Market evolution: Lead waste and scrap (CN 7802) — 2015–2025

Introduction

This report analyses the trade dynamics of European Union (EU) for the customs product Lead waste and scrap (CN 7802) over the 2015-2025 period. This category excludes related products like lead ashes, unwrought lead, and battery waste. The analysis is based on the provided data, which covers year-on-year trade flows with non-EU partners. Over this decade, the EU's trade in this sector has undergone a fundamental transformation, characterized by a dramatic shift from being a major net importer to becoming a consistent net exporter. This report explores the main drivers of this shift, the changing geographic patterns of trade, and the evolving structural characteristics of the market.

1. From Net Importer to Net Exporter: A Decade of Trade Rebalancing

The most striking feature of the EU's lead waste and scrap trade over the past decade is the complete reversal of its trade balance. The bloc moved from a position of significant dependence on external supplies to becoming a consistent net exporter of this secondary raw material.

1.1 The Dramatic Growth of Exports

EU exports of lead waste and scrap surged both in value and volume. Export value increased by 168.9%, from approximately €25.6 million in 2015 to €69.0 million in 2025. This growth outpaced the rise in exported quantity, which grew by 91.4% (from 21,451 to 41,053 tonnes), indicating a concurrent increase in export unit prices. The minimum export value during the period was €11.3 million, illustrating the scale of the subsequent expansion. This general trade overview highlights the strong upward trajectory.

1.2 The Contraction of Imports and the Swing to a Trade Surplus

Conversely, EU imports have been on a declining trend. Import value fell by 22.7% (from €65.7 million to €50.8 million) and quantity by 33.3% (from 51,992 to 34,660 tonnes). The import value and quantity both reached their recorded minima in the final year (2025). This simultaneous growth in exports and decline in imports fundamentally altered the trade balance. Starting from a deficit of around -€40.1 million in 2015, the balance swung to a surplus of +€18.1 million by 2025—a change of 145.3%. This indicates the EU has not only eliminated its import reliance but now generates a net outflow of this secondary material.

2. Geographic Realignment: New Dominant Partners and Shifting Currents

The geographical pattern of trade has been completely reshaped, with certain partners gaining paramount importance while former major suppliers have disappeared from the picture.

2.1 The Rise of India as the Primary Export Destination

The most significant partner shift has been the overwhelming concentration of EU exports toward India. Its share of EU export value exploded, growing by 347.5% from €14.3 million in 2015 to €64.1 million in 2025. In the final year, India alone accounted for a dominant share of EU exports. The volatility of this trade relationship, as measured by its coefficient of variation (0.86), reflects this rapid ascent rather than instability. Top partners data confirms this dramatic reorientation.

2.2 The Diversification and Decline of Import Sources

Import sources show a more complex picture. While the United Kingdom remained the largest single supplier (value growing by 11.8% to €29.3 million), other traditional sources have nearly vanished. Imports from Nigeria, Australia, and Ghana collapsed by over 99%, with several dropping to negligible levels by 2025. This suggests a major supply chain restructuring, possibly driven by changes in sourcing policies, recycling infrastructure, or raw material availability in those regions. New or growing sources include Switzerland (+131.3%) and Norway (+282.4%), pointing to a more regionalized import pattern.

2.3 The Evolving Role of EU Member States

Within the EU, the roles of member states have also shifted. The Netherlands and Spain have become the dominant exporters, with export value growth of 107.1% and 365.4% respectively. On the import side, while Ireland remained a significant importer, traditional hubs like Spain and Sweden saw their import activities plummet by over 57% and 97%. Meanwhile, Germany increased its imports by 151.2%, suggesting it may be consolidating a role as a regional collector or processor. The reporters' view details these internal shifts.

3. Market Consolidation and Increased Price Volatility

Alongside the geographic shift, the trade flow has become more concentrated, and the market has experienced notable price shocks, particularly linked to the United Kingdom.

3.1 Growing Market Concentration

The Herfindahl-Hirschman Index (HHI), a measure of market concentration, reveals a clear trend toward fewer, larger trade flows. For imports, the HHI based on value increased by 79.0% from 2,115 to 3,786, moving the market from an unconcentrated to a moderately concentrated structure. The concentration in exports is even more pronounced, with the HHI surging by 119.6% to 8,665, indicating a highly concentrated export market. This concentration analysis underscores the increasing dominance of a small number of partners in each flow.

3.2 Detecting Major Price and Supply Shocks

The market experienced several significant shocks, almost exclusively linked to the United Kingdom. The most severe was a price shock in EU exports to the UK in 2021, characterized by an abnormal shift of +161.3%. A follow-up price shock occurred in imports from the UK in 2022 (+38.7%). A notable supply shock was detected in 2024, with imports from Australia collapsing by 99.8%. These shock events indicate a market sensitive to pricing dynamics and supplier stability.

Conclusion

The period 2015-2025 marks a complete structural transformation of the EU's trade in lead waste and scrap (CN 7802). The EU has evolved from a net importer with diversified sources into a consolidated net exporter with a highly concentrated trade profile. The central story is the rise of India as the overwhelmingly dominant export market, replacing the diversified import needs of the past. This shift, coupled with a decline in traditional import sources and increased market concentration, points to a significant reconfiguration of global lead recycling supply chains, with the EU now playing a net sourcing role for external smelters. The market also exhibits periods of high volatility, particularly in price, linked to key partners. While EU domestic production of secondary lead grew by nearly 50% over the period, the explosive growth of exports suggests that a growing portion of the EU's collected lead waste is destined for overseas recycling and refining.