EU Cement Production Statistics by Country: Where the Numbers Live

A market analyst sizing European cement supply is really asking three questions: who sells how much, how fast volume is moving, and who owns the capacity. No single EU registry answers all three, so the working stack combines four named sources. Ranked by how directly they answer the country-level volume question:

1. Eurostat PRODCOM — Production Statistics for Building Product Industries — annual sold production of cement by member state at 8-digit product level, back to 1995, one annual vintage per reference year. Datadory scores it 8 of 10.
2. USGS Mineral Commodity Summaries (cement, crushed stone, sand & gravel, gypsum, clays) — the cement chapter's world production table spans approximately 100 countries in the 2026 edition, carrying the five most recent years per statistic (2021–2025).
3. Global CO2 Emissions from Cement Production (GCP-CEM) — annual cement and clinker production for 214 countries from 1880 to 2025, with every data point attributed to its source.
4. Monthly Global Cement Production Data (CICERO) — 175 collated monthly series, of which 70 covering 24 countries are tied to live national statistics, Germany, Spain and Poland included.

What actually separates them is granularity and history: PRODCOM is the only one speaking in eight-digit product headings, GCP-CEM reaches furthest back, and CICERO is the only one reporting monthly.

PRODCOM — short for PRODuction COMmunautaire — is the EU's official survey of manufactured output, and its product list runs to about 4,000 distinct manufactured goods at 8-digit level. Cement sits alongside bricks, ceramic tiles, doors, windows and insulation as explicitly named building-product headings. Each code is structured: the first four digits map to NACE, the first six to CPA, and the final two are PRODCOM-specific, so production can be reconciled against international trade data. Variables collected are sold production in value (converted to EUR millions) and quantity, production under subcontracted operations (collected separately from reference year 2021 onward), and total actual production.

Two cautions come straight from verification. Some cells are suppressed for statistical confidentiality, so smaller member states show gaps rather than zeros. And legacy PRODCOM table identifiers such as DS-066801 still circulate in older analyses even though they no longer resolve — confirm any code against the current product list before building on it.

GCP-CEM holds the longest country-level cement record available anywhere: annual production for 214 countries and territories from 1880, with clinker from 1900, maintained by Robbie M. Andrew of CICERO for the Global Carbon Project. The May 2026 release (version 260526) incorporates 2026 Annex 1 UNFCCC reports and new Biennial Transparency Reports. Because EU member states are UNFCCC Annex I parties, their clinker series come directly from officially reported CRT data — no estimation step sits between the national filing and the CSV.

The whole deposit is about 2.5 MB across nine files, with a companion *_sources.csv giving every data point a provenance code such as Official, Interpolated or CRT. Former Soviet states are disaggregated before dissolution, so central and eastern European series run continuously rather than breaking at 1991. Blank cells mean NODATA, never zero. The methodology paper behind the series (Andrew, 2019, Earth System Science Data 11, 1675–1710) explains how each provenance code is assigned. For a first pass on relative market size, the annual cement production file's 257 country columns — running 1880–2024 in this release — are the fastest screen there is.

Monthly physical volumes exist only where national statistics offices still publish them. Robbie Andrew's Monthly Global Cement Production Data (CICERO) collates 175 time series into one CSV of 528 monthly rows by 176 columns; 46 series are inherited from the now-discontinued UN Monthly Bulletin of Statistics, and 70 series across 24 countries connect to live sources. Among EU members, those live feeds are Germany, Spain and Poland, and the October 2025 version (251005) carries Polish data through August 2025. Nothing is interpolated or estimated — values are as reported, in kilotonnes, and a per-series metadata file names the source organisation behind every column.

For timelier signal, pair it with the Eurostat Dissemination API — Construction Production, Building Permits, and Prices, whose sts_copr_m production index is construction-wide (NACE Rev.2 section F) rather than cement-only. A verified German query (unadjusted, deflater-adjusted, 2021=100) shows the shape of the year: 90.2 in June 2025, falling to 59.0 in January 2026, back to 99.1 by June 2026. The EU27_2020 aggregate closed June 2026 at 110.8 calendar-adjusted. It is a demand proxy, not a cement tonnage — but it moves monthly while PRODCOM waits out its annual cycle.

Volumes show where the market has been; capacity and ownership show whether there is room to enter. The Global Cement and Concrete Tracker, July 2026 release from Global Energy Monitor, covers 3,884 cement and clinker plants across 171 countries and areas, representing roughly 6.1 billion tonnes of annual cement capacity and 3.7 billion tonnes of clinker capacity. From the 2026 release onward it also reports actual plant-level cement production for the prior year wherever the owning company discloses it. Summary tables roll the plant records up by country, area and region, so a market-entry screen rarely needs to touch the plant file at all.

To attach corporate parents to those plants, join the Global Database of Cement Production Assets and Upstream Suppliers . Its assets file carries capacity in millions of tonnes with a confidence rating and cited source, plant type (integrated versus grinding), wet versus dry process, production start year, and ownership chains holding Refinitiv PermIDs and Legal Entity Identifiers for up to two ultimate parents. A suppliers file attributes each plant to upstream mine suppliers by country, with coordinates. The deposit has been static since version 7 in October 2023, so treat it as structural context and take current capacity from the tracker. This is the same screen the best data for building products teams playbook runs for market-entry work.

Freshness and granularity separate these sources more than anything on paper. The table condenses what each publisher offers as of August 2026:

USGS is the broadest of the set on geography. Its data release packs 8,886 rows across 89 commodity chapters, of which the five building-materials chapters account for roughly 575, and estimates are rounded to two significant digits. For scale anchoring, the chapter puts US portland, blended and masonry cement production at 91,000 thousand metric tons in 2021 at an average mill unit value of 127 dollars per metric ton.

Two comparisons outside the EU sharpen the picture. Canada's equivalent national series, Cement Production, Shipments and Stocks (Table 16100042), ends at March 2017 — 2,067 monthly series discontinued after one final release in June 2017, a reminder that national cement tables can die without successors. On the US side, the American Cement Association publishes granularity no European counterpart matches: apparent-use estimates across 46 construction markets for 56 states and geographic areas, quarterly consumption surveys across 18 user segments, and an annual yearbook of more than fifty pages of tables. If your market definition crosses the Atlantic, those trade-association figures are the ones to know about — while the EU's own demand-side statistics remain the backbone for European work.

Cement volumes are one leg of a building-products market study. The building products data guide maps all 38 pooled datasets for the industry, including the quality-9 macro sources behind this page. The housing starts historical time series guide covers the Census demand series that move cement offtake in the United States, and the construction materials data guide extends the cement thread into laboratory benchmarks and embodied-carbon records. Browse every cataloged record at the building-products data hub.

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