IREL Opens Seven Rare-Earth and Titanium Technologies for Commercialisation: India’s Critical Minerals Push

Why in News?

IREL (India) Limited, a public sector undertaking under the Department of Atomic Energy (DAE), has invited entrepreneurs, startups and industries to commercialise seven indigenous rare-earth and titanium technologies.

Important Point

• The technologies have been developed and demonstrated at IREL’s Rare Earths and Titanium Technology Park (RETTP) in Bhopal, which was formally inaugurated on 10 May 2026.
• The facility is designed to bridge the gap between laboratory research, pilot-scale demonstration and industrial deployment.
• This is significant because India is trying to move beyond merely possessing or processing critical-mineral resources and build capabilities in higher-value materials, permanent magnets and strategic industrial products.

About IREL (India) Limited

• IREL (India) Limited is a Government of India enterprise functioning under the Department of Atomic Energy.
• It is involved in mineral-sand mining, mineral separation and the production and processing of rare-earth materials.
• Its activities are particularly important because monazite, an important source of rare-earth elements, is regulated under India’s atomic-energy framework.
• IREL is playing an increasingly important role in developing India's domestic rare-earth supply chain.

IREL has also established a facility at RETTP for recovering magnetic rare-earth elements from end-of-life permanent magnets.

Rare Earths and Titanium Technology Park (RETTP)

The Rare Earths and Titanium Technology Park, located in Bhopal, Madhya Pradesh, was inaugurated on 10 May 2026.

Main Objectives

• Demonstrate indigenous rare-earth and titanium technologies at pilot scale.
• Convert laboratory-developed technologies into commercially deployable processes.
• Facilitate technology transfer to entrepreneurs and industries.
• Train technical personnel.
• Reduce the gap between research and commercial manufacturing.
• Strengthen domestic supply chains for strategically important materials.

According to the Department of Atomic Energy, the facility is intended particularly to scale up technologies developed by institutions such as BARC and enable their adoption by industry.

Seven Technologies Offered for Commercialisation

IREL's technology-transfer programme covers technologies linked to rare-earth materials, permanent magnets, phosphors and titanium.

1. Lanthanum Production Technology:

• Lanthanum (La) is a rare-earth element used in: Rechargeable batteries, Petroleum-refining catalysts, Optical glass, Special alloys, Electronics
• Domestic production can reduce dependence on imported high-purity rare-earth materials.

2. Cerium Production Technology

• Cerium (Ce) is one of the most widely used rare-earth elements.
• Major applications include: Glass polishing, automobile catalytic converters, Industrial catalysts, Special glass, and Metallurgical applications

3. Neodymium Production Technology

• Neodymium (Nd) is strategically important because it is a major component of powerful permanent magnets.
• It is extensively used in: Electric vehicle motors, Wind turbines, Electronics, Robotics, Defence equipment, Aerospace systems

4. Recovery of NdPr from End-of-Life NdFeB Magnets

• One of the most important technologies relates to the recovery of neodymium-praseodymium (NdPr) from discarded NdFeB permanent magnets.
• The technology establishes a circular-economy route:
• Used NdFeB Magnet → Recycling → NdPr Recovery → Magnet Raw Material → New Permanent Magnets
• IREL has already set up a rare-earth recycling facility at the Bhopal theme park to recover magnetic rare earths from end-of-life magnets.

5. Lamp Phosphor Technology

• Rare-earth phosphors are used to convert electrical or ultraviolet energy into visible light.
• Applications include: Fluorescent lamps, Special lighting, and Electronic displays
• Domestic production helps strengthen India's advanced-materials ecosystem.

6. LED Phosphor Technology

• Rare-earth-based phosphors are also important in: LEDs, Displays, Electronic lighting, Optical systems Producing them domestically can reduce reliance on imported value-added rare-earth products.

7. Titanium Sponge Technology

• Titanium sponge is an intermediate porous form of titanium used as a feedstock for producing titanium metal and titanium alloys. It has applications in: Fighter aircraft, Aerospace structures, Missile systems, Marine applications, Chemical industries, High-performance engineering

Why Are Rare Earth Elements Important?

Rare Earth Elements constitute a group of 17 metallic elements, including the 15 lanthanides along with scandium and yttrium. Despite their name, many rare earths are not necessarily geologically rare. The challenge is that economically viable concentrations are limited and their separation and refining are technologically complex.

What are NdFeB Permanent Magnets?

NdFeB stands for Neodymium-Iron-Boron. NdFeB magnets are among the most powerful commercially available permanent magnets.

Main Raw Materials

• Neodymium + Praseodymium + Iron + Boron
• The government expects India's demand for rare-earth permanent magnets to double by 2030 compared with 2025 levels.

India's Rare-Earth Resource Base

India possesses a significant geological base of rare-earth-bearing minerals.

According to government estimates:

• India has about 13.15 million tonnes of monazite deposits.
• These contain approximately 7.23 million tonnes of rare-earth oxides (REO).
• Significant deposits occur in Andhra Pradesh, Odisha, Tamil Nadu, Kerala, West Bengal, Jharkhand, Gujarat and Maharashtra.
• Another 1.29 million tonnes of in-situ REO resources have been identified in hard-rock areas of Gujarat and Rajasthan.

Then What is India's Main Problem?

• India's problem is not simply the absence of mineral resources.
• The major weakness lies further down the value chain:
• Mining → Separation → Refining → Metals → Alloys → Magnets/Components → Finished Products
• India needs significantly greater capabilities in the midstream and downstream segments, particularly metals, alloys, permanent magnets and other high-value products.
• ₹7,280-Crore Rare Earth Permanent Magnet Scheme
• IREL's technology commercialisation programme is closely connected with India's broader effort to create a domestic permanent-magnet ecosystem.
• The Union Cabinet approved the Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets in November 2025 with a total financial outlay of ₹7,280 crore.

Key Features

The proposed integrated facilities will cover:

Rare Earth Oxide → Rare Earth Metal → Alloy → Finished Permanent Magnet

The government intends to create a domestic supply chain instead of remaining dependent on imports for finished magnets.

Significance for Atmanirbhar Bharat

• IREL's initiative reflects a shift in India's critical-minerals policy from simply ensuring access to raw materials towards achieving technological and manufacturing sovereignty.
• For strategic minerals, genuine self-reliance requires control over the entire value chain:
• Resources + Processing + Technology + Manufacturing + Recycling
• The seven technologies being commercialised at RETTP can contribute to filling precisely this midstream and downstream gap.

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