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.
China: Expanding Secondary Usage
China continues to reposition itself toward scrap-based aluminium production.
Recent trends indicate:
- Aluminium scrap imports have reached a five-year peak.
- Domestic scrap shipments rose approximately 25% year-on-year in December 2025.
- Thailand contributed 23.3% of total scrap imports.
- Secondary aluminium usage increased from 12.70 million tonnes in 2024 to 13.35 million tonnes in 2025 (up 5.1% YoY).
Simultaneously, imports of unwrought aluminium alloy declined year-on-year but showed strong month-on-month growth, reflecting tactical inventory management and price arbitrage strategies.
China’s policy framework supports circularity and energy efficiency. The shift toward scrap-based production reduces reliance on energy-intensive primary smelting and mitigates exposure to coal-powered electricity.
Price Trajectory: Record Highs and Volatility
In Guangdong, prices for domestically produced #6063 aluminium scrap surged 7.9% month-on-month, reaching approximately USD 2,746 per tonne by mid-January.
At the same time:
- Composite primary aluminium prices approached 19-year highs.
- RMB prices hovered near 24,645 per tonne.
Several structural forces are driving elevated price levels:
- Tight scrap availability
- Strong secondary demand
- Rising primary aluminium benchmarks
- Carbon-related cost pressures
- Geopolitical trade realignments
With China increasing scrap intake and India scaling imports, competition for exportable scrap volumes intensifies. If the EU moves toward export controls, prices could experience further upward momentum.
Short-term volatility remains likely, but structurally elevated price floors appear increasingly entrenched.
Solar Sector: A Future Scrap Wave
The solar industry represents both opportunity and challenge for aluminium recyclers.
Global solar installations have surpassed 2.2 terawatts, incorporating roughly 8 million tonnes of aluminium, primarily in frames and mounting systems. Aluminium accounts for nearly 85% of materials in photovoltaic structural components.
According to the International Renewable Energy Agency (IRENA):
- Solar panel waste could reach 1.7–8 million tonnes by 2030.
- By 2050, cumulative waste may rise to 60–78 million tonnes.
This emerging scrap stream presents a long-term supply opportunity. However, recycling photovoltaic aluminium requires:
- Efficient dismantling systems
- High-purity sorting
- Scalable reverse logistics infrastructure
Circularity in solar infrastructure will become a defining issue for aluminium sustainability.
Innovation and Recycling Campaigns
Recycling innovation and public awareness campaigns are strengthening collection rates.
At Paris Packaging Week, Tom Giddings of Alupro highlighted the UK Aerosol Recycling Initiative (UKARI), demonstrating how consumer education improves aerosol capture rates.
In the United States, Every Can Counts US partnered with Open Water at the Intuit Dome, home of the LA Clippers, to promote aluminium beverage can recycling. The initiative underscores aluminium’s ability to return to store shelves as new cans in less than 60 days on average.
These campaigns reinforce aluminium’s circular advantage and strengthen scrap recovery infrastructure, supporting long-term availability.
India’s Decarbonisation Roadmap
India’s climate framework is evolving rapidly.
The NITI Aayog unveiled decarbonisation roadmaps for aluminium, cement and MSMEs. The goal is to balance emissions reduction with industrial competitiveness, particularly in light of carbon border adjustment mechanisms introduced by the EU.
Meanwhile, National Aluminium Company Limited (NALCO) plans to develop 200–300 MW of renewable capacity with battery storage to reduce reliance on coal-based captive power, which currently accounts for about 80% of its emissions.
As renewable energy integration accelerates, scrap-based aluminium production will become increasingly aligned with low-carbon strategies.
Consumption Outlook
Global aluminium demand continues to grow, driven by:
- Electric vehicles
- Renewable energy infrastructure
- Lightweight construction materials
- Packaging sustainability initiatives
Secondary aluminium’s share of total consumption is steadily rising. China’s increase from 12.70 to 13.35 million tonnes within a year illustrates this structural transition.
Expect the following trends:
- Scrap demand growth outpacing primary aluminium growth
- Increased competition for clean, segregated scrap grades
- Rising premiums for low-contamination material
- Greater regionalisation of scrap flows
Availability: Structural Tightness Ahead?
Scrap availability depends on three primary factors:
- End-of-life product generation
- Collection efficiency
- Trade policy
While solar, automotive and construction sectors will generate future scrap, current availability remains constrained relative to demand growth.
If Europe restricts exports and Asia continues expanding secondary capacity, global markets may fragment into semi-regional scrap blocs. This could:
- Support elevated price levels
- Increase intra-regional recycling investment
- Accelerate policy-driven reshoring
Culmination: A Market at an Inflection Point
Aluminium cans scrap is no longer a peripheral commodity—it is a strategic industrial asset.
Prices have reached multi-year highs. Consumption is accelerating in Asia. Europe is evaluating protective trade measures. India is increasing regulatory oversight. China is deepening scrap integration into its production base.
Looking ahead:
- Structural demand growth will persist.
- Regulatory tightening will increase scrap’s strategic value.
- Availability constraints may intensify.
- Price floors are likely to remain firm, with episodic volatility.
The global aluminium scrap market is entering a new era defined by decarbonisation, trade realignment and resource security. Stakeholders who secure stable scrap supply chains today will hold a competitive advantage in tomorrow’s low-carbon metals economy.
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Website: www.ivorypharinc.com
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