Cement Price Trend and Forecast 2026-2027

Key Takeaways

• Global cement prices held in a narrow range through 2025 and into Q1 2026, moving from USD 92.43/MT in Q1 2025 to a peak of USD 95.62/MT in Q2, easing to USD 95.32/MT in Q1 2026. The modest 3.1% cumulative global gain masked dramatic regional divergence, with European prices rising 14% cumulatively while Northeast Asian prices fell 14% over the same window.
• European cement prices posted the strongest upward move, rising from USD 137.07/MT in Q1 2025 to USD 156.31/MT in Q1 2026, a cumulative 14% gain. The EU Emissions Trading System (ETS) carbon cost pass-through, Carbon Border Adjustment Mechanism (CBAM) full implementation from January 2026, and rising European natural gas and electricity costs drove sustained price firmness across Holcim, Heidelberg Materials, Cemex, Buzzi, Titan, and CRH European operations.
• Northeast Asian cement prices fell sharply from USD 47.97/MT in Q1 2025 to USD 41.14/MT in Q1 2026, a cumulative 14% decline. Chinese property market contraction, reduced infrastructure stimulus, and structural overcapacity across China's cement industry drove the decline, with major producers Anhui Conch Cement, China National Building Materials (CNBM), Huaxin Cement, and Jidong Cement facing margin compression.
• North American cement prices held relatively stable at USD 119 to USD 123/MT throughout the observation window, reflecting steady US and Canadian construction demand alongside disciplined supply from Holcim North America (operating as Amrize following the 2025 spin-off), Heidelberg Materials North America, Cemex USA, and CRH Americas.
• Indian cement prices moved moderately, with Q4 2025 softness at USD 71.20/MT partly recovered to USD 73.32/MT in Q1 2026. UltraTech Cement, Shree Cement, Ambuja Cement (Adani), ACC, and Dalmia Bharat drove steady domestic supply while India's Cement Manufacturers Association reported firm underlying demand from housing and infrastructure.
• African cement prices firmed meaningfully through 2025, rising from USD 82.14/MT to USD 86.72/MT in Q1 2026 (up 5.6%), supported by ongoing construction demand across Dangote Cement's Nigerian and pan-African operations, PPC Cement in South Africa, Lafarge Africa, and continued infrastructure investment across West, East, and North African markets.

What Is Cement and Why Does It Matter?

Cement is a binder material that hardens and sets when combined with water, enabling the production of concrete, mortar, stucco, and grout for virtually all forms of modern construction. The term typically refers to Portland cement, invented by Joseph Aspdin in 1824 and now the dominant binder globally, accounting for approximately 95% of cement produced worldwide. Portland cement is a fine grey powder manufactured by heating a precisely-controlled mixture of limestone, clay, and other materials in a rotary kiln at temperatures reaching 1,450 C. The intense heat causes chemical transformations producing clinker, hard nodules that are subsequently ground with gypsum and supplementary cementitious materials (SCMs) such as fly ash, blast furnace slag, or limestone to produce the finished cement product. Global cement production reached approximately 4.1 billion metric tonnes in 2024 according to USGS Mineral Commodity Summaries data, with China accounting for roughly 52% of global output.

The cement production process begins with the mining and processing of raw materials, predominantly limestone (approximately 80% of the raw mix) and clay or shale, alongside smaller quantities of iron ore, sand, and bauxite to achieve the required chemistry. These materials are crushed, blended, and preheated before entering the rotary kiln, where clinker is formed through calcination (conversion of limestone to lime with release of CO2) and subsequent chemical reactions creating the key cement phases: alite (tricalcium silicate, the primary strength-giving phase), belite (dicalcium silicate), aluminate, and ferrite. The resulting clinker nodules are cooled, stored, and ground with approximately 5% gypsum (to control setting time) and SCMs in finish mills. The cement industry is one of the most carbon-intensive industrial sectors globally, accounting for approximately 7 to 8% of global anthropogenic CO2 emissions per International Energy Agency data, with emissions originating roughly 60% from the limestone calcination reaction itself and 40% from fuel combustion.

Global cement market structure features a mix of multinational majors and regional operators. The leading global producers by volume and revenue include Holcim (recently split into separate Holcim Group for international operations and Amrize for North American operations, following a 2025 demerger), Heidelberg Materials (the former HeidelbergCement, with the Lehigh Hanson North American business rebranded), Cemex (Mexico-based with operations across 40+ countries), CRH (Ireland-based, with significant North American footprint following the Ash Grove acquisition), Anhui Conch Cement (China's largest producer), China National Building Materials (CNBM), UltraTech Cement (India's largest), Shree Cement, Ambuja Cement (now part of the Adani Group), Dangote Cement (Nigeria, Africa's largest producer), Taiheiyo Cement (Japan), and Votorantim Cimentos (Brazil). The industry is characterised by capital-intensive operations, local market economics due to high freight costs relative to product value, and increasing regulatory focus on decarbonisation.

Cement pricing globally is driven by several interconnected factors. Energy costs dominate variable production economics because cement kilns are highly energy-intensive (typically 3.2 to 4.0 gigajoules of thermal energy per tonne of clinker produced), with coal, petroleum coke, natural gas, and increasingly alternative fuels including biomass and refuse-derived fuel (RDF) as principal feedstocks. CO2 emissions costs have become a major pricing factor in Europe under the EU Emissions Trading System, with cement producers now paying market prices for their substantial CO2 emissions as free allocations are phased out. The Carbon Border Adjustment Mechanism (CBAM), fully implemented from 2026, applies equivalent carbon costs to cement imports into the EU, protecting European producers from carbon leakage while increasing European cement pricing. Regional supply-demand balance, construction activity cycles, and local regulatory environments complete the pricing picture.

Which Sectors Are Driving Cement Demand?

Residential construction: This represents one of the largest global cement demand pillars, with single-family housing, multi-family apartment buildings, and residential infrastructure driving baseline consumption. 2025 patterns varied significantly by region: US residential construction held moderate on single-family housing activity despite higher mortgage rates; European residential construction was mixed with Germany weakness offset by Southern European strength; Indian residential demand firmed on ongoing urbanisation and affordable housing programmes; Chinese residential construction contracted sharply on the ongoing property developer crisis affecting Evergrande, Country Garden, and others; African residential construction grew across Nigeria, Ethiopia, Kenya, and Morocco.

Commercial and industrial construction: Office buildings, retail, hotels, warehouses, manufacturing facilities, and data centres drew substantial cement volumes through 2025. Data centre construction (supporting AI infrastructure buildout by Amazon AWS, Microsoft Azure, Google Cloud, and Meta) represented a notable growth segment in North American and select European markets. Industrial facility construction supporting electric vehicle manufacturing, semiconductor fabs (US CHIPS Act investments), and battery production added incremental demand.

Infrastructure and public works: Roads, bridges, tunnels, airports, ports, railways, dams, and water infrastructure drew significant cement volumes globally. The US Infrastructure Investment and Jobs Act (2021) continued supporting multi-year demand growth through 2025 via federal highway and bridge investments. The EU NextGenerationEU recovery fund and national infrastructure programmes in Spain, Italy, France, and Central Europe supported European infrastructure cement demand. Indian national highway expansion under the Bharatmala Pariyojana programme and urban metro rail construction drove strong infrastructure demand. African infrastructure demand was supported by World Bank, African Development Bank, and Chinese Belt and Road Initiative financing.

Cement for renewable energy and transition infrastructure: Wind turbine foundations (typically requiring 400 to 1,200 cubic meters of concrete per turbine, plus steel reinforcement), solar farm foundations, hydroelectric dam rehabilitation, and nuclear power plant construction (including new reactors in China, India, UK Hinkley Point, Poland, and UAE) consumed notable specialty cement volumes. Energy transition infrastructure is increasingly a structural demand driver.

Oil and gas well cementing (OWC grades): Specialty oil well cement (typically API Class G or Class H grades) serves the well construction, completion, and abandonment phases of oil and gas operations. Halliburton, Schlumberger, and Baker Hughes cementing services drove demand supported by US Permian Basin drilling activity, Middle Eastern oil field development, and global offshore operations. This represents a smaller but higher-value specialty segment.

Repair, maintenance, and renovation (RMR): Existing building repair, bridge rehabilitation, road maintenance, and concrete restoration drew significant cement volumes globally, typically representing 30 to 40% of developed-market cement consumption. US state Department of Transportation road maintenance, European building renovation under energy efficiency programmes, and Japanese earthquake reinforcement retrofits represented durable RMR demand through 2025.

Global Cement Price Trend in 2025

Global cement prices moved in a narrow range through 2025 and into Q1 2026, masking meaningful regional divergence beneath the surface stability. Prices moved from USD 92.43/MT in Q1 2025 to USD 95.62/MT in Q2 (up 3.45%), USD 95.46/MT in Q3 (down 0.16%), USD 94.05/MT in Q4 (down 1.49%), and USD 95.32/MT in Q1 2026 (up 1.36%). The cumulative five-quarter gain of 3.1% modestly exceeded typical consumer price inflation and reflected the offsetting effects of European price firmness and Chinese price weakness, with other regions contributing moderate stability.

The global figure is computed as a simple five-region average across African, European, Indian, North American, and Northeast Asian quarterly VMP prices. Regional dispersion was extreme throughout the observation window, with European prices persistently 3 to 4x Northeast Asian prices. This reflects fundamentally different regional cement market structures: European prices embed substantial EU ETS CO2 costs and reflect mature market discipline; Northeast Asian prices reflect the ongoing Chinese property market crisis and structural cement overcapacity; North American prices reflect steady construction demand and stable supply discipline; Indian prices reflect a rapidly-growing market with competitive domestic producer dynamics; African prices reflect import-dependent markets with firm construction demand.

African Cement Price Trend in 2025

African cement prices firmed moderately through the observation window. Q1 2025 opened at USD 82.14/MT, rose 4.82% in Q2 to USD 86.10/MT, continued 1.35% higher in Q3 to USD 87.27/MT, eased 3.62% in Q4 to USD 84.11/MT, and recovered 3.11% in Q1 2026 to USD 86.72/MT. The cumulative five-quarter gain of 5.6% reflected steady construction demand across the continent's key markets alongside moderate pricing discipline from major regional producers.

African cement production is led by Dangote Cement, the continent's largest producer with operations across Nigeria, South Africa, Ethiopia, Senegal, Cameroon, Tanzania, Zambia, Congo, Ghana, Sierra Leone, and other markets. PPC Cement serves South African, Zimbabwean, and Botswana markets. Lafarge Africa (part of Holcim Group) operates across multiple African countries. Heidelberg Materials Africa operates in Tanzania, Togo, and other markets. Egyptian production is led by Suez Cement and several regional operators. Moroccan supply comes from Lafarge-Holcim Morocco and Ciments du Maroc. Regional demand is driven by rapid urbanisation, infrastructure investment under African Development Bank and World Bank programmes, Chinese Belt and Road Initiative construction, and private residential development. Dangote Cement reported solid 2025 operational performance per corporate disclosures, supporting regional pricing discipline.

European Cement Price Trend in 2025

European cement prices posted the strongest upward trajectory among the five tracked regions. Q1 2025 opened at USD 137.07/MT, rose sharply 8.58% in Q2 to USD 148.84/MT, continued 1.91% higher in Q3 to USD 151.68/MT, firmed 1.07% further in Q4 to USD 153.30/MT, and gained 1.96% in Q1 2026 to USD 156.31/MT. The cumulative five-quarter gain of 14% reflected the combined effects of EU Emissions Trading System (ETS) carbon cost pass-through, Carbon Border Adjustment Mechanism (CBAM) implementation preparation, and rising European energy costs.

European cement production is led by Holcim (Swiss-headquartered, with operations across the EU following the 2025 demerger separating Holcim Group international operations from Amrize North American operations), Heidelberg Materials (Germany), Cemex Europe (Spain, UK, Germany, Czech Republic, Poland, Latvia), Titan Cement (Greece), Buzzi Unicem (Italy), CRH (Ireland, UK, Germany, Central Europe), Italcementi (now part of Heidelberg Materials), and Dyckerhoff. Regional demand pillars include German construction (mixed through 2025), Italian and Spanish infrastructure and tourism-related construction, French residential and commercial activity, Central and Eastern European growth markets (Poland, Czech Republic), and UK infrastructure projects including HS2 rail, Hinkley Point C nuclear, and Sizewell C.

The dominant 2025 pricing driver was EU ETS carbon cost pass-through. EU ETS allowance prices averaged roughly EUR 75 to EUR 90 per tonne CO2 through 2025, with cement producers paying these costs on their substantial CO2 emissions (typically 600 to 900 kg CO2 per tonne of cement produced) as free allocations continued phasing out under the ETS Phase 4 framework. The Carbon Border Adjustment Mechanism (CBAM), fully implemented from 1 January 2026, applies equivalent carbon costs to cement imports into the EU from non-EU countries without equivalent carbon pricing systems, protecting European producers from carbon leakage. European natural gas and electricity costs, while moderating from 2022 peaks, remained elevated relative to pre-crisis levels through 2025, adding further cost pressure to cement production. Major European producers including Holcim, Heidelberg Materials, and Cemex implemented price increases through 2025 to recover these cost pressures.

Indian Cement Price Trend in 2025

Indian cement prices moved in a relatively narrow band through the observation window, with a Q4 2025 softness partly recovered in Q1 2026. Q1 2025 opened at USD 74.03/MT, rose 1.12% in Q2 to USD 74.86/MT, eased 0.91% in Q3 to USD 74.19/MT, dropped 4.02% in Q4 to USD 71.20/MT, and recovered 2.97% in Q1 2026 to USD 73.32/MT. The cumulative five-quarter decline of 1.0% reflected competitive domestic market dynamics, steady demand fundamentals, and producer discipline.

India is the world's second-largest cement producer after China, with production capacity exceeding 570 million tonnes annually per India Cement Manufacturers Association data. UltraTech Cement is the largest Indian producer with capacity exceeding 140 million tonnes. Shree Cement, Ambuja Cement (now under the Adani Group umbrella along with ACC), Dalmia Bharat, JK Cement, Birla Corporation, India Cements, Ramco Cements, and Heidelberg Materials India round out the top producers. Regional demand spans massive residential construction (supporting urbanisation from roughly 35% to projected 50% urban population through 2035), government infrastructure programmes including Bharatmala Pariyojana (national highway expansion), Sagarmala (port development), Pradhan Mantri Awas Yojana (affordable housing), dedicated freight corridors, urban metro rail construction across 20+ cities, and private commercial construction.

The 2025 pricing pattern reflected competitive dynamics among the major producers, particularly following the Adani Group's major cement industry entries through acquisitions of Ambuja Cement and ACC, and the associated market share competition. Q4 2025 price softness tracked seasonal construction moderation during winter months and late-monsoon regional variation. The Q1 2026 recovery aligned with seasonal construction activity resumption and UltraTech and Shree Cement pricing announcements. Raw material costs including coal and petroleum coke, which feature heavily in Indian cement production energy mix, moderated through H2 2025, supporting some margin recovery.

North American Cement Price Trend in 2025

North American cement prices held relatively stable throughout the observation window. Q1 2025 opened at USD 120.95/MT, rose 1.37% in Q2 to USD 122.61/MT, held nearly flat in Q3 at USD 122.78/MT (up 0.13%), eased 2.17% in Q4 to USD 120.11/MT, and declined marginally 0.83% in Q1 2026 to USD 119.11/MT. The narrow USD 119 to USD 123/MT band across five quarters made North American cement among the most stable regional markets in the observation window.

North American cement production is led by Amrize (the 2025 spin-off from Holcim containing the former North American operations, with major operations across the US and Canada), Heidelberg Materials North America (formerly Lehigh Hanson, with extensive Great Lakes, Southeast, and Southwest operations), Cemex USA (operations from California through Texas to the Southeast), CRH Americas (following the Ash Grove acquisition, covering the Midwest and broader US footprint), Martin Marietta Materials, Eagle Materials, Buzzi US operations, and GCC (Grupo Cementos de Chihuahua). Regional demand pillars include US residential construction (mixed through 2025 on mortgage rate pressure), commercial and data centre construction (firm growth), infrastructure spending under the Infrastructure Investment and Jobs Act (IIJA), industrial facility construction including semiconductor fabs, battery plants, and EV manufacturing facilities. Canadian demand was supported by Toronto, Montreal, and Vancouver residential and commercial activity alongside infrastructure programmes.

The 2025 pricing stability reflected balanced supply-demand conditions, disciplined producer pricing, and the relatively insulated nature of North American cement markets (where freight costs limit cross-border Mexican and Asian import competition). Portland Cement Association data indicated US cement consumption held roughly flat year-over-year through 2025, with infrastructure spending growth offsetting residential softness. The slight Q4 2025 and Q1 2026 price easing reflected seasonal demand moderation and competitive dynamics following the Amrize-Holcim demerger.

Northeast Asian Cement Price Trend in 2025

Northeast Asian cement prices posted the most dramatic decline among the five tracked regions. Q1 2025 opened at USD 47.97/MT, fell sharply 4.75% in Q2 to USD 45.69/MT, dropped 9.36% in Q3 to USD 41.41/MT, held nearly flat in Q4 at USD 41.51/MT (up 0.24%), and eased 0.89% in Q1 2026 to USD 41.14/MT. The cumulative five-quarter decline of 14% reflected severe Chinese property market contraction, structural cement overcapacity, and margin pressure across major Chinese producers.

China dominates Northeast Asian cement production by a significant margin, accounting for roughly 52% of global cement output per USGS Mineral Commodity Summaries data. Major Chinese producers include Anhui Conch Cement (the world's largest cement producer by capacity), China National Building Materials (CNBM, which consolidates Huaxin Cement, Southern Cement, and numerous regional operators), Jidong Cement, Shanshui Cement, Tianrui Cement, and Taiwan Cement's Chinese operations. Japanese cement production is led by Taiheiyo Cement, Ube-Mitsubishi Cement, and Sumitomo Osaka Cement. Korean supply comes from Ssangyong C and E (part of Hanil Holdings), Hanil Cement, Asia Cement, and Hyundai Cement.

The dramatic 2025 Chinese cement price decline reflected multiple reinforcing factors. Chinese property market contraction, ongoing since 2021 with developers Evergrande, Country Garden, and others facing restructuring, drove sharp reductions in residential construction activity. Chinese government infrastructure stimulus moderated through 2025 as local government debt concerns constrained new project financing. China's cement industry structural overcapacity (estimated at 35 to 40% by China Cement Association analyses) amplified pricing pressure during weak demand. The National Development and Reform Commission (NDRC) environmental inspections and capacity rationalisation initiatives through 2025 reduced some capacity but not fast enough to match demand decline. Anhui Conch Cement and CNBM reported margin compression through 2025 earnings updates. Japanese and Korean pricing was more stable but followed the broader regional direction.

What Factors Drove Cement Costs in 2025?

• EU Emissions Trading System (ETS) and CBAM implementation: The dominant driver of European cement price strength through 2025. EU ETS allowance prices averaged EUR 75 to EUR 90 per tonne CO2 through 2025, with cement producers paying these costs on their substantial CO2 emissions as free allocations continued phasing out under Phase 4 rules. Carbon Border Adjustment Mechanism (CBAM) full implementation from 1 January 2026 applies equivalent carbon costs to cement imports from non-EU countries without equivalent pricing systems, protecting European producers from carbon leakage while supporting continued pricing strength.
• Chinese property market contraction: The single most important factor driving Northeast Asian cement price weakness. Chinese property developer restructuring (Evergrande, Country Garden, Sunac, and others), constrained local government infrastructure spending due to debt concerns, and structural industry overcapacity (estimated 35 to 40% by China Cement Association) drove sustained pricing pressure through 2025. The Q2-Q3 2025 price decline of 14% in two quarters was among the largest moves in any regional cement market globally.
• Energy costs and alternative fuel strategies: Coal, petroleum coke, and natural gas pricing affected cement production economics globally. European natural gas moderated from 2022 peaks but remained elevated, supporting regional pricing. US coal and natural gas pricing was more favourable. Indian coal availability was constrained intermittently through 2025 by monsoon logistics and domestic mining regulation, affecting Indian cement producer operating costs. Major producers continued alternative fuel substitution strategies (biomass, refuse-derived fuel, tyre-derived fuel) to reduce energy costs and CO2 emissions.
• Construction demand cycles across regions: Diverging regional construction activity patterns drove the significant inter-regional pricing divergence. North American demand was stable, European demand mixed with infrastructure strength, Indian demand firm, African demand growing, and Chinese demand severely contracting. These fundamental demand patterns shaped regional pricing dynamics more than any other single factor.
• Producer capacity discipline and consolidation: Major cement producer pricing discipline was critical for regional price support. European producers (Holcim, Heidelberg Materials, Cemex, Titan, Buzzi, CRH) demonstrated strong pricing discipline through the EU ETS cost pass-through. North American producers (Amrize following the Holcim spin-off, Heidelberg Materials, Cemex, CRH) similarly held pricing firm. Indian major producer price announcements (UltraTech, Shree, Ambuja) shaped market direction. Chinese producers struggled with overcapacity amid weak demand.
• Infrastructure investment programmes: US Infrastructure Investment and Jobs Act (2021) funding continued deploying through 2025. EU NextGenerationEU recovery fund supported European infrastructure demand. Indian Bharatmala and metro rail programmes drove Indian demand. Chinese government infrastructure stimulus moderated. African and Middle Eastern infrastructure investment continued supported by multilateral development bank financing.

Cement Market Forecast for 2026

The outlook for the balance of 2026 points to continued regional divergence, with European prices likely to firm further under CBAM implementation, Northeast Asian prices potentially stabilising at current weak levels as Chinese capacity rationalisation continues, and North American, Indian, and African prices holding relatively stable with modest seasonal variation. Full-year 2026 global averages are projected to range USD 90 to USD 100/MT, roughly in line with 2025 averages, with the same underlying regional divergence persisting.

Expected Cement Price Range (2026)

Regional forecasts point to European prices holding USD 150 to USD 165/MT through 2026 with continued upward pressure from CBAM implementation, North American prices ranging USD 110 to USD 125/MT on stable demand, Indian prices at USD 70 to USD 80/MT on continued competitive dynamics, African prices at USD 82 to USD 92/MT on continued construction growth, and Northeast Asian prices at USD 37 to USD 45/MT with potential for modest recovery if Chinese capacity rationalisation accelerates or if infrastructure stimulus firms. Key swing factors include Chinese property market recovery pace, CBAM transitional period implementation effects, US infrastructure spending trajectory, and global construction demand.

Key Analyst Insights for the Cement Market

• European cement's 14% cumulative 2025 price rise is structurally driven by EU ETS and CBAM carbon policy rather than cyclical factors. These policy drivers will continue supporting European price firmness through 2026 and beyond as free allocations further phase out and CBAM implementation matures. Buyers in European markets should plan for continued upward pressure rather than expecting mean reversion.
• Northeast Asian cement pricing at USD 41/MT reflects severe supply-demand imbalance that will take years to resolve. Chinese property market recovery pace is the dominant variable for Northeast Asian cement pricing direction. Even modest property market stabilisation in 2026 could support moderate price recovery given the depth of current weakness.
• The 4x price spread between European and Northeast Asian cement is unprecedented in the industry's history and reflects genuinely different market conditions rather than trade arbitrage opportunities. Cement's high freight-to-value ratio (transport costs typically exceed 20% of delivered price) naturally limits cross-regional arbitrage and supports persistent regional pricing differentiation.
• North American cement pricing stability is supported by the ongoing infrastructure investment deployment under IIJA (2021), data centre construction growth, and reindustrialisation through CHIPS Act-funded semiconductor facilities and IRA-supported battery and EV manufacturing. These structural demand pillars should support continued pricing stability through 2026-2027.
• Cement industry decarbonisation investment is accelerating globally. Low-clinker cements (CEM II/B-LL Type IL, CEM III slag cements), alternative fuel substitution, kiln efficiency improvements, and carbon capture demonstration projects (Heidelberg Materials Brevik Norway, Holcim various projects) represent the industry's long-term competitiveness drivers. Producers leading this transition will capture premium pricing in carbon-constrained markets.

Key Takeaways for Buyers and Manufacturers

For Buyers

• Secure long-term supply contracts with regional producers given cement's high freight-to-value ratio and limited cross-regional arbitrage. Amrize (North America), Heidelberg Materials (global), Cemex (global), CRH (primarily North America and Europe), Holcim (global outside North America), and UltraTech (India) offer diversified regional supply relationships.
• Track EU ETS allowance prices, Chinese property market indicators (particularly new housing starts and local government bond issuance), and US construction spending as the three primary leading indicators for cement price direction by region. Regional pricing responds more to local factors than global signals.
• Build 2 to 4 weeks of cement inventory for critical construction projects given cement's limited shelf life (typically 3 months at most after manufacturing due to moisture absorption) and logistical challenges during regional shortages. Winter inventory buildup ahead of spring construction season is standard practice.
• Evaluate low-carbon cement alternatives including CEM II portland-limestone cements, CEM III slag cements, CEM IV pozzolanic cements, and blended cements with higher supplementary cementitious material content. These alternatives typically offer lower delivered costs in Europe and support construction sustainability commitments.
• Consider forward purchasing and hedging strategies for cement-intensive projects with extended construction timelines. Major infrastructure projects (highways, bridges, dams) often benefit from forward price locks given the scale of cement consumption relative to project value.

For Producers

• Integrated limestone mining plus cement production (Amrize, Heidelberg Materials, Cemex, Holcim, Anhui Conch, UltraTech) maintains structural advantages through captive raw material access. Preserving mining reserves and operating permits is a multi-decade strategic priority.
• European producers should continue passing through EU ETS carbon costs aggressively. CBAM implementation from 2026 provides additional pricing support by limiting carbon leakage from non-EU imports. Holcim, Heidelberg Materials, Cemex, and other European operators should maintain disciplined pricing strategies.
• Chinese producers facing overcapacity should accelerate capacity rationalisation under NDRC environmental inspection programmes. Anhui Conch Cement and CNBM leadership positions in voluntary capacity reduction support longer-term industry health, though near-term pricing remains pressured.
• Alternative fuel substitution (biomass, refuse-derived fuel, tyre-derived fuel, sewage sludge) provides both CO2 emission reduction and variable cost savings. Producers with advanced alternative fuel capability (some European producers already above 50% alternative fuel rates) maintain competitive advantage.
• Carbon capture, utilisation, and storage (CCUS) investment is becoming critical for long-term European and global competitiveness. Heidelberg Materials Brevik (Norway) and Holcim pilot projects demonstrate industry commitment, but commercial scale deployment will require sustained capital investment through 2030.