Circular Economy & Secondary Metals Recovery

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The secondary metals recovery sector is changing more rapidly than many primary producers can keep up with. Battery recycling, e-waste processing, and urban mining are expanding commercially due to concerns about supply security, stricter extended producer responsibility regulations, and downstream customers demanding recycled content in supplier requirements. The EU Battery Regulation introduces mandatory recycled content targets for lithium, cobalt, and nickel starting in 2030, providing a clear commercial signal for secondary material streams that was absent at scale just three years ago.

Secondary metals recovery comprises various industries, including hydrometallurgical battery recycling, pyrometallurgical scrap processing, direct cathode recycling, and urban mining, each with different economic, technological, and regulatory characteristics. Entering this field without a solid grasp of real commercial opportunities carries substantial risk. Furthermore, chasing opportunities motivated only by regulatory demands that may not materialize on time adds additional risk. Secondary lithium, cobalt, and nickel from end-of-life EV batteries are approaching commercial scale ahead of many supply projections.

Organizations seizing this opportunity are those that quickly engaged in feedstock aggregation, formed processing technology partnerships, and established offtake agreements with battery manufacturers seeking recycled material supplies. Stellarix assists mining firms, recycling tech providers, and industrial investors in pinpointing where circular economy investments can generate lasting value, ahead of regulatory and market changes that are transforming primary and secondary metal economics.

Our Experience:

A battery manufacturer approached us for a technology intelligence and startup scouting study on lithium-ion battery recycling, profiling hydrometallurgical, pyrometallurgical, and direct cathode recycling approaches across recovery rates, processing economics, and scalability. The findings informed the client’s recycling partnership strategy ahead of EU Battery Regulation compliance timelines.
We conducted a market and regulatory intelligence study on the EU Battery Regulation recycled content framework, mapping implementation timelines, verification requirements, and recycling capacity under development across European markets to meet 2030 and 2035 targets. The study gave clients a forward-looking view of where compliant recycled content supply was realistically being built and where supply gaps were likely to persist beyond 2030.

An industrial investor involved us for a strategic foresight and opportunity assessment on urban mining and e-waste secondary metal recovery, examining commercially viable metal categories, processing technology maturity, and infrastructure requirements across 5 target European markets. The analysis identified 3 near-term recovery categories and 2 emerging technology partnerships worth pursuing, giving the client a concrete starting point for investment prioritization.