RelithQ’s technology platform is designed to deliver safe, compliant, and efficient lithium-ion battery recycling at industrial scale. Our processes combine proven engineering, intelligent recovery systems, and continuous optimization to maximize material recovery while minimizing environmental and operational risks.
We follow a structured, data-driven approach that ensures consistent performance across battery chemistries and operating conditions.
Intelligent Recovery Approach
Safety-First Operations
RelithQ operates under a comprehensive safety management framework covering battery discharge, dismantling, shredding, and chemical processing. Systems are designed to mitigate thermal runaway, fire hazards, and emissions, supported by continuous monitoring, trained operators, and emergency response protocols.
High Recovery Efficiency
Our integrated processing routes are engineered to achieve high metal recovery efficiencies across multiple lithium-ion chemistries. Continuous process optimization ensures stable yields, high-purity intermediates, and consistent performance at commercial scale.
Low-Carbon Recycling
Recycling through RelithQ’s processes offers a substantially lower environmental footprint compared to conventional mining and refining. Reduced energy intensity, minimized waste generation, and circular material flows contribute directly to emissions reduction goals.
Scalable Infrastructure
RelithQ’s facilities are designed with modular process blocks that allow phased expansion, capacity optimization, and technology upgrades. This architecture ensures flexibility, cost efficiency, and future readiness as battery volumes and chemistries evolve.
Process Flow
RelithQ follows a structured, safety-first and compliant process flow designed to maximize material recovery while minimizing environmental and operational risks.
Battery receipt & inspection
Incoming batteries are received from authorized sources and inspected for physical condition, chemistry, and compliance documentation. Each batch is logged into a digital tracking system to ensure full traceability and regulatory compliance.
Safe discharge & dismantling
Residual electrical energy is neutralized using controlled discharge systems to mitigate thermal and fire risks. Battery packs and modules are then dismantled under strict SOPs to safely segregate components for downstream processing.
Mechanical processing
Dismantled components undergo shredding and physical separation to recover casing materials such as aluminum, copper, and steel. Advanced dust and emission control systems are employed to maintain safe and compliant operating conditions.
Black mass generation
Active battery materials are concentrated into black mass containing lithium, cobalt, nickel, manganese, and graphite. Process parameters are optimized to ensure consistent quality and particle size for efficient downstream recovery.
Downstream recovery & refinement
Black mass is processed through hydrometallurgical and refining techniques to extract critical metals at high recovery efficiencies. Recovered materials are prepared for reuse in battery manufacturing and allied industries.
Continuous Improvement
ESG & Sustainability
ESG Framework
RelithQ integrates Environmental, Social, and Governance (ESG) principles into its lithium-ion battery recycling operations to ensure measurable sustainability outcomes, regulatory compliance, and transparent performance reporting.
Our ESG framework supports responsible resource recovery, worker safety, ethical governance, and alignment with global sustainability standards.
Regulatory & Framework Alignment
RelithQ’s operations align with internationally recognized frameworks to support responsible and compliant recycling:
● India BRSR Requirements – structured ESG disclosures and responsible business conduct
● EU Battery Regulation – environmentally sound battery waste management and traceability
● OECD Due Diligence Guidance – ethical sourcing, risk mitigation, and supply-chain transparency
Environmental
RelithQ focuses on maximizing material recovery while minimizing environmental impact across the battery lifecycle.
Key Environmental KPIs
● Overall material recovery rate: 90–95%
● Battery waste diverted from landfill: 95%+
● CO₂ emissions avoided: 2.5–4.0 tonnes per tonne of battery recycled
● Process water recycled: 80%+ through closed-loop systems
These outcomes significantly reduce reliance on primary mining and lower the carbon footprint of battery materials.
Social
RelithQ prioritizes workforce safety, skill development, and responsible handling of hazardous materials.
Key Social KPIs
● Safety training coverage: 100% of operational workforce
● Annual safety & technical training: 20–40 hours per employee
● Uncontrolled safety incidents: Zero tolerance policy
● Battery handling under documented SOPs: 100% coverage
These measures ensure safe working conditions and long-term capability building in clean-technology operations.
Governance
Strong governance underpins RelithQ’s operational integrity and stakeholder trust.
Key Governance KPIs
● Ethical sourcing compliance: 100% from authorized channels
● Material traceability: End-to-end batch-level tracking
● Audit readiness: 100% documentation maintained
● Regulatory compliance: Zero major non-compliance incidents
Transparent governance supports customer confidence, investor diligence, and regulatory oversight.
Impact Metrics
You can display the following as homepage or ESG-page counters:
● Battery waste diverted: 95%+
● Material recovery: 90–95%
● CO₂ avoided: Up to 4 t per t battery
● Water recycled: 80%+
● Workforce safety training: 100%
All metrics are indicative and may vary based on battery chemistry, feedstock condition, and operational scale.