Our Services
From digital trade to advanced recycling and high-purity material recovery, our services support every stage of the battery lifecycle.
What We Recover
Our process is engineered to extract a wide spectrum of battery materials with exceptional efficiency. Each stream is separated, purified, and prepared for reintegration into new manufacturing cycles.
Core Battery Minerals : Lithium, Cobalt, Nickel, Graphite
High-Value Metals : Copper, Aluminum, Manganese
Specialized Compounds : Titanium, Ferric Phosphate, precursor materials
Technology & Process
We use closed-loop hydrometallurgical systems to maximize recovery while minimizing waste. Every stage is designed for efficiency, environmental safety, and industrial-grade purity.
High Recovery Efficiency : multi-stage chemical extraction designed to maximize yield
Low Environmental Impact : reduced emissions, minimal waste, and controlled outputs
EU-Aligned Circularity : process built to comply with upcoming traceability and material recovery mandates
Why It Matters?
Battery recycling is no longer operational housekeeping; it’s a strategic resource pillar. Our facility helps partners reduce import dependence, stabilize supply chains, and meet regulatory requirements.
Lower Raw Material Dependency : increased access to locally recovered inputs
Guaranteed Compliance : full alignment with EU safety, reporting, and sustainability standards
Circular Manufacturing Support : materials ready for reuse in EV, ESS, and consumer electronics
What We Recover
Our process is engineered to extract a wide spectrum of battery materials with exceptional efficiency. Each stream is separated, purified, and prepared for reintegration into new manufacturing cycles.
Core Battery Minerals : Lithium, Cobalt, Nickel, Graphite
High-Value Metals : Copper, Aluminum, Manganese
Specialized Compounds : Titanium, Ferric Phosphate, precursor materials
Technology & Process
We use closed-loop hydrometallurgical systems to maximize recovery while minimizing waste. Every stage is designed for efficiency, environmental safety, and industrial-grade purity.
High Recovery Efficiency : multi-stage chemical extraction designed to maximize yield
Low Environmental Impact : reduced emissions, minimal waste, and controlled outputs
EU-Aligned Circularity : process built to comply with upcoming traceability and material recovery mandates
Why It Matters?
Battery recycling is no longer operational housekeeping; it’s a strategic resource pillar. Our facility helps partners reduce import dependence, stabilize supply chains, and meet regulatory requirements.
Lower Raw Material Dependency : increased access to locally recovered inputs
Guaranteed Compliance : full alignment with EU safety, reporting, and sustainability standards
Circular Manufacturing Support : materials ready for reuse in EV, ESS, and consumer electronics
What We Recover
Our process is engineered to extract a wide spectrum of battery materials with exceptional efficiency. Each stream is separated, purified, and prepared for reintegration into new manufacturing cycles.
Core Battery Minerals : Lithium, Cobalt, Nickel, Graphite
High-Value Metals : Copper, Aluminum, Manganese
Specialized Compounds : Titanium, Ferric Phosphate, precursor materials
Technology & Process
We use closed-loop hydrometallurgical systems to maximize recovery while minimizing waste. Every stage is designed for efficiency, environmental safety, and industrial-grade purity.
High Recovery Efficiency : multi-stage chemical extraction designed to maximize yield
Low Environmental Impact : reduced emissions, minimal waste, and controlled outputs
EU-Aligned Circularity : process built to comply with upcoming traceability and material recovery mandates
Why It Matters?
Battery recycling is no longer operational housekeeping; it’s a strategic resource pillar. Our facility helps partners reduce import dependence, stabilize supply chains, and meet regulatory requirements.
Lower Raw Material Dependency : increased access to locally recovered inputs
Guaranteed Compliance : full alignment with EU safety, reporting, and sustainability standards
Circular Manufacturing Support : materials ready for reuse in EV, ESS, and consumer electronics
What We Recover
Our process is engineered to extract a wide spectrum of battery materials with exceptional efficiency. Each stream is separated, purified, and prepared for reintegration into new manufacturing cycles.
Core Battery Minerals : Lithium, Cobalt, Nickel, Graphite
High-Value Metals : Copper, Aluminum, Manganese
Specialized Compounds : Titanium, Ferric Phosphate, precursor materials
Technology & Process
We use closed-loop hydrometallurgical systems to maximize recovery while minimizing waste. Every stage is designed for efficiency, environmental safety, and industrial-grade purity.
High Recovery Efficiency : multi-stage chemical extraction designed to maximize yield
Low Environmental Impact : reduced emissions, minimal waste, and controlled outputs
EU-Aligned Circularity : process built to comply with upcoming traceability and material recovery mandates
Why It Matters?
Battery recycling is no longer operational housekeeping; it’s a strategic resource pillar. Our facility helps partners reduce import dependence, stabilize supply chains, and meet regulatory requirements.
Lower Raw Material Dependency : increased access to locally recovered inputs
Guaranteed Compliance : full alignment with EU safety, reporting, and sustainability standards
Circular Manufacturing Support : materials ready for reuse in EV, ESS, and consumer electronics
Battery Recycling
We are building an advanced hydrometallurgical facility engineered for high recovery efficiency, precise material separation, and full EU regulatory compliance.
EV Mobility Applications
Refurbished battery modules deliver reliable performance at lower cost; ideal for mobility ecosystems where efficiency and durability matter.
Two- and Three-Wheeler Fleets : enhanced range and extended battery usability
EV Mobility Companies : affordable, safe, and verified repurposed modules
Optimized Diagnostics : each battery undergoes detailed health and safety analysis
Energy Storage Systems (ESS)
Second-life batteries extend their usefulness in low- to mid-load energy storage applications, providing cost-effective solutions for grid or off-grid needs.
Renewable Energy Storage : ideal for solar and hybrid systems
Commercial Backup Systems : stable energy output with predictable performance
Modular Configurations : scalable systems for diverse load requirements
EV Mobility Applications
Refurbished battery modules deliver reliable performance at lower cost; ideal for mobility ecosystems where efficiency and durability matter.
Two- and Three-Wheeler Fleets : enhanced range and extended battery usability
EV Mobility Companies : affordable, safe, and verified repurposed modules
Optimized Diagnostics : each battery undergoes detailed health and safety analysis
Energy Storage Systems (ESS)
Second-life batteries extend their usefulness in low- to mid-load energy storage applications, providing cost-effective solutions for grid or off-grid needs.
Renewable Energy Storage : ideal for solar and hybrid systems
Commercial Backup Systems : stable energy output with predictable performance
Modular Configurations : scalable systems for diverse load requirements
EV Mobility Applications
Refurbished battery modules deliver reliable performance at lower cost; ideal for mobility ecosystems where efficiency and durability matter.
Two- and Three-Wheeler Fleets : enhanced range and extended battery usability
EV Mobility Companies : affordable, safe, and verified repurposed modules
Optimized Diagnostics : each battery undergoes detailed health and safety analysis
Energy Storage Systems (ESS)
Second-life batteries extend their usefulness in low- to mid-load energy storage applications, providing cost-effective solutions for grid or off-grid needs.
Renewable Energy Storage : ideal for solar and hybrid systems
Commercial Backup Systems : stable energy output with predictable performance
Modular Configurations : scalable systems for diverse load requirements
EV Mobility Applications
Refurbished battery modules deliver reliable performance at lower cost; ideal for mobility ecosystems where efficiency and durability matter.
Two- and Three-Wheeler Fleets : enhanced range and extended battery usability
EV Mobility Companies : affordable, safe, and verified repurposed modules
Optimized Diagnostics : each battery undergoes detailed health and safety analysis
Energy Storage Systems (ESS)
Second-life batteries extend their usefulness in low- to mid-load energy storage applications, providing cost-effective solutions for grid or off-grid needs.
Renewable Energy Storage : ideal for solar and hybrid systems
Commercial Backup Systems : stable energy output with predictable performance
Modular Configurations : scalable systems for diverse load requirements
Secondary-Life Battery Solutions
We refurbish used li-ion batteries through controlled diagnostics and safe repurposing, reducing waste, lowering emissions, and creating new value for OEMs, fleets, and energy providers.
Pharma-Grade Lithium Carbonate
Our proprietary process allows us to recover and refine lithium to exceptional purity levels as a differentiator in the global recycling landscape.
99.8% Pure (Pharma-Grade): unique among global recyclers
Consistent Quality: suitable for advanced cell chemistries
Sustainable Source: recovered through efficient hydrometallurgical process
High-Purity Recovered Materials
Beyond lithium, our process yields a wide spectrum of valuable materials, ready for direct reuse in cell manufacturing and component production.
Critical Inputs: Cobalt, Nickel, Graphite
Processed Metals: Copper, Aluminum, Manganese
Sulfates & Precursors: battery-ready compounds for cathode and anode manufacturing
Built for Industrial Reliability
We help global battery producers reduce dependency on mined resources while supporting a verifiable circular supply chain.
Minimal Waste Generation : precision recovery with optimized yield
Fully Traceable Outputs : documentation for EU, EPR, and sustainability audits
Circular Manufacturing : materials ready for reintegration into new batteries
Pharma-Grade Lithium Carbonate
Our proprietary process allows us to recover and refine lithium to exceptional purity levels as a differentiator in the global recycling landscape.
99.8% Pure (Pharma-Grade): unique among global recyclers
Consistent Quality: suitable for advanced cell chemistries
Sustainable Source: recovered through efficient hydrometallurgical process
High-Purity Recovered Materials
Beyond lithium, our process yields a wide spectrum of valuable materials, ready for direct reuse in cell manufacturing and component production.
Critical Inputs: Cobalt, Nickel, Graphite
Processed Metals: Copper, Aluminum, Manganese
Sulfates & Precursors: battery-ready compounds for cathode and anode manufacturing
Built for Industrial Reliability
We help global battery producers reduce dependency on mined resources while supporting a verifiable circular supply chain.
Minimal Waste Generation : precision recovery with optimized yield
Fully Traceable Outputs : documentation for EU, EPR, and sustainability audits
Circular Manufacturing : materials ready for reintegration into new batteries
Pharma-Grade Lithium Carbonate
Our proprietary process allows us to recover and refine lithium to exceptional purity levels as a differentiator in the global recycling landscape.
99.8% Pure (Pharma-Grade): unique among global recyclers
Consistent Quality: suitable for advanced cell chemistries
Sustainable Source: recovered through efficient hydrometallurgical process
High-Purity Recovered Materials
Beyond lithium, our process yields a wide spectrum of valuable materials, ready for direct reuse in cell manufacturing and component production.
Critical Inputs: Cobalt, Nickel, Graphite
Processed Metals: Copper, Aluminum, Manganese
Sulfates & Precursors: battery-ready compounds for cathode and anode manufacturing
Built for Industrial Reliability
We help global battery producers reduce dependency on mined resources while supporting a verifiable circular supply chain.
Minimal Waste Generation : precision recovery with optimized yield
Fully Traceable Outputs : documentation for EU, EPR, and sustainability audits
Circular Manufacturing : materials ready for reintegration into new batteries
Pharma-Grade Lithium Carbonate
Our proprietary process allows us to recover and refine lithium to exceptional purity levels as a differentiator in the global recycling landscape.
99.8% Pure (Pharma-Grade): unique among global recyclers
Consistent Quality: suitable for advanced cell chemistries
Sustainable Source: recovered through efficient hydrometallurgical process
High-Purity Recovered Materials
Beyond lithium, our process yields a wide spectrum of valuable materials, ready for direct reuse in cell manufacturing and component production.
Critical Inputs: Cobalt, Nickel, Graphite
Processed Metals: Copper, Aluminum, Manganese
Sulfates & Precursors: battery-ready compounds for cathode and anode manufacturing
Built for Industrial Reliability
We help global battery producers reduce dependency on mined resources while supporting a verifiable circular supply chain.
Minimal Waste Generation : precision recovery with optimized yield
Fully Traceable Outputs : documentation for EU, EPR, and sustainability audits
Circular Manufacturing : materials ready for reintegration into new batteries
High Purity Material Supply
Beyond lithium, our process yields a wide spectrum of valuable materials ready for direct reuse in cell manufacturing and component production.
Platform Features
A streamlined workspace that manages listings, logistics, and compliance.
Integrated Trading: Trade end-of-life and second-life batteries, black mass, and recovered materials.
Real-Time Listings: Post or source materials instantly with verified availability and pricing.
Compliance Tools: Automated documentation and EPR-ready traceability.
Market Benefits
A faster, more transparent way to trade materials across Europe.
Faster Transactions: Reduced paperwork and quicker fulfilment.
Wider Reach: Access verified partners and new markets instantly.
Lower Impact: Keep critical materials in circulation and reduce environmental load.
Financial Advantages
Create value from recoverables and strengthen ESG performance.
Monetise Recoverables: Sell end-of-life materials to verified European buyers.
Efficient Sourcing: Secure high-quality second-life and refined materials at competitive rates.
ESG Gains: Strengthen reporting through transparent, responsible trading.
Platform Features
A streamlined workspace that manages listings, logistics, and compliance.
Integrated Trading: Trade end-of-life and second-life batteries, black mass, and recovered materials.
Real-Time Listings: Post or source materials instantly with verified availability and pricing.
Compliance Tools: Automated documentation and EPR-ready traceability.
Market Benefits
A faster, more transparent way to trade materials across Europe.
Faster Transactions: Reduced paperwork and quicker fulfilment.
Wider Reach: Access verified partners and new markets instantly.
Lower Impact: Keep critical materials in circulation and reduce environmental load.
Financial Advantages
Create value from recoverables and strengthen ESG performance.
Monetise Recoverables: Sell end-of-life materials to verified European buyers.
Efficient Sourcing: Secure high-quality second-life and refined materials at competitive rates.
ESG Gains: Strengthen reporting through transparent, responsible trading.
Platform Features
A streamlined workspace that manages listings, logistics, and compliance.
Integrated Trading: Trade end-of-life and second-life batteries, black mass, and recovered materials.
Real-Time Listings: Post or source materials instantly with verified availability and pricing.
Compliance Tools: Automated documentation and EPR-ready traceability.
Market Benefits
A faster, more transparent way to trade materials across Europe.
Faster Transactions: Reduced paperwork and quicker fulfilment.
Wider Reach: Access verified partners and new markets instantly.
Lower Impact: Keep critical materials in circulation and reduce environmental load.
Financial Advantages
Create value from recoverables and strengthen ESG performance.
Monetise Recoverables: Sell end-of-life materials to verified European buyers.
Efficient Sourcing: Secure high-quality second-life and refined materials at competitive rates.
ESG Gains: Strengthen reporting through transparent, responsible trading.
Platform Features
A streamlined workspace that manages listings, logistics, and compliance.
Integrated Trading: Trade end-of-life and second-life batteries, black mass, and recovered materials.
Real-Time Listings: Post or source materials instantly with verified availability and pricing.
Compliance Tools: Automated documentation and EPR-ready traceability.
Market Benefits
A faster, more transparent way to trade materials across Europe.
Faster Transactions: Reduced paperwork and quicker fulfilment.
Wider Reach: Access verified partners and new markets instantly.
Lower Impact: Keep critical materials in circulation and reduce environmental load.
Financial Advantages
Create value from recoverables and strengthen ESG performance.
Monetise Recoverables: Sell end-of-life materials to verified European buyers.
Efficient Sourcing: Secure high-quality second-life and refined materials at competitive rates.
ESG Gains: Strengthen reporting through transparent, responsible trading.
A unified digital platform for compliant, traceable trading of batteries and recovered materials.
Circular Materials Marketplace - COMING SOON
A unified digital platform for compliant, traceable trading of batteries and recovered materials.
Limitations of Conventional Recycling
Limitations of Conventional Recycling
Metal Recovery Inefficiency
Traditional recycling methods often leave valuable lithium, cobalt, and nickel locked in waste streams, undermining both sustainability and profitability targets. Attero’s advanced hydrometallurgy delivers industry-leading recovery rates, ensuring manufacturers and OEMs reclaim the critical metals needed for new high-performance batteries, reducing raw material costs and boosting circular revenue.
Purity and Output Consistency
Low-purity recycled material can jeopardize battery quality, traceability, and compliance with stringent EU standards. Attero’s proprietary hydrometallurgical refining produces battery-grade metals with exceptional purity and consistency, empowering OEMs to meet rigorous specifications, streamline quality control, and guarantee competitive performance.
Environmental and Energy Risks
High-temperature pyrometallurgy and inefficient mechanical processes often result in excessive emissions, higher energy consumption, and costly waste management. Attero’s hydrometallurgy technology ensures energy-efficient, low-emission extraction, helping battery producers conserve resources, meet climate targets, and enhance their ESG profile.
End-of-Life Inventory and Trade Gaps
Attero Global’s digital platform addresses these challenges by centrally connecting buyers and sellers of end-of-life and second-life batteries, black mass, e-waste, and scrap metal across Europe in a secure, transparent, and compliant trade platform. The platform streamlines transactions, optimizes logistics, and unlocks new revenue streams lowering costs, mitigating regulatory risks, and advancing Europe's transition to a truly circular economy.
Metal Recovery Inefficiency
Traditional recycling methods often leave valuable lithium, cobalt, and nickel locked in waste streams, undermining both sustainability and profitability targets. Attero’s advanced hydrometallurgy delivers industry-leading recovery rates, ensuring manufacturers and OEMs reclaim the critical metals needed for new high-performance batteries, reducing raw material costs and boosting circular revenue.
Purity and Output Consistency
Low-purity recycled material can jeopardize battery quality, traceability, and compliance with stringent EU standards. Attero’s proprietary hydrometallurgical refining produces battery-grade metals with exceptional purity and consistency, empowering OEMs to meet rigorous specifications, streamline quality control, and guarantee competitive performance.
Environmental and Energy Risks
High-temperature pyrometallurgy and inefficient mechanical processes often result in excessive emissions, higher energy consumption, and costly waste management. Attero’s hydrometallurgy technology ensures energy-efficient, low-emission extraction, helping battery producers conserve resources, meet climate targets, and enhance their ESG profile.
End-of-Life Inventory and Trade Gaps
Attero Global’s digital platform addresses these challenges by centrally connecting buyers and sellers of end-of-life and second-life batteries, black mass, e-waste, and scrap metal across Europe in a secure, transparent, and compliant trade platform. The platform streamlines transactions, optimizes logistics, and unlocks new revenue streams lowering costs, mitigating regulatory risks, and advancing Europe's transition to a truly circular economy.
Metal Recovery Inefficiency
Traditional recycling methods often leave valuable lithium, cobalt, and nickel locked in waste streams, undermining both sustainability and profitability targets. Attero’s advanced hydrometallurgy delivers industry-leading recovery rates, ensuring manufacturers and OEMs reclaim the critical metals needed for new high-performance batteries, reducing raw material costs and boosting circular revenue.
Purity and Output Consistency
Low-purity recycled material can jeopardize battery quality, traceability, and compliance with stringent EU standards. Attero’s proprietary hydrometallurgical refining produces battery-grade metals with exceptional purity and consistency, empowering OEMs to meet rigorous specifications, streamline quality control, and guarantee competitive performance.
Environmental and Energy Risks
High-temperature pyrometallurgy and inefficient mechanical processes often result in excessive emissions, higher energy consumption, and costly waste management. Attero’s hydrometallurgy technology ensures energy-efficient, low-emission extraction, helping battery producers conserve resources, meet climate targets, and enhance their ESG profile.
End-of-Life Inventory and Trade Gaps
Attero Global’s digital platform addresses these challenges by centrally connecting buyers and sellers of end-of-life and second-life batteries, black mass, e-waste, and scrap metal across Europe in a secure, transparent, and compliant trade platform. The platform streamlines transactions, optimizes logistics, and unlocks new revenue streams lowering costs, mitigating regulatory risks, and advancing Europe's transition to a truly circular economy.