The missing ‘reuse’ principle in India’s EV journey

UPSC Syllabus: Gs Paper 3- Infrastructure

Introduction

India’s electric mobility transition is gaining momentum, but genuine circularity requires more than expanding electric vehicle adoption and recycling. The circular economy follows a hierarchy: reduce resource use, reuse existing assets, and recycle materials only after useful life ends. India has strengthened vehicle recycling, yet reuse remains less developed. The key issue is whether structurally sound older vehicles should be scrapped or instead extended through certified electric retrofitment.

India’s Progress in Vehicle Recycling and Scrappage

1. Strengthened regulatory framework: The Motor Vehicles (Registration and Functions of Vehicle Scrapping Facility) Rules, 2021 and Environment Protection (End-of-Life Vehicles) Rules, 2025 strengthen responsible vehicle recycling and material recovery.
2. Expansion of formal facilities: By January 2026, 129 Registered Vehicle Scrapping Facilities were operating across 21 States and Union Territories.
3. Vehicles processed: These facilities had processed 4.3 lakh vehicles by January 2026, showing progress towards organised vehicle recycling and resource recovery.
4. Role of scrappage: Scrappage remains necessary for vehicles that have genuinely reached the end of their useful lives and require material recovery.
5. Limit of recycling: Recycling recovers materials after vehicles become waste, while circularity also requires preserving useful assets before disposal.

Why Reuse Matters in India’s EV Transition

1. Large existing vehicle base: India’s huge vehicle population makes existing vehicles an important resource during the country’s transition towards electric mobility.
2. Age does not mean uselessness: An ageing vehicle may still have a strong chassis, intact body and considerable remaining service life.
3. Risk of premature scrappage: Treating every old vehicle as disposable can destroy useful material and functional value that remains within structurally sound vehicles.
4. Electrification beyond new sales: India’s transition should consider integrating suitable existing vehicles into electrification rather than focusing only on selling new electric vehicles.
5. Need for resource efficiency: Extending existing vehicle life can support electrification while reducing unnecessary replacement and preserving resources already invested in those vehicles.

Missing Reuse Principle: Retrofitment and Vehicle Hierarchy

1. Retrofitment as reuse: Retrofitment replaces the internal-combustion engine and related components with an electric powertrain while retaining the vehicle’s core structure and useful value.
2. Why retrofitment matters: A structurally sound vehicle with a polluting or inefficient powertrain can continue serving after certified conversion, instead of being prematurely scrapped.
3. Environmental cost of scrappage: A single two-wheeler generates about 90 kg of recyclable material and 18 kg of landfill waste when scrapped, showing the waste burden of disposal.
4. Fleet-level waste burden: Across approximately 30 crore vehicles, a scrap-first approach could generate 2.7 crore tonnes of recyclable material and 0.54 crore tonnes of landfill waste.
5. Condition-based vehicle hierarchy: Policy should assess vehicles by their safety, structural condition and remaining utility, rather than treating age alone as the basis for disposal.
6. Three appropriate pathways: Safe and efficient vehicles should continue operating; structurally sound but polluting vehicles should be retrofitted; and unsafe or severely damaged vehicles should be scrapped and recycled.

Broader Benefits of a Reuse-Oriented EV Policy

1. Lower material consumption: Retrofitment can reduce demand for new materials by retaining structurally sound vehicle components instead of replacing complete vehicles.
2. Reduced waste generation: Extending vehicle life can prevent recyclable material and landfill waste from being generated through premature scrappage.
3. Lower fossil-fuel dependence: Converting suitable vehicles to electric powertrains can reduce emissions and fossil-fuel dependence while supporting transport electrification.
4. Supports Sustainable Development Goal 12: Retrofitment supports Sustainable Development Goal 12 by promoting responsible consumption, resource efficiency and reduced waste.
5. Better balance with recycling: Reuse and recycling should work together, with retrofitment preserving useful assets and scrappage handling vehicles that have exhausted their value.
6. More acceptable scrappage policy: Condition-based assessment can make scrappage more acceptable because older vehicles would not be discarded indiscriminately.
7. Authentic circularity: Giving reuse a stronger policy role would ensure that recycling occurs only after a vehicle has genuinely reached the end of useful life.

Conclusion

India’s EV transition should move beyond a scrap-and-recycle approach towards a condition-based circular model. Structurally sound vehicles should be given scope for certified retrofitment, while genuinely unsafe or exhausted vehicles should enter recycling. Giving reuse a stronger policy role can preserve embedded value, reduce waste and resource demand, support electrification, and make India’s mobility transition more genuinely circular and sustainable.

Question for practice:

Discuss the importance of the ‘reuse’ principle in India’s electric vehicle transition, with special reference to vehicle retrofitment and a condition-based vehicle hierarchy.

Source: The Hindu