Cemex Powers Europe's Tallest Residential Build with Low-Carbon Cement

Cemex is supplying its Vertua Supremo lower-carbon cement for TM Tower, a 200-metre, 64-floor residential skyscraper under development in Benidorm, Spain that is expected to become one of the tallest residential buildings in Europe when completed in 2028, with the cement use estimated to reduce carbon dioxide emissions by up to 38 percent compared with equivalent products available in the same market. The Vertua Supremo product is designed to deliver strength, durability and improved resource efficiency while supporting performance in coastal conditions, with Cemex stating that compared with conventional cement the product may reduce carbon dioxide emissions by up to 55 percent across its range of applications. The supply is being carried out through Arenas Forna, a strategic partner in the project execution, for developer TM Grupo Inmobiliario, with Cemex providing cement for both the tower's structure and foundation across what will include 260 residences, common areas and wellness spaces.

 

Lower-Carbon Cement in High-Rise Construction

 

The use of Vertua Supremo in a landmark residential tower of TM Tower's scale and visibility illustrates the commercial potential for lower-carbon cement products to penetrate the high-value end of the construction market, where developer sustainability commitments, building certification requirements and the reputational dimensions of landmark projects create demand for differentiated low-carbon materials that generic conventional cement cannot satisfy. The 38 percent carbon dioxide reduction estimate for TM Tower's specific application, compared with the 55 percent maximum reduction claim for the product range, reflects the practical reality that embodied carbon reduction varies by application context, mix design and local cement market characteristics, with the market-comparable benchmark providing a more commercially meaningful comparison than an absolute reduction against a generic conventional cement reference. Coastal construction conditions, where chloride ingress and sulfate attack create durability challenges that require specific cement chemistry, provide a technically demanding test environment for lower-carbon cement performance that validates the product's applicability beyond standard inland construction contexts.

The construction materials sector accounts for approximately 8 percent of global carbon dioxide emissions, with cement production responsible for the majority of that footprint through both the calcination of limestone that releases process carbon dioxide and the energy-intensive kiln operations required for clinker production. Cemex's Vertua product range represents the company's commercial response to growing regulatory and customer pressure to reduce embodied carbon in construction materials, with the European construction market facing increasing scrutiny of whole-life carbon including embodied emissions from materials alongside operational energy consumption as building regulations and green building certification schemes progressively incorporate embodied carbon requirements. The Level(s) European framework for sustainable buildings and national adaptations including the UK's emerging embodied carbon reporting requirements are creating a regulatory trajectory that will make lower-carbon cement selection increasingly standard rather than optional for major construction projects across European markets.

 

Read more: Microsoft Reaches Water Positive Milestone Ahead of 2030 Goal

 

Market Context for Green Building Materials

 

TM Tower's scale at 64 floors and over 200 metres places it in the category of supertall residential construction where structural cement volumes are substantial and where the cumulative embodied carbon impact of material selection decisions across the foundation, core and superstructure is commercially significant both in absolute terms and as a proportion of the building's total lifecycle carbon footprint. The Benidorm location in a coastal tourism and residential development market reflects the geographic breadth of lower-carbon cement adoption beyond major metropolitan construction markets into the secondary city residential development that accounts for a substantial share of European construction volume. TM Grupo Inmobiliario's selection of Vertua Supremo for a premium residential development signals that the lower-carbon materials premium, if any, is commercially acceptable in the high-end residential segment where sustainability credentials contribute to product differentiation and buyer appeal.

The supply partnership through Arenas Forna rather than direct supply illustrates the distribution model through which Cemex reaches construction projects in the Spanish market, with the strategic partner relationship providing the local market knowledge, logistics and customer relationship infrastructure that enables consistent product quality and supply reliability across a multi-year construction programme. For a project of TM Tower's complexity and timeline, supply chain reliability and technical support quality are as commercially important as product environmental performance, making the established partner network through which Cemex distributes Vertua products a meaningful competitive advantage alongside the product's carbon reduction credentials.

 

Explore OneStop ESG Marketplace: Green Building Solutions

 

Outlook for Lower-Carbon Cement in European Construction

 

Whether lower-carbon cement products like Vertua Supremo can achieve mainstream adoption across European construction rather than remaining confined to premium and high-visibility projects will depend on the pace of regulatory requirements for embodied carbon disclosure and reduction, the evolution of the price differential between lower-carbon and conventional cement products and the degree to which green building certification schemes create commercial incentives for developers to specify lower-carbon materials on standard projects. The European construction sector's progressive adoption of whole-life carbon assessment methodologies, driven by the EU's Level(s) framework and the revision of the Construction Products Regulation to include environmental performance requirements, creates a regulatory trajectory that should expand demand for lower-carbon cement beyond the current early adopter segment toward mainstream specification. Sustained demonstration of Vertua Supremo's technical performance across demanding applications including coastal high-rise construction would strengthen the product's competitive credentials and support Cemex's broader decarbonisation strategy as the company faces growing investor and regulatory pressure to reduce the carbon intensity of its core cement manufacturing operations.

 

Source: Cemex