Resources: Minerals & Energy
High-Yield Fact Sheet
📊 High-Yield Data & Statistical Fact Sheet
| Cue Words | Notes |
|---|---|
| Summarize India's borders, coastline, and EEZ. | Frontiers & Maritime Zones:
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| Detail Indian forest cover, soils, and wetlands. | Ecological & Soil Statistics:
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| Summarize major geological formations and processes. | Geological Formations:
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| Summarize monsoon, climate, and seismic zones in India. | Climate & Hazards:
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| Outline demographic, mineral, and energy statistics. | Resources & Demographics:
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Metallic, Non-Metallic & Critical Minerals
Minerals & Strategic Supply Chains
Minerals & Strategic Supply Chains
| Cue Words | Notes |
|---|---|
| Map the geographic distribution and geological origins of Iron Ore reserves in India. | Metallic Mineral Reserves (Iron Ore):
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| Detail the formation process and major regions of Bauxite extraction in India. | Bauxite (Aluminum Ore):
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| Explain the constraints of domestic Copper reserves in India and identify global copper supply corridors. | Copper Resources & Geopolitics:
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| What are Rare Earth Elements (REEs) and why do they pose geopolitical supply chain risks? | Rare Earth Elements (REE):
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| Detail the global distribution of Lithium and India's strategies for securing domestic and international reserves. | Lithium Supply Security:
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| Analyze the global supply vulnerability of Cobalt and its ethical mining challenges. | Cobalt Resources:
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Energy Resources & Power Transition
Conventional, Renewable & Nuclear Systems
Conventional, Renewable & Nuclear Systems
| Cue Words | Notes |
|---|---|
| Compare the geological age, carbon quality, and geographic locations of Gondwana and Tertiary coal in India. | Indian Coal Classification:
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| Identify India's major onshore and offshore petroleum and natural gas basins. | Hydrocarbon Extraction Basins:
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| What are unconventional hydrocarbon resources and their exploration status in India? | Unconventional Hydrocarbons:
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| Outline India's Panchamrit renewable energy targets and identify geographical zones suited for solar and wind power. | Renewable Energy Portfolio:
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| Explain Homi Bhabha's three-stage nuclear energy program and the strategic value of India's Thorium reserves. | Thorium & Three-Stage Nuclear Cycle:
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Visual: India's Power Portfolio (Installed Capacity Mix 2024)
⚡ Power Portfolio Chart
India's Total Installed Capacity Mix (%)
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Source: Ministry of Power, Govt. of India (2024). Key Insight: While Coal remains the "Base Load" anchor at nearly 50%, the share of Renewables (Solar + Wind + Hydro) has surged to over 40%, aligning with India's COP26 commitments.
Mains Strategy: Resource Geopolitics
- Connect mineral resources to industrial localization, technological transitions, and strategic autonomy (e.g., Rare Earths, Lithium dependencies).
Mains Practice Questions
- Critical Minerals Security: Explain the strategic importance of securing critical mineral supply chains for India's transition to clean energy.
- Thorium Fuel Cycle: Discuss the potential of utilizing monazite-derived thorium to achieve long-term energy self-reliance in India.- India's three-stage nuclear power programme: Stage 1 uses Pressurised Heavy Water Reactors on natural uranium to breed plutonium-239; Stage 2 uses Fast Breeder Reactors on plutonium fuel to convert thorium to uranium-233; Stage 3 uses the Thorium-U233 cycle via Advanced Heavy Water Reactors.
- Coal firm board can grant approvals only after receiving requisite approvals from Central/State governments and statutory bodies; must inform CCO before opening a mine.
- India's copper cathode imports declined 34% due to a three-month supply disruption caused by a Quality Control Order (QCO).
- Copper is classified as a critical mineral in India due to limited domestic production and use in EVs, ACs, and wind turbines.
- Copper wire imports into India rose 17%, mainly from UAE.
- Peru is world's top-3 copper producer; India, world's 2nd-biggest importer of refined copper, may source 91-97% of copper concentrate from overseas by 2047.
- Cabinet approved rationalisation of royalty rates for graphite, caesium, rubidium, and zirconium; graphite shifts from per-tonne to ad valorem royalty basis.
- India is 100% import-dependent for cobalt, lithium, nickel, REEs and silicon, crucial for batteries, solar, semiconductors and advanced electronics.
- India defines critical minerals as those essential for economic development/national security whose limited availability or concentrated production exposes the country to supply-chain risks.
- Caesium and rubidium are not among India's 30 critical minerals though considered critical by US, Canada, South Korea; in 2023 Centre identified 30 critical minerals including lithium, cobalt, nickel, graphite, tin, copper.
- In 2025 India launched the National Critical Mineral Mission to achieve self-reliance, promote exploration (domestic and offshore), and fast-track regulatory approval for critical mineral mining.
- India already mines/processes seven critical minerals - copper, graphite, silicon, tin, titanium, rare earths, zirconium - though refining lags in scale or quality.
- India generates 250+ million tonnes of coal fly ash annually containing rare earths; red mud from aluminium plants contains gallium; zinc residues contain cobalt; steel slag carries vanadium.
- A 2024 IEEFA report said India's critical mineral demand is expected to more than double by 2030, while domestic mining may take over a decade to scale up.
- Cabinet approved a Rs 7,280 crore scheme (Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets/REPM) to secure India's rare earth magnet supplies.
- REPM scheme was approved amid India-Canada potential to cooperate on critical minerals.
- REPM scheme aims to establish 6,000 MTPA of integrated REPM manufacturing in India; neodymium-iron-boron magnets are vital for EVs, renewables, electronics, aerospace, defence.
- REPM scheme supports integrated facilities covering rare earth oxide-to-metal, metal-to-alloy, and alloy-to-finished-magnet conversion, over a 7-year duration.
- REPM scheme aims to reduce import dependence and strengthen India's position in global EV and clean energy value chains.
- A major domestic REE source is monazite-bearing beach sands, associated with thorium.
- India asked IREL to suspend a 13-year-old rare earth export agreement (especially neodymium) to Japan to safeguard domestic EV motor magnet supplies.
- India is engaging with China on export restrictions on germanium (used in semiconductors, fibre optics, solar panels); germanium is not a rare earth element.
- Over half of global germanium supply comes from China; India is fully import-reliant, sourcing via UAE; China banned germanium/gallium exports to the US.
- Germanium oxide is vital for manufacturing fibre optic cables.
- Rare earth elements (REE) are 17 elements: 15 lanthanides (La to Lu) plus scandium and yttrium; main source minerals are bastnasite, loparite, monazite.
- REEs are divided into the light/Cerium group and heavy/Yttrium group by atomic number; valued for high density, melting point, conductivity but hard to extract economically.
- First commercial REE use was in incandescent lamp mantles (99% thorium oxide, 1% cerium oxide); first technical use was in sunglasses (Neophan).
- China holds the largest REE reserves and controls 90% of global REE processing and 70% of production despite holding only 30% of global reserves.
- India has the third-largest REE reserves but produces less than 1% of world share; government opened REE exploration to private entities.
- In 2023, MMDRA was amended to support domestic mining, exploration licences, national auctions, mining of associated minerals and a national mineral exchange; REEs classified as critical.
- India imported over 53,000 MT of REE magnets in FY 2024-25 despite having 8% of world REE reserves, mainly in monazite sands across AP, Odisha, TN and Kerala.
- Phosphors use europium and terbium; lasers and optical devices use neodymium and erbium.
- Rare earth elements are also used in catalysts, glass, ceramics, and polishing powders, and make good phosphors due to sharp, stable colours.
- World has 90+ million tonnes of rare-earth-oxide equivalent: China (44 MT), Brazil (21 MT), India (6.9 MT), Australia (5.7 MT), Russia (3.8 MT), Vietnam (3.5 MT), US (1.9 MT), Greenland (1.5 MT); Japan plans to excavate REE-rich mud off Minamitori Island in 2026.
- Export curbs by UAE and potential EU restrictions on ferrous scrap are creating a supply challenge for scrap-deficient India.
- India's ferrous scrap demand is projected to reach 65 MT annually by 2030, with an import gap of 20-30 MT.
- The Centre's Vehicle Scrapping Policy (2021) aims to encourage recycling and remove old polluting vehicles, but uptake remains low.
- Tata Steel and others are setting up steel recycling plants; government is promoting shift to Electric Arc Furnace (EAF) steelmaking, which uses scrap as primary feedstock.
- India's steel consumption (152 MT currently) is projected to grow to 220 MT by FY30, 260 MT by 2035, and 390 MT by FY50.
- Cabinet approved a Rs 1,500-crore incentive scheme to develop critical mineral recycling capacity in India, part of the National Critical Mineral Mission, running FY2025-26 to FY2030-31.
- Critical minerals recycling scheme covers recovery of copper, lithium, nickel, cobalt, REEs from secondary sources; eligible feedstock includes e-waste, Li-ion battery scrap, catalytic converters from ELVs, with one-third outlay earmarked for small/new beneficiaries.
- India's coal production led by Odisha (25.74% in 2024), largest reserves held by Jharkhand
- Odisha holds 99.2 billion tonnes of coal, largest coal reserve in India
- India 100% import-dependent for cobalt, lithium, nickel, REEs, silicon for batteries and electronics
- India defines critical minerals as essential for economic development and national security
- India identified 30 critical minerals in 2023 including lithium, cobalt, nickel, graphite, tin, copper
- Copper classified critical mineral in India due to limited domestic production and use in EVs, ACs
- Peru world's top 3 copper producer, India second-biggest importer of refined copper
- India to source 91-97% copper concentrate requirements from overseas by 2047
- The Northeast region has 62,000 MW of hydropower potential, of which only 6.9% is currently harnessed.
- Cabinet allowed coal from auctioning to be utilised for any industrial use and export
- CoalSETU policy allows coal linkages from auctions for captive consumption, export, or any purpose
- Cabinet dispensed with Coal Controller Organisation nod for opening coal mines
- Coal firm boards can now accord permissions for opening mines and restarting non-operational mines
- India launched National Critical Mineral Mission 2025 to achieve self-reliance in critical minerals
- Cabinet approved royalty rationalisation for graphite, caesium, rubidium, zirconium critical minerals