Material flow accounts statistics - material footprints

Data from November 2025

Planned article update: December 2026

Highlights

EU's material footprint amounted to 13.7 tonnes per capita in 2024, and remained stable compared to 2023.

Source: Eurostat (env_ac_rme)

This article presents the material footprints of European countries and the European Union (EU). Material footprints quantify the worldwide demand for material extractions (biomass, metal ores, non-metallic minerals and fossil energy materials/carriers) triggered by consumption and investment by households, governments and businesses in European countries and the EU, respectively.

Material footprints are estimated, using data from national accounts and material flow accounts. The latter are presented in more detail in the article 'material flow accounts and resource productivity'. Other articles related to material flows discuss resource productivity statistics and physical imports and exports.

EU's material footprint by material category over time

The material footprint of the EU – also referred to as raw material consumption (RMC) – represents the total amount of extracted raw materials needed to produce the goods and services consumed by residents of the EU.

Figure 1 shows the development of the EU's material footprint over time. With around 18 tonnes per capita, the material footprint peaked in 2007/2008 just before the global financial crisis. The latter induced a significant drop to a level of around 14 tonnes per capita around the years 2013-2016. In the following years, it increased slightly, followed by a slight decrease. In 2024, it amounted to 13.7 tonnes per capita, corresponding to approximately 6.2 billion tonnes.

Figure 1: Material footprint (RMC) by main material categories, EU, 2000-2024
Source: Eurostat (env_ac_rme)

Figure 1 also shows the EU's material footprint in a breakdown by 4 main material categories. Non-metallic minerals is the largest material category, the development of which is highly determined by the activity level of the EU's construction industries.

For comparison, Figure 1 includes the development of another important material flow indicator as a dotted line: domestic extraction (DE), which takes into account those materials extracted from the EU territory. The proportion of domestic extraction within the material footprint reflects the level of natural resource endowment in the EU. In 2024, this share was 84%, marking an increase of 3 percentage points since 2000. For the EU, both indicators show a similar development, whereby the difference between RMC and DE shows a decreasing trend. In 2024, it was 2.2 tonnes per capita. The maximum difference was in 2008 with 4.2 tonnes per capita. This is mostly due to a decrease over time of imports in raw material equivalents.

Material footprint of European countries

Figure 2 presents material footprints for European countries. In 2024, 10 EU countries remained below the EU value of 13.7 tonnes per capita.

Figure 2: Material footprint (RMC) by country, 2010 and 2024
Source: Eurostat (env_ac_rme)

The spread between the highest and lowest footprint was rather high in 2024, with around 29 tonnes. Finland, Romania and Luxembourg had the highest material footprints with around 27-37 tonnes per capita. The Netherlands has the lowest footprint with 8.3 tonnes per capita.

The development of the material footprint of individual countries shows a diverse picture. Compared with 2010, 17 EU countries managed to reduce their material footprints over the years - of which 6 EU countries reduced their material footprint by more than a quarter. 10 EU countries have seen an increase in RMC per capita. Romania's footprint more than doubled over the years in contrast to Belgium, where it decreased by more than a third. Most Mediterranean countries had a significantly lower material footprint in 2024 compared to 2010. The material footprints of Czechia and Poland changed less and are just slightly different from the values from one decade ago.

EU's material footprint vis-a-vis the rest of the world

Table 1 provides an overview of the material extraction and consumption in the EU vis-a-vis the rest of the world. For 2023, the material footprint, that is all materials serving the EU's consumption, was estimated at 6.1 billion tonnes, which represents 5.9% of worldwide material extraction. The material footprint of the EU's consumption was composed of 2 parts: domestic material extraction (4.0 billion tonnes) and materials extracted outside the EU (2.2 billion tonnes). The worldwide material extraction was estimated at ca. 104 billion tonnes, of which 5.2 billion tonnes were extracted in the EU (representing 5.0% of worldwide material extraction). Approximately 1.2 billion tonnes of the EU material extraction served consumption in the rest of the world.

Table showing material extraction and consumption in the EU and non-EU rest of the world in billion tonnes for the year 2023. For more details please use the link to the source dataset code below the image.

Table 1: Material extraction and consumption in EU and non-EU, 2023
Source: Eurostat (env_ac_rme), www.materialflows.net

Material footprint by final use of products

The material footprint gives insight into the quantity and type of materials required to meet the EU's demand for final use of products. It can be further broken down by product and by type of final use to analyse which specific products and final uses drive material extraction.

Figure 3 presents the material footprint in a breakdown by main material category and by the 2 main types of domestic final use; namely, final consumption expenditure and gross capital formation (note: the term 'final use' indicates that intermediate consumption is excluded). Overall, 54% of the material footprint was due to consumption expenditure, and thus 46% was due to gross capital formation in 2023. Gross capital formation in the form of investments in construction is an important driver of the extraction of non-metallic minerals. The material footprint of biomass and fossil energy materials is mainly driven by consumption expenditure.

Figure 3: Material footprint (RMC) as result of final consumption expenditure and gross capital formation, by type of material, EU, 2023
Source: Eurostat (env_ac_rmefd)

Table 2 shows in more detail which product groups are the main drivers of material extraction. One can clearly see the large impact of the product group 'Constructions and construction works' on the EU's material footprint.

Table 2: Products with highest material footprint (RMC) by type of material, EU, 2023
Source: Eurostat (env_ac_rmefd)

Source data for tables and graphs

Raw material equivalents: figures and table

Data sources

Domestic extraction and material footprint, also referred to as 'raw material consumption' (RMC), are material flow indicators.

Domestic extraction is recorded in economy-wide material flow accounts (EW-MFA) and represents the physical amount of materials extracted from the environment by a national economy. Eurostat collects EW-MFA from the national statistical institutes (NSI) under Regulation (EU) No 691/2011 on European environmental-economic accounts. For more details on the material flow accounts data collection, see the reference metadata of the EW-MFA.

EW-MFA are in turn a subset of the European environmental-economic accounts. Environmental accounts can be used to analyse the interaction between the environment and the economy, because the accounts organise environmental information in a way that is consistent with the accounting principles of national accounts. The environmental accounts methodology is in line with the System of Environmental-Economic Accounting (SEEA), which is an international statistical standard.

Material footprint (RMC) quantifies the worldwide demand for material extractions triggered by consumption and investments of a given economy.

In accordance with national accounts' concepts, the RMC is considered as the material extractions induced worldwide for providing products to the domestic final use of a given economy. The latter is a common concept in national accounts and includes final consumption and investments (capital). Final consumption expenditure includes consumption expenditure by households, government and non-profit institutes serving households. Gross capital formation includes investments, both in fixed assets as well as changes in inventories and valuables. Economic modelling enables this re-attribution of material extraction to the domestic final use of products.

Basic concepts used in national accounting are further explained in the Statistics Explained article 'Building the System of National Accounts - basic concepts' from the online publication 'Building the System of National Accounts'. Another good introduction in national accounting is the OECD publication 'Understanding National Accounts'.

To estimate RMC and other indicators expressed in raw material equivalents (RME), Eurostat employs an environmentally-extended hybrid input-output model for the aggregated EU economy. For more details see the documentation of the EU RME model.

As regards estimates at country level, Eurostat supports statistical bodies by offering the so-called Country-RME-tool. This tool builds on average factors derived from the EU-RME-model. Both models are presented in more detail in the Country RME tool Handbook and the Documentation of the EU-RME-model. National statistical institutes are also free to develop and use their own estimation models. Eurostat collects material flow indicators in raw material equivalents (RME) from national statistical institutes on a voluntary basis, with around 15 countries reporting so far. Eurostat produces and disseminates estimates for those EU Member States that do not report their own estimates (see Country RME tool Handbook).

For the EU and Member States Eurostat calculates early estimates of RMC at the aggregated level. For this reason, Figures 1 and 2 are more timely than the remaining ones in the article, which rely on the detailed data coming from the EU model. The calculation is done in two steps. First, the imports and exports in raw material equivalents are estimated based on the developments of physical imports and exports, as derived from economy-wide material flow accounts (at the level of main material categories). In a second step, the estimated imports in raw material equivalent are added to domestic extraction and exports in raw material equivalent are deducted to arrive at RMC.

The modelling that is required for estimating RMC and other indicators expressed in RME leads to higher uncertainty of the data.

Eurostat disseminates two data sets:

(1) The data set 'Material footprints - main indicators' (env_ac_rme) includes a breakdown by four main material categories; biomass, metal ores, non-metallic minerals, and fossil energy materials/carriers, each with several more detailed breakdowns, with a total of 67 categories (including grouped categories).

(2) The data set 'Material footprints - details by final use of products' (env_ac_rmefd) presents data for the aggregated EU economy on material footprint (RMC), by material category, product and final use type.

Context

Material flow accounts in raw material equivalents are part of environmental accounts. The latter enable the assessment of the interplay between the economy and the environment, which in turn provides relevant information to see whether current production and consumption activities are sustainable. The raw material consumption (RMC) – also referred to as 'material footprint' – is an indicator proposed to monitor sustainable development. The EU's 8th Environment Action Programme aims to significantly decrease the EU's material footprint.