Global Cement Report

Report Overview

Carbon Pressures, Fuel Prices & Trade Shocks Are Redefining the Cement Game

From Europe’s carbon taxes to China’s cooling construction market, cement producers are under pressure to cut emissions, control costs, and rethink supply strategies. This study reveals where the market is heading — and what it takes to stay competitive.

Key themes covered in this report:

• Energy Cost Volatility Drives Major Shifts in Fuel Use & Plant Strategy:
  Spiking fuel prices are accelerating the adoption of waste-derived fuels and forcing producers to optimize plant efficiency and reconsider geographic production advantages.
• Slower Growth in China Shifts Global Demand Focus to South & Southeast Asia:
  With China’s cement demand leveling off due to a maturing infrastructure base and weak housing market, emerging economies like India, Vietnam, and Indonesia are becoming the industry’s new growth centers.
• Material Substitution & Product Redesign Accelerate Under Emissions Pressure:
  Cement producers are scaling the use of pozzolans, slag, limestone blends, and demolition waste to lower clinker ratios, meet sustainability goals, and align with global emissions regulations — including early-stage policies like Europe’s CBAM.

Featuring 211 tables and 98 figures!

Cementing Sustainability: A New Era of Green Innovation

A significant trend in the global cement market is the shift toward environmentally friendly blended cement formulations, which have lower clinker ratios achieved through the incorporation of supplementary cementitious materials such as fly ash, slag, calcined clay, and limestone. This shift is driven by regulatory pressures and the industry’s commitment to reducing carbon footprints. Companies are also adopting carbon capture, utilization, and storage technologies in collaboration with tech providers and governments. Additionally, circular economy initiatives integrate industrial waste streams, like municipal solid waste, tires, and plastics, into cement production, lowering costs and environmental impacts.

Urbanization Fuels Cement Demand in Emerging Economies

Rapid urbanization in Asia, Africa, and Latin America is significantly boosting global cement consumption, driven by infrastructure projects, affordable housing, and nonresidential construction. Major developments like roads, bridges, airports, metro systems, and ports are key demand drivers, particularly in India, Indonesia, Nigeria, and Brazil. The growing use of modular and precast concrete methods in these regions, favored globally for cost efficiency, faster completion, and improved quality control, offers additional growth opportunities.

Cleaner Fuels & Energy Efficiency Transform Cement Industry

Cement manufacturers are increasingly adopting alternative fuels like biomass, refuse-derived fuel, and tire-derived fuel, driven by cost benefits and strict emissions regulations, especially in Europe. Investments in processing infrastructure support this shift. Energy efficiency improvements, such as advanced kiln technologies, waste heat recovery, and enhanced grinding methods, further reduce energy use, costs, and emissions. While cement is primarily a business-to-business market, rising demand for sustainable building practices and certifications in developed regions encourages manufacturers to highlight environmental performance.

Global Cement Report Details

Key Companies in the Global Cement Industry 

Global Cement Report Scope

This study covers the global market for cement. Cement types are:

• blended cement
• portland cement:
  • general use (also referred to as ordinary or common) gray cement
  • high early strength and sulfate-resistant cement
  • oil well cement
  • white portland cement
• specialty cement (i.e., fly ash, slag, and other pozzolanic cements; masonry cement; aluminous or high-alumina cement)

In addition, demand is analyzed by market:

• residential building construction
• nonresidential building construction
• infrastructure and other markets, including roads, bridges, and other nonbuilding construction (e.g., public utility structures, airports, military facilities, parks, playgrounds)

Cement demand is also analyzed by end user, such as:

• ready-mix concrete producers
• concrete product manufacturers (includes non-construction-related concrete products such as statues and wall plaques)
• consumers (e.g., DIY housing construction, home improvement and repair projects)
• other users/uses, including agricultural and governmental users, hazardous waste disposal, decorative applications, protection from weather and harmful compounds

Historical data for 2014, 2019, and 2024, and forecasts for 2029 and 2034 are provided for cement demand in metric tons.
Data from the US Census Department were also consulted in the preparation of this study, and a list of related codes is presented here for informational purposes. However, these codes may not include all products covered in this report or may exclude some products of interest and the data have thus been adjusted accordingly.

Cement Industry Growth Factors

The cement industry is loosely correlated to construction activity and government investment. Although building construction may increase or decrease in a particular year, demand tends to more closely track infrastructure spending (which includes both new construction and repair work) because the size or types of buildings constructed can offset the impact of changing overall expenditures.

The most important factor influencing annual cement demand in a specific country is the level of construction activity in that country, especially trends in infrastructure projects (roads, bridges, ports, airports), commercial and residential building construction, and industrial development.

Government policies, general economic conditions, and urbanization trends also play key roles in shaping demand. Government investment and public spending on transportation, energy, and urban development projects can significantly increase cement consumption.

The type of cement used can vary depending on project requirements, environmental regulations, and material availability.

Other factors affecting annual cement demand include:

• Availability and cost of raw materials – Local limestone, clay, and pozzolanic material availability, as well as imported materials, impact cement production and price.
• Energy costs and fuel availability – Cement production is energy-intensive, so electricity and fuel prices influence production levels and cost competitiveness.
• Environmental regulations and sustainability policies – Restrictions on emissions and incentives for low-carbon cement alternatives can shift demand toward blended or specialty cements.
• Seasonality and weather conditions – Construction activity often slows during extreme weather, such as heavy rains, cold temperatures, or monsoon seasons and climate can impact the types of cements required.
• Cement import and export dynamics – Trade policies, tariffs, and domestic production capacity affect reliance on imported cement.
• Interest rates and credit availability – Higher borrowing costs can slow construction activity, affecting cement demand.
• Alternative construction materials – The use of steel, wood, or other building materials in place of concrete can reduce cement demand.
• Changes in construction techniques – Innovations like 3D printing or prefabrication may reduce overall cement consumption per project.
• Geopolitical factors and trade restrictions – Sanctions, trade disputes, or conflicts can disrupt cement supply chains and project funding.
• Natural disasters and reconstruction efforts – Earthquakes, hurricanes, and floods can create temporary spikes in demand due to rebuilding efforts.
• Consumer and business confidence – Perceptions of economic stability affect real estate development and commercial construction projects.