IIT Hyderabad logoSTC2M2PCoE — IIT Hyderabad
Ministry of Mines · Government of India

Centre of Excellence under the National Critical Mineral Mission

Sustainable Technologies Centre for Critical Minerals and Metals Processing (STC2M2P) — Hub at IIT Hyderabad.

12

Consortium Partners

6

Research Verticals

6

CoE Objectives

9

Target Material Sets

Why IITH

Our Vision

  • IIT Hyderabad is actively engaged in minerals, metals & materials research.
  • IITH, with Australian universities, established the Australia-India Critical Mineral Research Hub (AICMRH).
  • IITH is executing a SPARC project on capacity building related to critical minerals with Australia.
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CoE Consortium

Academic, R&D, and industry spokes across India and Australia.

IIT Hyderabad logo
IIT Kharagpur logo
Monash University logo
UNSW logo
JNARDDC logo
CSIR-CECRI logo
ARCI logo
Hindalco Industries logo
JSW Steel logo
NMDC logo
Singareni Collieries (SCCL) logo
Critical Mineral Trackers logo
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Research Expertise (Hub)

STC2M2P Expertise

Mineral Characterization

Advanced analysis of ores, tailings, and recycled materials using XRD, MLA, SEM-EDS, ICP-MS, XPS, FTIR and other techniques.

Mineral Beneficiation

Processing of low-grade ores and secondary sources through innovative separation methods with novel equipment designs.

Hydrometallurgical Processing

Green solvent systems and selective leaching for efficient metal extraction along with novel equipment design.

Pyrometallurgical Processing

Pyrometallurgical techniques for critical metal recovery, including high-temperature processing (up to 1900°C) and reduction in controlled atmospheres.

Product Validation & Sustainability Integration

Performance validation and certification of fabricated components. Solid and liquid waste treatment to achieve zero-discharge processes.

Digital Metallurgy & Process Integration

AI & ML, FactSage, ThermoCalc, JKSimMet process simulation software, and physical models.

Explore research, objectives & capabilities

What We Do

Objectives of the CoE

01

Advanced Mineral Beneficiation

Develop efficient critical mineral beneficiation strategies from low-grade and secondary resources through advanced characterization and novel separation methods.

02

Circular Hydrometallurgy

Develop environmentally sustainable zero-discharge hydrometallurgical routes for selective extraction and enrichment of critical metals using green solvents and optimized techniques.

03

Sustainable Pyrometallurgy

Design and develop sustainability-driven pyrometallurgical processes for efficient recovery and responsible recycling of critical metals from concentrated resources.

View all six objectives
Close-up of polymetallic ore showing mineral liberation across the rock face

Research Publications, Patents & Projects

Impact

355

Publications (3 yr)

113

Patents

235

Projects

₹264.04 Cr

Revenue Generated

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IIT Hyderabad · December 14–15, 2026

Two-Day Workshop on Australia-India Critical Minerals Research Hub

Updates

News

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Get in Touch

Contact

Reach the CoE consortium team or the AICMRH workshop organisers.