The missing processing power in India’s critical minerals story
· OpIndia
As the global transition toward electric vehicles (EVs), renewable energy storage, and advanced digital devices accelerates rapidly, the scramble for raw materials has taken centre stage in strategic policy circles across the globe. Minerals such as lithium, nickel, cobalt, and rare earth elements serve as the essential foundational building blocks of modern technology, defence hardware, and green infrastructure.
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The government has identified the necessity of a clear policy framework regarding these minerals, but there lies a formidable structural challenge: possessing raw minerals in the ground is vastly different from possessing the domestic industrial capability to process, refine, and convert them into usable, high-purity materials required by battery cell manufacturers. The NITI Aayog recently reported that India is 100% import-dependent for nickel, cobalt and lithium. That is a problem.
The processing chokepoint: why discovery is not enough
Raw ores extracted directly from mines cannot be utilised in their crude state for manufacturing advanced lithium-ion batteries, semiconductors, or high-performance permanent magnets. Before these raw materials can enter modern manufacturing production lines, they must undergo complex multi-stage chemical purification, smelting, hydrometallurgical processing, and refining to reach strict battery-grade standards.
Although India is actively scaling up domestic mineral exploration initiatives and launching aggressive mineral block auction frameworks, its industrial ecosystem currently lacks the robust midstream refining infrastructure required to process these critical elements at a commercial scale. Consequently, even as domestic reserves are identified, mapped, and quantified by geological surveys, the nation remains heavily tethered to foreign suppliers for finished, high-purity industrial inputs. Without domestic refining capabilities, raw mineral discoveries do not automatically translate into supply security or economic sovereignty.
China’s iron grip on the global value chain
The crux of India’s strategic vulnerability and the central dilemma facing many nations lies in China’s near-monopoly over critical mineral processing. Although nations across Africa, Latin America, Australia, and various other regions extract substantial quantities of raw ores, a massive share of this global output is shipped directly to China for midstream refinement. Over the past three decades, strategic, state-backed industrial policies, long-term state capital allocation, and aggressive international asset acquisitions have allowed China to command a dominant share of global refining capacity for lithium, cobalt, nickel, and rare earths. For any country attempting to build an independent green manufacturing sector, bypassing China’s entrenched midstream processing dominance remains an immense uphill battle. This concentration of processing power creates a significant geopolitical asymmetrical advantage, leaving consuming nations vulnerable to export restrictions, supply disruptions, and price volatility controlled by a single dominant market player.
Structural challenges facing India
Technological complexity: Refining critical minerals to battery-grade purity levels requires sophisticated chemical engineering, proprietary technology, and specialised intellectual property. These midstream technological capabilities are still under active development domestically, requiring significant capital investment, research collaboration, and trial capacity before commercial deployment.
Environmental and energy intensity: Mineral processing facilities are inherently energy-intensive and demand massive, uninterrupted power inputs. Furthermore, the chemical processes involved require stringent environmental management systems to safely handle hazardous chemical waste, toxic byproducts, and industrial effluents to prevent long-term environmental degradation.
Capital intensity: Setting up state-of-the-art metallurgical refineries and chemical processing hubs involves massive upfront financial investments with exceptionally long gestation periods. This high-risk capital requirement often deters private sector participation in the absence of robust government co-financing, off-take guarantees, or derisking mechanisms.
Upstream supply uncertainty: Until commercial-scale domestic mining operations mature and yield consistent, high-volume ore output, domestic refineries face severe operational hurdles in securing a steady, reliable stream of raw feedstock required to maintain continuous processing operations efficiently.
The economic value chain gap: who retains the real profits?
In the global critical minerals economy, the majority of financial value creation does not occur at the raw extraction stage. Mining companies extract raw ore and sell it at relatively low market margins compared to midstream and downstream processors. The real economic value, profit margins, and strategic leverage are captured during the refining and chemical synthesis phases, where raw rock is transformed into high-value cathode active materials and battery-grade chemicals. By remaining primarily an importer of processed materials while domestic extraction capabilities are slowly built, India risks missing out on the most lucrative segment of the value chain.
If domestic policies focus exclusively on mining without simultaneously building refining infrastructure, foreign processors will continue to capture the vast majority of economic value generated by the global clean energy transition, leaving Indian manufacturers dependent on imported high-value components.
The road ahead: building end-to-end resilience
To break free from heavy import dependency, mitigate geopolitical risks, and secure its long-term economic sovereignty, India must look far beyond mere mineral extraction and focus aggressively on mastering the entire value chain of critical minerals, from mining to processing and finished commercial products. Strategic policy initiatives like the National Critical Minerals Mission and targeted overseas asset acquisitions by state-backed joint ventures (such as KABIL) represent crucial first steps in safeguarding raw material supply lines.
However, achieving true self-reliance will require sustained investments in domestic research and development (R&D), streamlined environmental clearance frameworks, tailored Production-Linked Incentive (PLI) schemes for midstream processing, and robust public-private partnerships to construct world-class refining hubs on home soil. Until India successfully bridges the gap between raw extraction and industrial refining, the true economic dividends of the clean energy transition will continue to flow abroad, leaving domestic manufacturing exposed to external supply shocks.
This report was originally published on Chapter1Mag. Click here to read the full report.