Market Overview
Aluminium scrap has evolved from a secondary by-product of manufacturing into a strategic raw material at the center of the global circular economy. Every tonne of recycled aluminium saves approximately 95% of the energy required to produce primary metal from bauxite, making scrap an indispensable feedstock for decarbonizing the aluminium value chain. The global aluminium scrap market encompasses pure aluminium scrap, mixed aluminium scrap, extrusion scrap, and casting scrap, sourced from manufacturing, construction and demolition, transportation, and consumer goods. Valued at an estimated 120.39 USD billion in 2024, the market is positioned for steady growth through the next decade, with projections indicating expansion from 125.72 USD billion in 2025 to 193.98 USD billion by 2035.
Market Size & Forecast
The data reveals a market with consistent, measured growth momentum. The 2024 valuation of 120.39 USD billion serves as the foundation for a trajectory that reaches 193.98 USD billion by 2035, reflecting a compound annual growth rate of 4.43% during the forecast period. Independent estimates place the global aluminium scrap recycling market at USD 9.81 billion in 2024, projected to reach USD 15 billion by 2035 at a 3.9% CAGR, while other sources value the broader scrap market at USD 53.67 billion in 2025, growing to USD 91.49 billion by 2034 at 6.1% CAGR. Regional contributions vary considerably. Asia-Pacific accounts for approximately 40% of global volume, with China alone representing 50% of global scrap consumption, while North America and Europe each hold roughly 20% of the market. The Middle East and Africa represent emerging supply sources, though export restrictions are reshaping traditional trade flows.
Market Trends & Insights
Three trends are reshaping the aluminium scrap landscape with particular force. First, quality differentiation has become a defining feature of the market. Rather than treating scrap as a uniform commodity, downstream users increasingly distinguish between clean wrought scrap, used beverage cans, cast scrap, and mixed or contaminated material. Tighter alloy control requirements in automotive and packaging applications are driving this segmentation. Closed-loop recycling systems are gaining traction, particularly in automotive and beverage packaging, where OEMs and can producers recycle their own production scrap and post-consumer material.
Second, export restrictions are redrawing global trade maps. The European Union is considering a 15% tariff on aluminium scrap exports, driven by a record outflow of just over 1.25 million metric tons last year, primarily to Asia. The United States has launched its own campaign calling for a ban on used beverage can exports. The UAE has already implemented restrictions that are affecting India's extrusion sector, which traditionally relied on Gulf-sourced scrap.
Third, geopolitical disruption has amplified supply tightness. The Iran conflict triggered what CRU Group described as "the largest supply shock in the history of the industry," with scrap prices jumping nearly 30% since the conflict began. The battle for scrap has intensified, making recycled metal even more important as primary supply tightens.
Market Drivers
Electric vehicle demand is a primary structural driver. Electric vehicles contain approximately 83 kg of aluminium per vehicle compared to 23 kg for internal combustion engine vehicles, reflecting the metal's role in battery casings, lightweight body structures, and thermal management systems. As EV production scales, demand for recycled aluminium—which offers the same performance at a fraction of the carbon footprint—will grow in parallel.
Construction and demolition activity provides a steady supply of old scrap. The construction sector accounts for 32.6% of scrap supply, with window frames, profiles, and structural components entering the recycling stream as buildings are renovated or demolished.
Can recycling loops represent a mature but expanding driver. The beverage can recycling rate has reached 75%, and aluminium cans are infinitely recyclable without loss of quality. Deposit return schemes and extended producer responsibility regulations are pushing recycling rates higher in Europe and North America.
Energy cost economics increasingly favor recycled aluminium. With primary smelting requiring 13,000–15,000 kWh per tonne and European electricity prices remaining elevated, the cost advantage of recycled metal has widened, making scrap a preferred feedstock even when primary supply is available.
Market Challenges
Supply chain concentration is the most acute challenge. India imports 85% of its aluminium scrap requirements, leaving secondary producers vulnerable to export restrictions in supplier countries like the UAE and Europe. The UAE accounted for a significant share of India's extrusion scrap supply, and replacing those volumes has proven difficult.
Price volatility has intensified. LME aluminium experienced extreme intra-quarter swings in 2026, amplified by geopolitical disruptions and currency pressures. Scrap prices are closely correlated with primary metal prices, but supply tightness has created premiums for high-quality grades.
Export restrictions are fragmenting the global market. The EU's proposed 15% export levy, the US campaign against UBC exports, and UAE restrictions are all aimed at retaining scrap within domestic borders. While these measures support local recycling capacity, they reduce global liquidity and create regional imbalances.
Quality and contamination remain persistent operational challenges. Mixed scrap streams require sophisticated sorting and refining, and contamination can limit the range of applications for recycled material.
Segment Analysis
By grade, Extrusion Scrap holds the largest market share at 38.2%, driven by construction profiles and window frames. Casting Scrap represents 28.6% of the market, supported by automotive die-cast components. Pure Aluminium Scrap accounts for 22.1%, serving aerospace and high-purity applications.
By origin, Old Scrap holds 54.7% of the market, reflecting end-of-life vehicles and demolition activity. New Scrap accounts for 45.3%, sourced from factory trimmings and manufacturing waste.
By source, Construction and Demolition is the largest supply source at 32.6%, followed by Transportation at 28.6% and Manufacturing at 22.1%.
By application, Construction holds the largest demand share at 32.6%, followed by Automotive at 28.6% and Packaging at 22.1%.
Regional Insights
Asia-Pacific dominates both supply and demand, accounting for approximately 40% of global volume. China's extensive aluminium production base, secondary smelting capacity, and favorable recycling policies support its leadership position. India is the fastest-growing market, though its heavy reliance on imports creates supply security concerns.
North America is a mature, high-value market with strong automotive and packaging recycling systems. The U.S. market reached USD 11.24 billion in 2025, representing approximately 20.9% of global sales. Shredding infrastructure with 35 million tons of capacity supports high recovery rates.
Europe is characterized by strict circular economy regulations and high recycling rates. The EU's proposed export restrictions reflect a strategic shift toward retaining scrap for domestic green transition requirements.
Competitive Landscape
The market features a mix of integrated aluminium producers, dedicated recyclers, and secondary smelters. Key players include Novelis Inc (US), Alcoa Corporation (US), Hindalco Industries Limited (IN), Sapa Group (SE), Kaiser Aluminum Corporation (US), and UACJ Corporation (JP). Novelis announced construction of a $2.5 billion recycling facility in Bay Minette, Alabama, expected to boost annual scrap intake significantly. Hindalco Industries formed a strategic partnership with Sims Metal Management in January 2025 to secure long-term scrap supply. Other significant players include Norsk Hydro, Constellium, Real Alloy, and Matalco.
Future Outlook
The aluminium scrap market is projected to grow at a 4.43% CAGR from 2025 to 2035. New opportunities lie in the expansion of closed-loop recycling systems for automotive and packaging, development of advanced sorting technologies to improve scrap quality, and strategic investments in domestic recycling capacity in regions currently reliant on imports. By 2035, the market is expected to achieve substantial growth, solidifying its position as a cornerstone of the circular economy.