Where Are Aluminium UBC Scrap Prices, Consumption and Availability Heading

Aluminium scrap has emerged as a strategic raw material at the centre of global metals trade, industrial decarbonisation and supply chain security. Once considered a secondary feedstock, scrap aluminium is now a primary lever for reducing carbon intensity, stabilising input costs and safeguarding domestic manufacturing competitiveness.

Across key markets such as the European Commission jurisdiction, India and China, aluminium scrap flows are reshaping trade patterns. Export restrictions, record import volumes, regulatory scrutiny and price volatility are redefining the availability landscape. The central question remains: where are aluminium UBC scrap prices, consumption and supply headed over the medium term?

Rising Strategic Importance of Aluminium Scrap

Secondary aluminium production consumes up to 95% less energy compared to primary aluminium smelting. In a decarbonising global economy, this differential is no longer marginal—it is transformational. 

Governments are introducing emission intensity rules, carbon pricing mechanisms and circular economy mandates. Manufacturers are under pressure to reduce Scope 1, 2 and 3 emissions. As a result:

Demand for low-carbon aluminium is accelerating. Scrap-based production is gaining policy support. Competition for high-quality scrap is intensifying.

This structural shift is driving price strength and tightening availability in several regions.

Europe's Scrap Leakage Debate

In Europe, the debate has intensified over aluminium scrap exports to Asia. Mario Conserva, Secretary General of the Federation of Aluminium Consumers in Europe (FACE), alongside Emilio Braghi, CEO of Novelis Europe, has urged policymakers to reconsider scrap export flows.

The concern is clear:

EU aluminium scrap exports surpassed 1.2 million tonnes in 2024. This accounts for roughly 10–11% of global scrap trade. A significant share is shipped to Asian markets.

Meanwhile, domestic European recycling facilities reportedly face feedstock shortages. Idle secondary capacity threatens Europe's industrial base and undermines decarbonisation objectives.

In response, the European Commission launched a focused public consultation running until January 31, 2026. The consultation aims to assess:

Availability of aluminium scrap within the EU Impact of record export levels Implications for industrial competitiveness Alignment with EU climate goals

Should export restrictions be implemented, global trade flows could experience significant disruption, tightening supply in Asia while stabilising European domestic markets.

India: Rising Import Dependence

India has rapidly increased its reliance on imported aluminium scrap. Imports nearly doubled from 0.88 million tonnes in 2015 to an expected 2 million tonnes by 2025. This represents an annual growth rate of approximately 8.6%.

By 2025:

Imports are projected to exceed 2 million tonnes. Around 85% of scrap consumption will depend on foreign supply.

The drivers are structural:

Limited domestic scrap generation Expanding downstream sectors (foundries, extruders, rolling mills) Growth in construction and automotive industries

However, rising global competition and potential EU export restrictions introduce supply risk. Any tightening in Europe would likely increase price pressure on Indian buyers.

India is also strengthening its climate framework. Secondary aluminium has been included in regulated sectors under the Greenhouse Gases Emission Intensity Target Rules, 2025. This policy shift reinforces the role of scrap in reducing carbon intensity across energy-intensive industries.