The Missing 'Reuse' Principle in India's EV Transition Journey

India has built genuine recycling infrastructure for its vehicles - 129 scrapping facilities, over four lakh vehicles processed. But a circular economy that only gets good at recycling has actually gotten only one step into a three-step hierarchy and the step it skipped is the one that matters most.

The circular economy hierarchy, as formalized under global frameworks tied to SDG 12, ranks options by how much value they preserve: reduce consumption first, reuse existing assets second, recycle materials only when something has genuinely reached the end of its useful life.

Recycling is necessary, but it's also the most resource-intensive of the three - it means melting down a chassis that may have years of structural life left, just to recover the raw steel inside it. India's EV transition policy has invested heavily in exactly this step: scrappage rules, recycling facilities, extended producer responsibility for material recovery.

What it has largely skipped is the middle tier - reuse - where a vehicle's engine gets replaced but its structurally sound body doesn't. Vehicle retrofitment makes this concrete. A diesel delivery van with a polluting engine but an intact chassis, frame and years of service life left doesn't need to be crushed to solve its emissions problem - its combustion engine can be replaced with an electric powertrain, keeping everything else.

That's reuse in its most literal automotive form: not recovering materials from waste, but preventing a functional asset from becoming waste in the first place. The environmental math is stark - scrap 30 crore vehicles and India generates roughly 2.7 crore tonnes of recyclable material and 0.54 crore tonnes of landfill waste, most of it avoidable for vehicles that were never actually beyond repair.

This same pattern - reuse getting skipped in favor of recycling - shows up well beyond automobiles, most visibly in electronics. India generates enormous volumes of e-waste and formal policy has focused overwhelmingly on recycling: authorized dismantlers, material recovery targets, extended producer responsibility schemes that measure success in tonnes of metal recovered.

What gets far less institutional attention is the refurbishment economy - the informal repair shops, component-harvesting networks and secondary markets that keep a phone, laptop or appliance functional for years past what "recycling" would have allowed.

A refurbished smartphone circulating through India's secondary market for another three years preserves vastly more embedded value - the manufacturing energy, the rare-earth extraction, the assembly labor - than melting it down for its metals ever could, exactly the same logic that makes vehicle retrofitment more circular than scrappage.

Two very different products, two very different informal and formal repair ecosystems - and the same structural blind spot. Extended Producer Responsibility, as currently designed in both sectors, measures manufacturers against recycling and material-recovery targets almost exclusively.

If EPR under SDG 12 is genuinely meant to drive responsible consumption, it needs a reuse-first test built into its metrics: did the producer's design and take-back systems make repair and retrofitment easier before recycling became the only option or did they engineer straight past that step?

An EPR framework that only counts what gets recycled is optimizing for the least circular tier of a three-tier hierarchy - and calling it sustainability.