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Market evolution: Tetrahydrofurfuryl alcohol (CN 293213) — 2015–2025

Introduction

This report examines the EU's external trade in furfuryl alcohol and tetrahydrofurfuryl alcohol (Combined Nomenclature code 293213) over the period 2015–2025. The product falls under organic chemicals and is used principally as a solvent, resin precursor, and chemical intermediate. Over the decade, the EU has undergone a striking structural transformation in this market: it moved from being a heavy net importer to becoming a net exporter, driven by a near-tripling of domestic production capacity. The following sections analyse how this reversal unfolded, how trade partnerships shifted, and what vulnerabilities remain.


1. The EU's Structural Pivot from Net Importer to Net Exporter

The most striking feature of the 2015–2025 period is the wholesale reversal of the EU's trade balance. In 2015 the EU ran a trade deficit of approximately €33.9 million; by 2025 it had swung to a surplus of approximately €5.6 million. This transformation was the result of two simultaneous dynamics: a sharp contraction in imports and a dramatic expansion of exports.

Imports contracted by roughly 80 percent by volume

EU imports of CN 293213 fell from 25,241 tonnes (€34.3 million) in 2015 to 5,213 tonnes (€5.4 million) in 2025, representing declines of 79.3 percent in volume and 84.4 percent in value. Import unit prices also edged lower, from €1,359/t to €1,028/t (−24.4 percent), suggesting that the decline was driven primarily by falling demand for foreign supply rather than by price movements. The lowest recorded import volume over the period was 4,283 tonnes, indicating that the 2025 figure was close to the decade's trough.

Exports surged from negligible levels to over 7,600 tonnes

In 2015, EU exports were marginal — just 41 tonnes at a total value of €455,660. By 2025, exports had risen to 7,683 tonnes (€11.0 million), an extraordinary increase of 18,719 percent in volume and 2,304 percent in value. The export peak was reached earlier, at 12,495 tonnes and €39.3 million, indicating that 2025 exports had retreated from their high-water mark. Export unit prices collapsed from €11,104/t in 2015 to €1,426/t in 2025 (−87.2 percent). This dramatic fall reflects the shift from small, high-value niche shipments to large-scale, competitively priced commodity exports.

Domestic production growth underpinned the trade transformation

EU production volumes of CN 293213 grew from 8.1 million kg in 2015 to 20.8 million kg in 2025 (+157.2 percent), peaking at 28.0 million kg. This expansion in capacity enabled the EU to substitute domestic supply for imports and to build a surplus for external markets. Notably, production value fell by 75.6 percent over the same period (from €237.3 million to €58.0 million), mirroring the collapse in unit prices seen in trade data and reflecting a broader deflationary environment for the product.

Indicator 2015 2025 Change
Imports (volume) 25,241 t 5,213 t −79.3%
Imports (value) €34.3 M €5.4 M −84.4%
Exports (volume) 41 t 7,683 t +18,719%
Exports (value) €0.5 M €11.0 M +2,304%
Trade balance −€33.9 M +€5.6 M
EU production (volume) 8.1 M kg 20.8 M kg +157.2%
EU production (value) €237.3 M €58.0 M −75.6%

2. Geographic Consolidation and the Reorientation of Trade Corridors

The decade saw significant shifts in the EU's principal trade partners, both on the import and export sides. Alongside these shifts, concentration indices rose markedly, pointing to a narrower set of partners bearing a larger share of trade flows.

China dominated EU imports but saw its share erode

China was by far the largest source of EU imports throughout the period. In 2015, Chinese shipments to the EU totalled €15.1 million; by 2025 they had fallen to €5.2 million (−65.6 percent). Nonetheless, China remained the dominant supplier at the end of the period, and the import Herfindahl-Hirschman Index (HHI) on value rose from 3,939 to 9,616 (+144.1 percent), confirming that the withdrawal of smaller suppliers — notably the United Kingdom (−98.2 percent), the United States (−99.0 percent), and Thailand (−87.5 percent) — left the EU more reliant on a smaller number of import sources.

Top EU import partners 2015 (€) 2025 (€) Change
China 15.1 M 5.2 M −65.6%
South Africa 1.3 M 1.0 M −22.4%
Unspecified territories 8.7 M 5.2 M −40.1%
United Kingdom 3.9 M 0.07 M −98.2%
Thailand 3.4 M 0.4 M −87.5%
United States 1.8 M 0.02 M −99.0%

EU exports pivoted toward the United States and the United Kingdom

On the export side, the United States became the EU's largest destination by a wide margin, rising from just €40,961 in 2015 to €6.9 million in 2025 (+16,748 percent). The United Kingdom also grew substantially, from €18,312 to €2.2 million. Norway, once a significant destination (€1.8 million in 2015), saw its trade collapse to near zero. The export HHI on value rose from 1,299 to 4,474 (+244.4 percent), indicating that EU exports became increasingly concentrated on a small number of large buyers — principally the US and UK.

Top EU export partners 2015 (€) 2025 (€) Change
United States 0.04 M 6.9 M +16,748%
United Kingdom 0.02 M 2.2 M +11,794%
Norway 1.8 M 0.00002 M −100.0%
Türkiye 0.1 M 0.2 M +84.8%
China 0.001 M 0.04 M +3,005%
Canada 0.1 M 0.8 M +708.6%

Belgium emerged as the EU's production and export hub

Among EU member states, Belgium stands out as the most specialised producer and exporter of CN 293213, with a Revealed Symmetric Comparative Advantage (RSCA) of 0.83 in 2025 and an RCA of 10.65. Belgium accounted for 90.1 percent of EU production in this product and contributed 8.5 percent of total Belgian chemical trade. Other member states showed negligible specialisation. On the export side, Belgium remained the leading EU exporter by value (€10.3 million in 2025), though this represented a 48.0 percent decline from its 2015 level. The Netherlands and Germany posted smaller but growing export figures (+200.6 percent and +385.3 percent respectively).


3. Supply Shocks, Volatility, and Emerging Vulnerabilities

Despite the EU's improved self-sufficiency, the decade was characterised by notable supply shocks and elevated volatility in several trade corridors. The EU's increasing export orientation also introduced new vulnerability dimensions.

Three major shock events were identified

The data detects three significant shock events during the period:

  1. UK import price shock (2022): Import prices from the United Kingdom surged by 293.6 percent in 2022 (abnormality score: 7.3), likely reflecting the combined effects of post-Brexit trade frictions and the global energy price spike. UK-sourced imports represented 10.3 percent of total import value at the time.

  2. UK supply collapse (2023): One year later, UK import volumes fell by 99.4 percent (abnormality score: 5.0), effectively eliminating the UK as an import source. This may reflect the full implementation of post-Brexit customs procedures or a deliberate supplier shift.

  3. South Africa price shock (2017): Import prices from South Africa rose by 44.5 percent in 2017 (abnormality score: 2.4), at a time when South African imports accounted for 17.0 percent of total import value.

Export-side volatility remains elevated

The coefficient of variation (CV) of EU exports to several partners exceeds 1.0, indicating high year-to-year variability:

Export partner CV (value)
Brazil 1.94
Russian Federation 1.71
Japan 1.51
Canada 1.48
India 2.80
Ukraine 1.11
Türkiye 1.17

The very high volatility for India (CV = 2.80) and Brazil (CV = 1.94) suggests that EU exports to these markets are episodic rather than established. By contrast, exports to the US (CV = 0.69) and UK (CV = 0.66) are somewhat more stable, consistent with their role as the EU's core export markets.

Import reliance indicators signal a mixed picture

The EU's net import reliance shifted from −9.3 percent in 2015 to +2.5 percent in 2025, oscillating between a minimum of −23.3 percent and a maximum of +9.0 percent over the decade. The trade intensity of the product rose from 45.3 percent to 76.9 percent, and export propensity increased from 32.3 percent to 62.0 percent. These rising ratios indicate that the EU has become more deeply integrated into global CN 293213 markets — both as a buyer and, increasingly, as a seller. While this reduces import-side vulnerability, it creates new exposure to demand-side risks in the US and UK, which now absorb the majority of EU exports.


Conclusion

Over the 2015–2025 decade, the EU's trade in furfuryl alcohol and tetrahydrofurfuryl alcohol underwent a fundamental structural shift. Driven by a 157 percent expansion in domestic production capacity — concentrated overwhelmingly in Belgium — the EU transformed from a net importer (deficit of €33.9 million) into a net exporter (surplus of €5.6 million). Imports collapsed by 79 percent by volume, while exports surged from negligible levels to over 7,600 tonnes.

This transformation was accompanied by geographic consolidation. On the import side, China emerged as an even more dominant supplier even as its absolute volumes fell. On the export side, the United States and the United Kingdom became the EU's principal outlets, absorbing the bulk of new export flows. The resulting concentration — reflected in sharply higher HHI values on both sides — creates efficiency but also strategic exposure.

Supply shocks during the period, notably the disruption of UK-sourced imports in 2022–2023, demonstrated the fragility of smaller trade corridors. Looking ahead, the EU's growing export dependence on a small number of Anglo-Saxon markets, combined with persistently high volatility in emerging destinations, suggests that diversification of export partners should remain a policy priority.

Generated on 2026-08-07. Figures reflect Eurostat data at generation time and do not include later revisions.

Auto-generated: this report is meant to accelerate, but not to replace, human analysis.

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