Safe, compliant recycling of Li-ion, lead-acid, NiMH and EV batteries — recovering critical materials while meeting Battery Waste Management Rules 2022.
India's electric vehicle revolution, renewable energy storage expansion and consumer electronics boom are driving exponential growth in battery usage — and an equally rapid increase in end-of-life battery volumes. Batteries contain a cocktail of hazardous materials including lead, sulfuric acid, cobalt, lithium, nickel, cadmium and mercury that pose severe environmental and health risks if improperly disposed of, yet also contain highly valuable critical minerals that are essential inputs for new battery production. Peak Idea Corporation LLP's Battery Recycling division provides safe, certified and resource-efficient recycling solutions for all battery chemistries and applications.
India's Battery Waste Management Rules 2022, notified by MoEFCC, establish an Extended Producer Responsibility framework covering all battery types — portable, automotive, industrial and electric vehicle batteries. Under these rules, battery manufacturers, importers and refurbishers must register on the CPCB portal and meet progressive collection and recycling targets. Peak Idea supports obligated entities with complete EPR compliance under Battery Waste Management Rules, including CPCB registration, collection network establishment, EPR certificate procurement and annual return filing — making us a true single-window battery waste compliance partner.
Our battery recycling network encompasses CPCB-authorised recyclers with proven hydrometallurgical and pyrometallurgical processing capabilities for lithium-ion batteries, advanced lead smelters for lead-acid battery recycling and specialised facilities for NiMH, NiCd and primary batteries. We offer doorstep collection services for bulk battery waste from manufacturers, automotive service centres, UPS facilities, telecom towers, data centres and industrial plants — with hazardous waste manifests and transportation in compliant vehicles. For EV battery packs, we also offer second-life assessment and refurbishment services before final recycling, maximising the resource value of each pack.
Battery waste is classified as hazardous under HWM Rules. Our collection, transport and processing operations comply fully with hazardous waste manifest requirements, preventing illegal disposal and environmental contamination.
Advanced processing achieves recovery rates of over 95% for lead, 80%+ for cobalt and lithium from Li-ion batteries — returning critical materials to the supply chain and reducing dependence on virgin mining.
Full EPR compliance management for producers and importers under Battery Waste Management Rules 2022 — including CPCB registration, collection target calculation, certificate procurement and annual returns.
Specialist capability for EV battery pack handling — second-life assessment, safe discharge and dismantling, module-level testing, cell harvesting where viable and compliant recycling of remaining materials.
Pan-India collection network covering all major cities and industrial hubs, with compliant hazardous waste transport vehicles, trained handlers and real-time tracking of consignments from pick-up to processing.
Detailed recycling impact reports for ESG disclosures, quantifying hazardous waste diverted, critical materials recovered and GHG emissions avoided through responsible battery recycling versus landfill disposal.
We assess your battery waste volumes, chemistries and site constraints, then schedule a compliant collection using appropriately certified hazardous waste transport vehicles with trained handlers and HWM manifest documentation.
Battery waste is transported in UN-approved packaging with hazardous goods markings to our CPCB-authorised facility, where it is weighed, categorised by chemistry and logged against your organisation's account with a formal waste receipt note.
All batteries are safely discharged before dismantling. They are then sorted by chemistry (Li-ion, lead-acid, NiMH, NiCd, alkaline) to route each type to the appropriate processing technology for maximum material recovery efficiency.
Li-ion batteries undergo hydrometallurgical processing for cobalt, lithium, nickel and manganese recovery. Lead-acid batteries are smelted for lead and polypropylene recovery. All hazardous by-products are managed in accordance with HWM Rules.
EPR certificates are generated on the CPCB portal, HWM annual returns are filed and a comprehensive recycling report including material recovery data and environmental metrics is provided to your organisation for ESG and regulatory reporting purposes.
Partner with Peak Idea Corporation LLP for safe, compliant and resource-efficient battery recycling that protects the environment and meets all regulatory requirements.