Located in Saint-Saëns in France’s Normandy region and recognized as a trusted supplier of water storage solutions, the company aims to reduce the environmental footprint of hydraulic infrastructure by combining its engineering expertise with low-carbon steel. By significantly lowering the carbon footprint of the primary material used in its galvanized pipes and storage systems, Tubao seeks to provide customers with a competitive advantage in a market where sustainability criteria are becoming increasingly important in public tenders and infrastructure projects. Commenting on the development, Tubao Business Development Manager Hadrien Le Flanchec stated that, thanks to XCarb® recycled and renewably produced steel, the company is able to manufacture galvanized metal pipes with a 60 percent reduction in embedded CO₂ emissions while maintaining structural integrity and corrosion performance.
The company’s commitment to decarbonization extends beyond material selection, with transparent and measurable data being provided to customers to support low-carbon decision-making processes. In this context, the environmental impact of its products is documented through data verified by FDES/INIES. The company stated that its solutions achieve carbon savings of up to 60 percent compared to standard metal pipes and up to 70 percent compared to traditional concrete alternatives, while also fully leveraging the recyclability of steel at the end of its service life.
By combining technical performance, innovation, and environmental responsibility, Tubao aims to take a leading role in the decarbonization of hydraulic infrastructure through its partnership with ArcelorMittal and by supporting the transition to low-carbon construction. Hadrien Le Flanchec stated that the infrastructure sector has a genuine responsibility when it comes to decarbonization, adding that by partnering with ArcelorMittal and integrating XCarb® technology into its product range, the company offers customers a concrete and documented pathway toward low-carbon construction without compromising technical performance.
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