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Construction Materials as a Solution for Carbon Dioxide Storage

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  Transforming building materials into carbon sinks could sequester 16.6 billion tons of CO2 annually, driving sustainable practices in the construction industry.

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The article from MSN discusses the innovative approach of using construction materials for carbon dioxide (CO2) storage as a means to combat climate change. It highlights how traditional construction materials like concrete can be repurposed or enhanced to act as carbon sinks. Researchers and companies are exploring methods to integrate CO2 into building materials during their production, thereby locking away the greenhouse gas for the lifespan of the structure. This includes techniques like carbonation curing for concrete, where CO2 is used in the curing process to not only reduce emissions but also improve the material's properties. The article also touches on the potential of using waste materials from construction to further sequester carbon, suggesting that this dual approach could significantly contribute to reducing atmospheric CO2 levels while also addressing waste management issues in the construction industry. However, it notes that while promising, these methods are still in developmental stages and face challenges in scalability and economic viability.

Read the Full MSN Article at:
[ https://www.msn.com/en-gb/technology/renewable-energy/construction-materials-as-a-solution-for-carbon-dioxide-storage/ar-AA1xwyt2 ]