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Articles / Manufacturing Technology

Recarbonation of cementitious materials while absorbing CO2 from air

Cement production is a significant CO2 emissions source, yet its cementitious product materials act as carbon sinks, with ambient CO2 captured in its uncarbonated CaO molecules. Cemex and ITESM propose a methodology for quantifying recarbonation in cementitious materials to mitigate CO2 emissions and climate change. In this article, spectrographic and physical-chemical analyses are presented to determine the composition of the specimens used, including their carbon fraction, which is related to CO2 content in the samples through time. By Enrique de Hoyos Guajardo and Ana Yulissa Angulo Elizalde, Cemex, Mexico, and María Gabriela Ortiz Martínez, Natalia Cortés Castellanos, Daniela Anaya Trejo and Arturo Ávila López, ITESM, Mexico

27 February 2025
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Recarbonation of  cementitious materials while absorbing CO2 from air

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TOPICS IN THIS ARTICLE
  • Carbon mineralisation
  • carbon capture
  • CO2 emissions
  • CCUS
  • Cemec
  • ITESM
  • Mexico
  • North America

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