Metals Recycling: A $14B Policy-Backed Growth Story

Every tonne of metal that goes into a power cable, an EV battery, or a factory floor has to come from somewhere. And for India, the answer to that question is becoming more complicated, more expensive, and more urgent with every passing year.

Demand for metals is climbing as infrastructure expands, manufacturing deepens, and electric mobility scales.

Yet domestic reserves alone cannot keep up.

For several non-ferrous metals, the country still depends heavily on imported scrap and raw materials.

This is where recycling begins to move from a sustainability conversation to an economic one.

Metal recycling is increasingly being viewed as a strategic lever. It reduces import dependence, lowers energy consumption, and strengthens supply security.

The scale of the opportunity is already visible.

Globally, the non-ferrous metal recycling market handles roughly 45 million tonnes of material.

Aluminium alone sees about 69.7 million tonnes of demand, with around 33% of that supply coming from recycled sources.

Copper shows even deeper penetration of recycling, with 40% of global demand already met by recycled metal.

Lead, meanwhile, has one of the most mature recycling ecosystems globally, with 35% of its demand sourced from recycled material.

Asia dominates this recycling landscape. China, Japan, and increasingly India are central to the region’s supply chains.

India’s own recycling market is also beginning to scale meaningfully.

The industry generated about $14.1 billion in revenue in 2024 and is projected to reach $21.4 billion by 2030, implying a 7.3% CAGR over the next five years.

But the real story lies in the aggregate numbers.

Recycling intensity varies significantly across metals, and that divergence reveals where the next growth opportunities could emerge.

Lead already operates at high recycling levels in India. Recycling intensity stood at 85% in FY24, and projections suggest it will remain around that level through FY30.

Aluminium recycling intensity has hovered around 40-43% in recent years, with projections suggesting it may rise to 45% by FY30.

Aluminium recycling is attractive largely because of its enormous energy advantage.

Producing aluminium from recycled scrap requires up to 95% less energy than producing it from primary bauxite.

Copper, however, is where the real momentum is building.

India’s overall copper demand rose from 1,159 kilotonnes in FY19 to around 1,522 kilotonnes in FY23, and is expected to reach roughly 1,660 kilotonnes in FY24.

By FY30, demand could climb to 2,460-2,560 kilotonnes.

More importantly, the share of recycled copper is expanding rapidly.

Secondary copper accounted for about 24% of supply in FY19, rising to 38-39% in recent years. By FY30, that share could reach 55%.

In volume terms, recycled copper volumes are expected to grow rapidly.

Secondary copper demand is expected to grow from roughly 645 kilotonnes in FY24 to more than 1.35 million tonnes by FY30, implying a growth rate of nearly 14% annually.

Energy economics also make this shift difficult to ignore.

Recycling copper requires up to 85% less energy than producing primary copper.

Zinc recycling saves about 76% of energy, while recycled lead production can cut CO₂ emissions by as much as 99%.

For a country expanding infrastructure, electric vehicles, and renewable energy capacity simultaneously, these savings are substantial.

Policy support is also beginning to shape the industry’s direction.

India has started introducing minimum recycled content mandates across metals.

By FY28, recycled content requirements will begin at around 5% for aluminium, copper, and zinc, rising to 10-25% by FY31, depending on the metal.

These mandates effectively guarantee demand for recycled material over time.

The vehicle scrappage policy could further accelerate scrap availability.

India currently has around 1.1 million medium and heavy commercial vehicles older than 15 years, with another 570,000 vehicles expected to cross that threshold in FY25-26.

Each scrapped vehicle becomes a source of steel, aluminium, copper, and lead feedstock for the recycling ecosystem.

Yet the industry is far from frictionless.

Scrap collection remains fragmented, with a largely unorganised value chain.

Policy frameworks are still evolving, and import-duty changes can alter economics quickly.

Many facilities also operate with outdated recovery technology, limiting efficiency.

Despite these constraints, companies such as Gravita India, Pondy Oxides & Chemicals, Eco Recycling, and Nupur Recyclers are gradually scaling operations.

If recycled content mandates tighten and scrap availability improves, organised recyclers could play a far larger role in India’s metal supply chain.

The underlying reality is simple.

India’s industrial growth will require far more metal than primary mining alone can provide.

The next phase of the country’s manufacturing expansion may depend not just on extracting new resources, but on how efficiently it learns to recover, refine, and reuse the ones already in circulation.

Sources:
Grand View Horizon Databooks
Crisil