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TDB‑DST Funds MiniMines Cleantech for Indigenous Lithium‑Ion Battery Recycling – Boosting Critical Mineral Self‑Reliance

TDB‑DST Funds MiniMines Cleantech for Indigenous Lithium‑Ion Battery Recycling – Boosting Critical Mineral Self‑Reliance
The Technology Development Board, under the Department of Science & Technology, has funded MiniMines Cleantech Solutions to commercialise an indigenous, zero‑discharge recycling process for lithium‑ion batteries, aiming for 99% recovery of critical minerals. This initiative aligns with India’s Aatmanirbhar Bharat and National Critical Minerals Mission, enhancing self‑reliance, energy security, and circular‑economy objectives.
The TDB of the DST has approved funding for MiniMines Cleantech Solutions Pvt. Ltd. to set up a commercial plant for the sustainable recycling of end‑of‑life lithium‑ion batteries. Key Developments Financial support extended to scale up the “Sustainable Recycling of the Waste Lithium‑ion Batteries” project. Commercialisation of an indigenous, zero‑discharge Hybrid Hydrometallurgy™ technology. Target recovery rates of up to 99 % for battery‑grade salts such as lithium carbonate and cobalt sulphate. Integration of EPR services for lithium‑ion batteries. Alignment with the National Critical Minerals Mission and the broader Aatmanirbhar Bharat agenda. Important Facts The company’s end‑to‑end recycling chain covers pre‑assessment, collection, segregation, mechanical processing, and advanced post‑processing stages such as selective separation and beneficiation. All steps are patented and developed domestically, reducing reliance on imported recycling equipment. The recovered materials will meet industry specifications and cater to both domestic demand and export markets, thereby supporting India’s clean‑energy transition. UPSC Relevance Understanding this initiative is crucial for GS III (Economy & Environment) as it illustrates: How India is building strategic autonomy in critical mineral supply chains. The role of public‑private partnerships and government funding mechanisms like TDB in technology commercialization. The practical application of circular‑economy concepts and EPR policies in the electronics sector. Implications for energy security, given the dependence of electric‑vehicle and renewable‑energy storage on lithium‑ion batteries. Way Forward To maximise impact, the government should: Facilitate a robust regulatory framework for battery collection and recycling under the EPR mandate. Encourage scaling of similar indigenous technologies through additional grants and tax incentives. Promote research‑driven innovation in alternative recycling methods to further lower energy consumption and emissions. Integrate recovered critical minerals into domestic manufacturing clusters for batteries and renewable‑energy storage, reducing import bills. Successful implementation will strengthen India’s position in the global clean‑technology landscape while advancing the goals of self‑reliance and sustainable development.
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Key Insight

TDB funds indigenous battery‑recycling tech to secure critical minerals and boost self‑reliance

Key Facts

  1. In 2026, the Technology Development Board (TDB) under the Department of Science & Technology approved funding for MiniMines Cleantech Solutions Pvt. Ltd.
  2. The project commercialises an indigenous "Hybrid Hydrometallurgy™" process that is zero‑discharge and claims up to 99% recovery of battery‑grade lithium carbonate and cobalt sulphate.
  3. The recycling chain covers collection, segregation, mechanical processing, selective separation and beneficiation, all patented in India.
  4. The initiative aligns with the National Critical Minerals Mission and the Aatmanirbhar Bharat agenda to achieve self‑reliance in critical minerals.
  5. It integrates Extended Producer Responsibility (EPR) for lithium‑ion batteries, creating a circular‑economy model for EV and renewable‑energy storage sectors.

Background

India's rapid EV adoption and renewable‑energy expansion have heightened dependence on imported lithium, cobalt and nickel. By fostering domestic recycling through TDB funding, the government aims to secure critical mineral supply chains, reduce import bills, and meet its climate and self‑reliance goals.

UPSC Syllabus

  • Essay — Economy, Development and Inequality
  • GS3 — Developments in science and technology and their applications
  • Essay — Environment and Sustainability
  • Essay — Science, Technology and Society
  • GS1 — Distribution of Key Natural Resources
  • GS2 — Government policies and interventions for development
  • Prelims_GS — National Current Affairs

Mains Angle

GS III (Economy & Environment) – Discuss how indigenous battery‑recycling technology can enhance strategic autonomy, promote circular economy and support the National Critical Minerals Mission.

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Overview

gs.gs375% UPSC Relevance

Full Article

The TDB of the DST has approved funding for MiniMines Cleantech Solutions Pvt. Ltd. to set up a commercial plant for the sustainable recycling of end‑of‑life lithium‑ion batteries.

Key Developments

  • Financial support extended to scale up the “Sustainable Recycling of the Waste Lithium‑ion Batteries” project.
  • Commercialisation of an indigenous, zero‑discharge Hybrid Hydrometallurgy™ technology.
  • Target recovery rates of up to 99 % for battery‑grade salts such as lithium carbonate and cobalt sulphate.
  • Integration of EPR services for lithium‑ion batteries.
  • Alignment with the National Critical Minerals Mission and the broader Aatmanirbhar Bharat agenda.

Important Facts

The company’s end‑to‑end recycling chain covers pre‑assessment, collection, segregation, mechanical processing, and advanced post‑processing stages such as selective separation and beneficiation. All steps are patented and developed domestically, reducing reliance on imported recycling equipment. The recovered materials will meet industry specifications and cater to both domestic demand and export markets, thereby supporting India’s clean‑energy transition.

UPSC Relevance

Understanding this initiative is crucial for GS III (Economy & Environment) as it illustrates:

  • How India is building strategic autonomy in critical mineral supply chains.
  • The role of public‑private partnerships and government funding mechanisms like TDB in technology commercialization.
  • The practical application of circular‑economy concepts and EPR policies in the electronics sector.
  • Implications for energy security, given the dependence of electric‑vehicle and renewable‑energy storage on lithium‑ion batteries.

Way Forward

To maximise impact, the government should:

  • Facilitate a robust regulatory framework for battery collection and recycling under the EPR mandate.
  • Encourage scaling of similar indigenous technologies through additional grants and tax incentives.
  • Promote research‑driven innovation in alternative recycling methods to further lower energy consumption and emissions.
  • Integrate recovered critical minerals into domestic manufacturing clusters for batteries and renewable‑energy storage, reducing import bills.

Successful implementation will strengthen India’s position in the global clean‑technology landscape while advancing the goals of self‑reliance and sustainable development.

Read Original on pib

TDB funds indigenous battery‑recycling tech to secure critical minerals and boost self‑reliance

Key Facts

  1. In 2026, the Technology Development Board (TDB) under the Department of Science & Technology approved funding for MiniMines Cleantech Solutions Pvt. Ltd.
  2. The project commercialises an indigenous "Hybrid Hydrometallurgy™" process that is zero‑discharge and claims up to 99% recovery of battery‑grade lithium carbonate and cobalt sulphate.
  3. The recycling chain covers collection, segregation, mechanical processing, selective separation and beneficiation, all patented in India.
  4. The initiative aligns with the National Critical Minerals Mission and the Aatmanirbhar Bharat agenda to achieve self‑reliance in critical minerals.
  5. It integrates Extended Producer Responsibility (EPR) for lithium‑ion batteries, creating a circular‑economy model for EV and renewable‑energy storage sectors.

Background & Context

India's rapid EV adoption and renewable‑energy expansion have heightened dependence on imported lithium, cobalt and nickel. By fostering domestic recycling through TDB funding, the government aims to secure critical mineral supply chains, reduce import bills, and meet its climate and self‑reliance goals.

UPSC Syllabus Connections

Essay•Economy, Development and InequalityGS3•Developments in science and technology and their applicationsEssay•Environment and SustainabilityEssay•Science, Technology and SocietyGS1•Distribution of Key Natural ResourcesGS2•Government policies and interventions for developmentPrelims_GS•National Current Affairs

Mains Answer Angle

GS III (Economy & Environment) – Discuss how indigenous battery‑recycling technology can enhance strategic autonomy, promote circular economy and support the National Critical Minerals Mission.

Analysis

Practice Questions

GS3
Easy
Prelims MCQ

Lithium‑ion battery recycling and critical minerals

2 marks
4 keywords
GS3
Medium
Mains Short Answer

Critical minerals, self‑reliance, public‑private partnership

10 marks
5 keywords
GS3
Hard
Mains Essay

Circular economy, critical minerals, policy framework

250 marks
7 keywords
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