European and United Kingdom Scrap Metal Market Report

European and United Kingdom Scrap Metal Market Report: Macro Trends, Policy Shifts, and Decarbonisation Dynamics

Sizing the Secondary Metals Market: Regional and Global Growth Projections

The scrap metal recycling sector is undergoing a profound structural transition, moving from a highly cyclical waste-management industry into a strategically vital resource-security sector. This evolution is driven by global decarbonisation mandates, stricter environmental compliance frameworks, and an accelerating geopolitical push to secure secondary raw materials. The global scrap metal recycling market is projected to expand from USD 436.11 billion in 2025 to approximately USD 722.65 billion by 2035, demonstrating a compound annual growth rate (CAGR) of 5.18% over this ten-year forecast horizon. Within this broader market, the recycled scrap metal segment—which focuses directly on post-consumer and prompt industrial waste streams—is anticipated to grow from USD 75.5 billion in 2025 to USD 149.9 billion by 2035, displaying a CAGR of 7.1%.

An analysis of the growth trajectory reveals a notable temporal acceleration. Market forecasts indicate that global scrap recycling revenue will expand at a CAGR of 6.5% during the first half of the decade (2025 to 2035), before accelerating to a CAGR of 7.7% in the second half. This projected acceleration of 120 basis points reflects the anticipated commissioning of large-scale Electric Arc Furnace (EAF) capacity and the introduction of mandatory recycled-content requirements across major industrial economies.

Within this global framework, Europe and the United Kingdom maintain a dominant operational footprint. The European region collectively processes over 120 million tonnes of ferrous and non-ferrous scrap annually. This recycling activity supplies approximately 56% of the raw material required for European steelmaking. The United Kingdom recycled approximately 10 million tonnes of scrap metal in 2023, whilst France processed approximately 15 million tonnes.

The French market exemplifies regional consolidation trends, highlighted by the merger of Derichebourg Environnement with Ecore to form the nation's largest unified metal recycling group. This merger is designed to optimise processing capacities for both ferrous and non-ferrous streams in response to France's strict Anti-Waste for a Circular Economy Law.

In contrast to these multi-million-tonne physical flows, specialized digital scrap procurement and platform-based brokerage services in the UK represent a smaller, highly lucrative micro-segment. This digital market is projected to grow from USD 10.4 million in 2024 to USD 13.7 million by 2030, representing a CAGR of 5.1% from 2025 to 2030, compared to an historical CAGR of 3.4% between 2021 and 2030.

The physical composition of the scrap market remains heavily weighted toward ferrous alloys, which generated approximately 75% of global market volume in 2025. This dominance is sustained by the continuous, high-volume requirements of the global construction and infrastructure sectors, which accounted for approximately 38% of total scrap consumption in 2025.

Nevertheless, the non-ferrous segment is expected to experience faster demand growth, expanding at a CAGR of 4.6% through 2035. This trend is driven by the rapid expansion of electrical infrastructure, telecommunications, and the integration of lightweight aluminium and high-conductivity copper components in the automotive sector.

Old post-consumer scrap continues to represent the largest volumetric source, holding a 60% market share in 2025. However, industrial manufacturers are increasingly prioritising high-purity prompt industrial scrap. This segment is highly valued for its predictable chemical composition, low contamination levels, and ease of reprocessing.

The Electrification and Decarbonisation Imperative

The core catalyst restructuring the relationship between scrap processors and metal manufacturers is the global steel sector’s transition away from carbon-intensive, coal-fired blast furnaces toward secondary Electric Arc Furnace (EAF) production. Traditional Blast Furnace-Basic Oxygen Furnace (BF-BOF) steelmaking relies on the energy-intensive reduction of virgin iron ore. In contrast, EAF technology utilises electricity to melt scrap steel feedstock.

This secondary route requires at least 75% less energy than primary ore processing. On an annual basis, the recycling of 630 million tonnes of steel scrap prevents approximately 950 million tonnes of carbon dioxide ($\text{CO}_2$) emissions globally, making secondary processing a cornerstone of corporate net-zero strategies.

This decarbonisation transition is particularly acute in the United Kingdom, where sustaining domestic steel production is increasingly viewed as a matter of national security and critical infrastructure resilience. The UK Steel Strategy, published in March 2026, aims to stabilise the sector and return domestic production to 40% to 50% of domestic steel demand, up from approximately 30% in 2024.

To support this transition, the UK government has committed up to £2.5 billion in funding through the National Wealth Fund (NWF) to modernise and rebuild the steel industry. The primary domestic initiative is Tata Steel UK’s £1.25 billion EAF transition at Port Talbot, supported by a £500 million government grant. Following the closure of its final blast furnaces in September 2024, Port Talbot is constructing a 320-tonne capacity EAF targeting operational readiness by approximately 2027, with a nominal output of 3.0 million tonnes per year of flat steel products.

Conversely, the transition at Scunthorpe remains highly uncertain. Following the nationalisation of British Steel in May 2026, original plans for two EAFs have stalled due to a critical electrical grid bottleneck, meaning the site may not secure the required power capacity until approximately 2032.

For the UK scrap metal recycling industry, the completion of these EAF conversions will fundamentally alter domestic market dynamics. The British Metals Recycling Association (BMRA) reports that domestic demand for high-quality scrap is projected to rise seven to eight times as new EAF capacity comes online.

This projected demand surge has sparked intense debates regarding scrap resource retention. Steel manufacturers have lobbied for export controls to secure local feedstock. However, the BMRA successfully opposed scrap export restrictions in the UK Steel Strategy, presenting a Sheffield Hallam University study which demonstrated that trade restrictions would destroy economic value and reduce investment in the recycling sector.

Instead, the strategy focuses on improving domestic collection systems, explicitly noting that reducing the overseas leakage of end-of-life vehicles (ELVs) could significantly bolster domestic scrap flows. To manage these supply dynamics, a cross-government scrap working group comprising the Department for Business and Trade (DBT), DEFRA, and the Department for Energy Security and Net Zero (DESNZ) will form by May 2026 to review regulatory reforms and support scrap metal innovations.

Crucially, the operating environment for UK recyclers remains highly challenging. Ongoing geopolitical conflicts have reopened the UK energy gap, driving UK industrial electricity prices to a 77% premium over French and German competitors in the second half of 2026, compared to a 25% premium earlier in the year. This energy premium squeeze is compounded by tight monetary policy, with the Bank of England keeping rates at 3.75%, which increases downstream credit risk and limits capital expenditure.

To alleviate these pressures, the government extended the British Industrial Competitiveness Scheme to supply chain businesses. This provides eligible metal recyclers with electricity cost reductions of £35 to £40 per MWh, helping offset the high energy costs associated with running large-scale industrial shredders and separation plants.

The Regulatory Frontier: EU Waste Shipment and the ReSourceEU Framework

The regulatory framework governing the cross-border trade of secondary metals is tightening, driven by the European Union’s dual objectives of environmental protection and industrial resource retention. The primary legislative driver of this shift is the revised EU Waste Shipment Regulation (Regulation (EU) 2024/1157), which entered into force on 21 May 2024 and will apply fully from 21 May 2026.

The updated regulation replaces historical paper-based tracking with a mandatory digital system known as the Digital Waste Shipment System (DIWASS). Under DIWASS, exporters must submit all notification documents and Annex VII forms electronically in real time, eliminating administrative delays and improving regulatory oversight.

The regulation establishes strict controls on the export of waste to non-EU nations, creating different rules for OECD and non-OECD destinations:

• OECD Destinations: The European Commission will monitor exports of green-listed waste to OECD nations to prevent negative environmental impacts and ensure waste is not re-exported to non-approved destinations.
• Non-OECD Destinations: All exports of non-hazardous waste (including metal-bearing scrap) to non-OECD countries are banned as a general rule. Exports are permitted only if the importing nation formally requests an exemption and demonstrates that the waste will be processed in an environmentally sound manner (ESM). The Commission will adopt and publish a list of approved non-OECD destinations by 21 November 2026.
• Prior Written Notification and Consent (PIC): Shipments of hazardous and unlisted waste require the PIC procedure, mandating electronic notifications and written consent from all competent authorities of dispatch, transit, and destination before transport can commence.

This updated waste shipment framework is complemented by the ReSourceEU Action Plan, adopted by the European Commission on 3 December 2025 to accelerate the implementation of the Critical Raw Materials Act (CRMA). ReSourceEU focuses on retaining secondary critical materials within the single market.

The action plan introduces several targeted interventions, including restrictions on permanent magnet scrap exports by the second quarter of 2026, a total ban on the export of battery black mass to non-OECD countries from September 2026, and targeted trade measures on aluminium and copper scrap starting in spring 2026. To support these initiatives, ReSourceEU establishes the European Critical Raw Materials Centre in 2026 to provide strategic market intelligence and coordinate stockpiling. It also launches a Financing Hub to mobilise EUR 3 billion in EU funds, including support from InvestEU and the European Investment Bank (EIB).

The introduction of these trade-restrictive measures has met with opposition from recycling trade associations. Recycling Europe (formerly EuRIC) and the Bureau of International Recycling (BIR) argue that Europe produces a structural surplus of recycled materials that exceeds the absorption capacity of domestic industries. They warn that rushing trade restrictions without establishing domestic demand-side incentives will depress local scrap values, lower recycling rates, and undermine the financial viability of recyclers.

Industry groups have also raised operational concerns. MedTech Europe, for example, has highlighting the difficulties created by inconsistent waste classifications across EU member states and urged the centralisation of registered take-back schemes to simplify cross-border recycling logistics.

These European regulatory trends contrast with policies in other regions. In the UK, trade policy focuses on downstream tariff protection rather than scrap export restrictions. Under the UK Steel Protection Framework starting 1 July 2026, import quotas will be reduced by 60%, and an out-of-quota tariff of 50% will be applied to steel products manufactured domestically.

This protects domestic steel mills from global overcapacity whilst allowing UK scrap recyclers to trade freely on global markets. Internationally, other market-based models are emerging. The United Arab Emirates, for example, has implemented a scrap export fee system, charging AED 100 per tonne for aluminium scrap and AED 400 per tonne for copper and ferrous scrap. This approach generates government revenue and encourages domestic processing without enacting outright export bans.

Pricing Fundamentals, Commodity Spreads, and CBAM Integration

The physical pricing of recycled metal scrap is highly volatile and closely linked to primary London Metal Exchange (LME) and COMEX indices, regional energy costs, and regulatory compliance surcharges. In the ferrous scrap market, the bellwether HMS 1&2 (80:20 mix) CFR Turkey index reflects global demand, with Turkey maintaining its position as the world's leading steel scrap importer, receiving 18.768 million tonnes in 2025.

The LME forward curve for Turkish import scrap as of April 2026 indicates a stabilizing trend. Contracts are priced at USD 415.00 per tonne for mid-2026, rising to a projected seasonal peak of USD 419.00 per tonne by November 2026. Within Europe, domestic pricing for finished steel remains supported by import limitations. Hot-Rolled Coil (HRC) in Northern Europe traded at approximately €642.50 per tonne ex-works in January 2026, with producers targeting a minimum of €650.00 per tonne for spring deliveries as CBAM-related import pressures restrict alternative supply options.

The non-ferrous scrap market is experiencing price inflation, particularly in the copper sector. Between October 2025 and February 2026, global copper prices rose by over 20%, surging from approximately €9,000 per tonne to over €11,500 per tonne. This increase is driven by structural supply deficits in primary copper concentrates.

Treatment and refining charges (TC/RCs) paid by miners to smelters fell to historic lows in 2025 due to rapid smelter capacity expansion and mine supply disruptions. This TC/RC compression has forced copper smelters to alter their feedstocks, signing highly flexible spot-linked contracts and increasing their intake of high-purity copper scrap to bypass concentrate shortages. Consequently, spot prices for premium scrap grades, such as US #1 Bare Bright Copper, reached USD 4.70 per pound in April 2026.

A critical microeconomic driver for ferrous scrap is the emerging "green steel" premium. Standard flat steel products carry a carbon surcharge embedded in offer prices due to the definitive phase of the EU Carbon Border Adjustment Mechanism (CBAM), which went live on 1 January 2026 with an initial certificate price of €75.36.

To bypass these emissions penalties, buyers are paying significant premiums for low-carbon alternatives. Fastmarkets' weekly assessment of the domestic green steel flat-rolled differential to the HRC index ex-works Northern Europe was €100 to €150 per tonne in early 2026. This is defined by a strict emissions threshold of Scope 1, 2, and 3 emissions at a maximum of $0.8\text{ tonnes of }\text{CO}_2\text{ per tonne of steel}$.

For products with a moderate carbon footprint of $1.4\text{ to }1.8\text{ tonnes of }\text{CO}_2\text{ per tonne of steel}$, the reduced carbon emissions differential remained stable at €40 to €50 per tonne. This tiered pricing structures the scrap market, as high-purity prompt industrial scrap becomes a necessary ingredient to dilute residual copper and tin levels in EAF melts, enabling the production of high-value automotive-grade green sheets without relying on primary iron units.

Strategic Industrial Trajectories and Policy Synthesis

The structural shifts occurring across the European and United Kingdom scrap metal markets are altering traditional supply chain operations, creating a more complex landscape for processors, manufacturers, and policymakers alike. The primary challenge facing the sector is the tension between regulatory resource containment and open market trading.

While the EU is moving to limit waste exports to protect domestic supplies and support industrial decarbonisation, recycling trade groups warn that these restrictions could lead to regional oversupply and depress the prices needed to fund advanced recycling technologies. Developing and standardizing "end-of-waste" criteria remains a key challenge, with the European Commission taking three to five years to establish unified rules. This regulatory delay, combined with price volatility, continues to slow down recycling investments.

To remain competitive in this evolving landscape, market participants must adapt their strategies. For scrap processors, investing in advanced AI-based sorting, automated sensor systems, and zero-discharge recycling facilities is becoming essential. These technologies are necessary to achieve the high purity levels required by EAF steelmaking and non-ferrous manufacturing, allowing recyclers to upgrade lower-value old scrap into premium feedstock.

Furthermore, companies must prepare for the digital tracking systems mandated by the EU Waste Shipment Regulation starting in May 2026. This requires aligning B2B logistics with the DIWASS platform and securing compliance certifications for non-OECD exports ahead of the November 2026 deadlines.

Recyclers also have opportunities to capitalise on the current regulatory transition. The 12-month policy asymmetry between the EU CBAM, which is already live, and the UK CBAM, scheduled for 1 January 2027, creates a temporary window for strategic stockpiling in the UK. Scrap processors should look to secure long-term feedstock contracts with domestic EAF operators as UK scrap demand is projected to rise seven to eight times in the coming years.

In the non-ferrous segment, businesses should focus on recovering high-purity copper and aluminium scrap. These materials are in high demand from smelters facing primary concentrate shortages and from the automotive sector as it shifts toward electric vehicles and lightweight designs. Establishing closed-loop take-back schemes with industrial manufacturers will help secure high-quality feedstock and insulate operations from global price volatility.

Ultimately, the European and UK scrap metal markets are transition from a transactional waste-handling industry into a strategic sector focused on resource security and decarbonisation. The companies that successfully integrate digital compliance, advanced sorting technologies, and secure regional supply networks will be best positioned to lead the transition to a circular, low-carbon economy.

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