This upstream focus is both necessary and overdue. India’s dependence on imported critical minerals, essential for clean energy, electronics, and advanced manufacturing, poses clear risks in an era of geopolitically concentrated supply chains. Strengthening domestic access to these resources is therefore central to economic resilience and strategic autonomy.

Yet, even as policy momentum builds, the next phase of India’s critical minerals strategy must move beyond extraction. The real challenge is one of integration - linking mining with processing, recycling, and end-use markets into a coherent value chain. Without this shift, gains at the upstream level will not translate into industrial capability or strategic advantage.

Nowhere is this imbalance more visible than in the treatment of secondary sources. Mining waste, tailings, and industrial residues are increasingly recognised as viable sources of critical minerals. Unlike greenfield mining, these resources often come with shorter gestation periods and lower environmental costs, making them an attractive complement to primary extraction. But despite this promise, secondary sources remain a strategically important yet underdeveloped pillar of India’s critical minerals framework.

Secondary Sources Underdeveloped

The reasons are both technological and institutional. While pilot projects are underway to recover minerals such as gallium, tellurium, and platinum group elements, large-scale commercialisation remains limited. More importantly, the enabling ecosystem comprising financing, regulatory clarity, and assured market offtake has yet to evolve in a manner that can support scale.

These challenges become even more evident when viewed through the lens of India’s recycling sector, which sits at the heart of any meaningful strategy on secondary resource utilisation.

Despite clear policy intent, recycling continues to face deep structural constraints. Demand-side signals remain weak, domestic offtake capacity is limited, and valuable intermediate materials are frequently exported, undermining domestic value addition. The result is a persistent leakage of economic value at precisely the stage where it could be captured.

At the same time, regulatory complexity adds to the burden. Firms must navigate multiple approvals for material imports, while inconsistencies between physical markets and certificate-based mechanisms under Extended Producer Responsibility (EPR) regimes distort pricing signals. Concerns around governance, ranging from weak enforcement capacity to the emergence of fraudulent certificates, further complicate the operating environment.

Policy Intent Market Design Mismatch

Taken together, these factors point to a deeper misalignment between policy intent and market design. India has recognised the importance of recycling, but has yet to create the conditions under which it can scale efficiently.

This reflects a deeper structural issue: India is still approaching critical minerals as a set of fragmented policy domains, rather than as an integrated value chain. Mining, processing, recycling, and demand creation remain insufficiently aligned, limiting the effectiveness of reforms in any one segment.

Equally important is what remains missing at the very start of the chain: design. Circularity in India’s industrial ecosystem is still treated largely as an afterthought. Products, particularly in sectors such as batteries and electronics, are rarely designed with end-of-life recovery in mind. Given India’s dependence on imported components in several of these sectors, the absence of design-for-recyclability further compounds downstream inefficiencies.

Without integrating circularity into manufacturing processes, efforts to scale recycling will continue to encounter structural limits. Policy cannot compensate indefinitely for design choices that lock in inefficiency.

Coordinated Action 

Moving from extraction to integration therefore requires coordinated action across the value chain.

First, India needs to strengthen its midstream capabilities. Processing and refining are not merely technical functions; they are strategic levers that determine where value is ultimately captured. Targeted incentives, cluster-based development of processing hubs, and greater support for applied research can help bridge existing gaps.

Second, market design in the recycling sector requires urgent attention. Rationalising EPR frameworks, aligning pricing mechanisms, and ensuring that trade policies do not inadvertently incentivise the export of high-value intermediates will be critical. Creating predictable demand through public procurement or sector-specific mandates could also provide the scale necessary to crowd in private investment.

Third, governance and traceability systems must be significantly strengthened. As material flows become more complex, particularly with hazardous and high-value inputs, robust monitoring mechanisms will be essential. This is as much a question of institutional capacity as it is of regulatory intent.

None of this diminishes the importance of ongoing upstream reforms. A stronger mining base is an essential foundation. But without corresponding progress in processing, recycling, and circular design, India risks replicating a familiar pattern - exporting raw or semi-processed materials while importing value - added products at higher cost.

The global race for critical minerals is no longer just about who controls resources. It is about who controls value chains. India has taken important first steps in strengthening extraction. The next phase must be about integration, that is aligning mining, processing, recycling, and design into a unified strategy. Getting this transition right will determine whether India merely participates in global critical mineral markets or emerges as a serious industrial player shaping them.

(The writer is president of the Chintan Research Foundation. Views expressed are personal.)