Global Cement and Concrete Tracker — Plant-Level Dataset

Cement is the glue in roughly every structure built this century, and the industry that makes it concentrates into a surprisingly countable set of assets. The Global Cement and Concrete Tracker (GCCT) counts them one by one: 3,884 cement and clinker plants across 171 countries and areas, holding roughly 6.1 billion tonnes of annual cement capacity and 3.7 billion tonnes of annual clinker capacity.

Every plant lands in the table as a full record rather than a country subtotal. Integrated plants (kilns plus grinding mills) sit beside grinding-only and clinker-only sites, each carrying location, ownership down to parent-company stakes, operating status, capacities, existing and developing kiln numbers, production method, cement color and type, emissions-reduction technologies, and - new from the 2026 release - actual prior-year plant-level production wherever the owning company discloses it publicly.

The scope rules make it usable for trend work, not just snapshots: all plants proposed or under construction since 2018 are in, as are all plants retired or mothballed since 2021. That means pipeline analysis, capacity-retirement accounting and market-entry screening all run against the same table. Get a sample of this dataset and see the row structure before you commit to anything.

One row per plant, flat columns, no parsing gymnastics. Illustrative rows in the delivered column order:

plant_name : Anhui Conch Ningguo Cement Plant
owner      : Anhui Conch Cement            parent: Anhui Conch Holdings (45.8%)
country    : China                         area  : Anhui
status     : operating                     type  : integrated
cap_cement : 4.20 MTPA                     cap_clinker : 3.10 MTPA
kilns      : 2                             prod_type   : dry
cem_color  : grey                          cem_type    : OPC
co2_tech   : Waste heat recovery
production : 4.05 Mt (prior year, company-disclosed)
wiki       : gem.wiki/Ningguo_Cement_Plant

plant_name : Buzzi Unicemo Triunfo Plant
owner      : Buzzi Unicem                  parent: Buzzi S.p.A. (100%)
country    : Brazil                        area  : Rio Grande do Sul
status     : operating                     type  : grinding
cap_cement : 0.60 MTPA                     cap_clinker : --
kilns      : 0                             prod_type   : n/a
cem_color  : grey                          cem_type    : composite
co2_tech   : --
production : not disclosed

Values above illustrate the shape of a row rather than quote a certified extract; your sample pulls live records. The parent column with confirmed percentage stakes is what turns a plant list into an ownership map - roll up 3,884 rows by parent group and the industry's concentration appears in one aggregation step.

The core schema runs fourteen documented fields per plant, verified against the publisher's methodology and FAQ documentation. Ownership columns arrive pre-linked to Global Energy Monitor's Global Energy Ownership Tracker, so parent-company rollups need no separate join table.

Geography - 171 countries and areas. Every major producing market is in the table alongside smaller ones, with subnational detail for Chinese provinces and regional aggregations available through summary views. China alone carries a large share of world capacity, which is exactly why province-level splits matter for anyone modeling supply.

Temporal - the tracker holds the current operating fleet plus plants proposed or under construction since 2018 and plants retired or mothballed since 2021, giving several years of pipeline and retirement visibility around the present-day snapshot. Releases come annually, with July 2026 the most recent.

Granularity - asset-level, one row per cement or clinker plant, with kiln-level counts inside each plant record. Country, region and Chinese-province aggregations ship as companion summary tables when you need the view from higher up.

API, files, or your warehouse. Daily, weekly, or hourly.

• Market sizing and competitive mapping - capacity by plant, rolled up by parent group or geography, puts hard numbers under market-share claims; more on our market sizing use case page.
• Industrial decarbonisation tracking - the emissions-reduction technologies field flags which plants have waste heat recovery, alternative fuels, clinker substitution or other green-cement measures in use or planned, making decarbonisation progress auditable at asset level.
• Supply chain and procurement - buyers of cement-intensive construction inputs map supplier plants, their capacities and their corporate parents in one pass; see our supply chain mapping use case.
• Investment screening - status transitions from proposed to operating to retired, read against capacity and ownership, feed both equity and credit views of producers; patterns like these sit on our investors and quants page.
• Demand forecasting - plant-level capacity plus disclosed prior-year production anchors bottom-up demand models that top-down series cannot resolve; more on demand forecasting.
• Policy and NGO research - proposed-plant lists give permitting and campaign teams a concrete registry of what is coming online where, and each plant's linked history page carries footnoted environmental and social context.

Market researchers and consultants get a defensible plant census behind market-sizing decks - capacity by region, by parent group, by plant type - instead of press-release arithmetic. ESG and sustainability analysts get the emissions-reduction technology field per plant, which is the difference between 'company X has net-zero pledges' and 'these specific kilns have waste heat recovery installed.' Investors and quants get status, capacity and ownership in one flat table that loads straight into screening pipelines. Supply chain and procurement teams get supplier-by-supplier plant maps with corporate parents resolved. Journalists, academics and students get citable, versioned plant data where every record links to a footnoted wiki page carrying plant history and environmental justice detail.

Most construction-materials data measures flows and prices: production indices, materials cost trackers, housing-start series. Those tell you how fast the industry's output moves through the economy. The GCCT measures the asset base underneath those flows - which plants exist, who owns them, how big they are and what state they are in.

That makes it complementary rather than competing. Pair plant-level capacity against a production index and you can reason about utilization headroom per market; pair it against price series and margin pressure becomes visible at the asset level. A direct methodology comparison sits on our Eurostat production index vs GCCT page, and the wider slate lives on our best construction materials datasets ranking.

Three things. First, this is an annually released tracker, not a transaction feed: the July 2026 release is the current edition, so intra-quarter status changes appear in the next annual cycle rather than continuously. Plan analyses accordingly - or let delivery cadence handle the refresh on your side.

Second, plant-level production figures arrive only where owning companies disclose them publicly, so expect that column populated for some markets and empty elsewhere. Capacity is complete across the table; actual output is disclosure-dependent.

Third, ownership resolution goes deep but not infinitely deep: first owner and ultimate parents carry percentage stakes where confirmed, and the optional supplemental file extends chains further. Where a stake is unconfirmed, the record says so rather than guessing - which is the behavior you want in anything you will cite.