements
- Samarium (Sm)
- Cobalt (Co)
Applications
- Aerospace
- Defense
- High-temperature motors
- Sensors
- Actuators
- Satellite systems
- Harsh-environment applications
Superior thermal stability vs NdFeB. Preferred for defense, aerospace and high-temperature use.
Partner with BlackMass Energies.
Technology partnerships, JVs, offtake agreements and strategic investments welcome.