ArcelorMittal's HyMatch® Steel: Pioneering the Hydrogen Transport Revolution
Key Ideas
  • ArcelorMittal introduces HyMatch® steel grades tailored for hydrogen transport, addressing challenges and ensuring safety.
  • Research programs in France, Germany, and Belgium focus on developing steel for hydrogen infrastructure.
  • Continuous investments in R&D and participation in various projects aim to enhance steel performance for hydrogen applications.
  • HyMatch® steel can be complemented with XCarb® certificates, enabling customers to report Scope 3 emissions reductions.
ArcelorMittal has unveiled HyMatch®, a new range of steel grades specifically designed for transporting hydrogen. The European Union's ambitious targets for renewable hydrogen production by 2030 have sparked innovations in infrastructure, prompting ArcelorMittal to develop steel grades that cater to the unique demands of hydrogen transport. The HyMatch® product family boasts fine microstructure and high cleanliness to mitigate hydrogen embrittlement risks. ArcelorMittal's R&D efforts in France, Germany, and Belgium are dedicated to enhancing steel for hydrogen applications, ensuring compliance with industry standards and technical requirements. The company's active involvement in international projects and collaborations emphasizes its commitment to advancing hydrogen infrastructure operations. Moreover, the introduction of the industry-first XCarb® certificates allows customers to demonstrate equivalent CO2 emissions reductions achieved through ArcelorMittal's sustainable practices. The deployment of HyMatch® steel aligns with the future use of existing natural gas pipelines for hydrogen transmission, meeting industry standards and undergoing rigorous testing. Laurent Plasman, CMO Industry at ArcelorMittal Europe, highlights the importance of HyMatch® in supporting the construction of hydrogen-ready pipelines and emphasizes the company's dedication to upholding safety standards in energy transportation.
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