E-Waste Recycling for Critical Minerals: Collection Gaps Persist Despite New Schemes
The Union government has introduced schemes aimed at boosting recovery of rare earth elements and precious metals from electronic waste
Formal e-waste collection continues to face significant gaps, with experts citing hurdles in formalising the largely informal recycling sector
Most discarded electronics in India are still processed through informal, unregistered channels that extract easily saleable metals like copper and aluminium while leaving critical minerals and rare earths unrecovered
Extended Producer Responsibility (EPR) obligations under existing e-waste rules have been cited as facing implementation gaps, including instances of overstated collection volumes by registered recyclers
E-Waste (Management) Rules, 2022
The E-Waste (Management) Rules, 2022, notified by the Ministry of Environment, Forest and Climate Change, govern the environmentally sound handling of electronic waste in India and came into force from 1 April 2023, replacing the E-Waste (Management) Rules, 2016. The rules establish an Extended Producer Responsibility (EPR) framework under which producers (manufacturers, brand owners, and importers) bear the responsibility for collecting and channelling end-of-life electronics to registered recyclers/dismantlers.
The article's core concern, that formal e-waste collection is not keeping pace with the government's ambition to recover precious metals and rare earths, stems from this gap between the EPR framework's current material coverage and the wider basket of critical minerals actually present in e-waste.
Critical Minerals and Rare Earth Elements: Why E-Waste Matters
Critical minerals are minerals essential for economic development and national security whose supply chains carry a high risk of disruption; the Ministry of Mines has identified a list of critical minerals for India (including lithium, cobalt, nickel, and rare earth elements) most of which India currently imports. E-waste, particularly discarded batteries, circuit boards, and hard disks, contains recoverable quantities of these minerals, making urban/electronic waste an alternative domestic source ("urban mining") to reduce import dependence.
The government's push to recover rare earths and precious metals from e-waste is directly linked to India's critical minerals strategy, since import substitution through domestic recycling is far less resource- and capital-intensive than developing new mining and refining capacity.
Critical Mineral Recycling Incentive Scheme (2025)
The Union Cabinet approved a Critical Mineral Recycling Incentive Scheme in September 2025, providing a six-year outlay of approximately ₹1,500 crore (through FY 2030-31) to incentivise formal-sector recycling of critical minerals — such as lithium, cobalt, and nickel — from battery scrap and e-waste, through capital expenditure subsidies and operational expenditure subsidies linked to incremental output.
Key Details
- Nodal ministry: Ministry of Mines
- Scheme outlay: approximately ₹1,500 crore over six years (through FY 2030-31)
- Provides capex subsidies (around 20%) and opex subsidies on incremental sales to eligible recyclers
- A share of the outlay is earmarked for small and new entrants to lower entry barriers for capital-intensive hydrometallurgical/recycling technology
- Recycling units must hold valid registrations under related rules, including the E-Waste (Management) Rules, 2022, the Battery Waste Management Rules, 2022, and the End-of-Life Vehicles Rules, 2025
This scheme represents the government's latest formal-sector push referenced in the article, but its effectiveness is constrained by the upstream collection gap: incentivising recyclers is of limited use if the bulk of e-waste never reaches formal, registered recyclers in the first place.
The Informal Sector and the Collection Gap
India remains among the world's largest e-waste generators, but a large share of this waste is processed through an unregulated informal sector that uses rudimentary methods (open burning, acid leaching) to extract easily saleable metals like copper and aluminium, while more complex-to-recover materials such as rare earths and certain precious metals are typically discarded or lost.
Key Details
- India generated an estimated 4.1–4.17 million tonnes of e-waste in a recent reporting year, and ranks among the top three e-waste-generating countries globally (after China and the United States)
- Only roughly one-third of India's e-waste is estimated to be processed through formal, registered channels; the rest flows through informal aggregators and dismantlers
- India's formal e-waste recycling rate has been estimated at around 10%, compared with a global average closer to 20-25% and much higher rates (50%+) in some developed economies
- Weak "inventorying" (tracking products from point of sale through end-of-life) is cited as a structural gap compared to producer take-back systems used in some other countries
This informal-sector dominance is the central "gap" the article describes: government schemes targeting formal recycling of precious metals and rare earths can only succeed if a much larger share of discarded electronics is diverted from informal channels into the formal, EPR-linked collection system.
- E-Waste (Management) Rules, 2022 — in force from 1 April 2023; replaced the 2016 Rules; covers 106 categories of electrical/electronic equipment under EPR
- India's Critical Minerals List: 30 minerals identified in 2023 by the Ministry of Mines
- Critical Mineral Recycling Incentive Scheme: approved by Union Cabinet, September 2025; approx. ₹1,500 crore outlay through FY 2030-31
- India's estimated e-waste generation: approx. 4.1–4.17 million tonnes in a recent year; among the top 3 global generators (after China, USA)
- Estimated share processed through formal/registered channels: roughly one-third; formal recycling rate estimated near 10%
- Key recoverable materials from e-waste: lithium, cobalt, nickel (batteries); gold, platinum, palladium, copper (circuit boards); rare earth elements (hard disk magnets, LED/display components)