The transition towards electric vehicles, renewable energy, advanced electronics and artificial intelligence is changing the geography of natural-resource competition.
The energy transition may reduce dependence on fossil fuels, but it increases dependence on a new set of resources: critical minerals.
Lithium, cobalt, nickel, copper, manganese, graphite and rare earth elements are increasingly important for batteries, electric mobility, renewable energy, electronics, defence and advanced computing.
For India, securing these minerals has therefore become an issue of economic security, energy security and strategic autonomy.
Why critical minerals matter
The modern economy depends upon complex technological supply chains.
Electric vehicles require batteries.
Batteries require critical minerals.
Renewable-energy systems require advanced materials.
Semiconductor and defence industries require specialised minerals and materials.
Therefore, mineral security is increasingly connected with industrial security.
The problem of geographical concentration
The critical-mineral supply chain is geographically concentrated.
Mining, refining and processing are often controlled by a limited number of countries.
This creates vulnerabilities.
Even when a mineral is available globally, India may remain dependent on foreign countries if domestic processing and refining capabilities are inadequate.
Therefore:
**Resource security is not merely about owning mineral deposits. It is about controlling the value chain.**
India's overseas strategy
India is increasingly exploring overseas mineral assets and international partnerships.
Recent developments involving Indian companies seeking nickel assets in Indonesia and the Philippines and lithium resources in Zimbabwe demonstrate how Indian industry is attempting to build overseas mineral supply chains. Reuters
Such diversification can reduce concentration risk.
However, overseas acquisitions must be complemented by domestic processing, recycling and technological development.
Deep-sea mining
The deep ocean represents another potential source of critical minerals.
The Indian Ocean contains polymetallic nodules containing minerals such as:
- manganese;
- nickel;
- cobalt;
- copper.
India has developed technological capabilities for deep-sea exploration and seabed mining under its broader Deep Ocean Mission.
In September 2026, the Ministry of Earth Sciences and National Institute of Ocean Technology conducted an industry workshop on deep-sea mining, emphasising its strategic importance for critical-mineral security and the Blue Economy. Press Information Bureau
But deep-sea mining creates an ecological dilemma
The deep ocean is among the least understood ecosystems on Earth.
Mining the seabed could potentially disturb:
- marine habitats;
- sediment systems;
- microorganisms;
- biodiversity;
- carbon cycles.
This creates a classic public-policy dilemma:
Resource security vs ecological conservation
India therefore needs a science-based approach rather than treating deep-sea mining merely as a source of minerals.
International regulation
Commercial deep-sea mining in areas beyond national jurisdiction is connected with the International Seabed Authority (ISA).
An important issue is the development of rules governing exploitation while ensuring environmental protection.
India must therefore combine technological ambition with international environmental responsibility.
Critical minerals and electric mobility
India's electric-mobility transition makes mineral security even more important.
A shift from internal-combustion vehicles to electric vehicles changes the composition of resource demand.
Instead of importing large quantities of petroleum throughout the life of a vehicle, the economy becomes more dependent on battery minerals and associated technologies.
This requires:
- domestic mineral exploration;
- overseas partnerships;
- recycling;
- battery innovation;
- mineral processing;
- material substitution.
Recycling as a strategic resource
Urban mining and recycling could become increasingly important.
Used batteries, electronic waste and discarded equipment contain valuable materials.
Recovering these materials can reduce dependence on virgin mineral extraction.
India should therefore build a circular economy around:
Extraction → Manufacturing → Consumption → Recovery → Recycling → Reuse
Way forward
India's critical-mineral strategy should rest on six pillars:
1. domestic exploration;
2. overseas resource partnerships;
3. domestic refining and processing;
4. recycling;
5. research into substitutes;
6. strategic international cooperation.
Deep-sea mining should additionally be subject to rigorous environmental assessment and monitoring.
Conclusion
The energy transition is creating a new resource geography.
For India, critical minerals are not merely an industrial issue. They lie at the intersection of energy security, climate policy, electric mobility, national security, technology and international relations.
The objective should be neither unrestricted extraction nor complete dependence on imports.
India needs a balanced strategy that combines resource security with ecological responsibility.
UPSC GS-III: Environment, Energy, Science & Technology, Infrastructure, Mineral Resources Essay: Development vs Conservation; Resource Security APPSC/TGPSC: Environment, Economy, Geography, Blue Economy
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