The FastCarb project: Taking advantage of the accelerated carbonation of recycled concrete aggregates

Recycled concrete aggregates (RCA) incorporate hydrates that can be carbonated. The FastCarb project aims to mineralize CO2 within RCA, improving the quality of these aggregates by the clogging of the porosity and finally decreasing the CO2 impact of concrete in structures. It has two main objective...

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Bibliographic Details
Published in:	Case Studies in Construction Materials Vol. 17; p. e01349
Main Authors:	Torrenti, Jean Michel, Amiri, Ouali, Barnes-Davin, Laury, Bougrain, Frédéric, Braymand, Sandrine, Cazacliu, Bogdan, Colin, Johan, Cudeville, Amaury, Dangla, Patrick, Djerbi, Assia, Doutreleau, Mathilde, Feraille, Adelaïde, Gueguen, Marielle, Guillot, Xavier, Hou, Yunlu, Izoret, Laurent, Jacob, Yvan-Pierre, Jeong, Jena, Hiu Hoong, Jean David Lau, Mahieux, Pierre-Yves, Mai-Nhu, Jonathan, Martinez, Heriberto, Meyer, Vincent, Morin, Vincent, Pernin, Thomas, Potier, Jean-Marc, Poulizac, Laurent, Rougeau, Patrick, Saadé, Myriam, Schmitt, Lucie, Sedran, Thierry, Sereng, Marie, Soive, Anthony, Dos Reys, Glaydson Symoes, Turcry, Philippe
Format:	Journal Article
Language:	English
Published:	Elsevier Ltd 01-12-2022 Elsevier
Subjects:	Carbonation Circular economy Civil Engineering CO2 Concrete Construction durable Engineering Sciences Environmental Engineering Environmental impact Environmental Sciences Materials Recycled aggregate Carbonation Concrete Recycled aggregate Circular economy Environmental impact CO2 ACCELERATION RECYCLED MATERIAL CIRCULAR ECONOMY CARBONATATION CARBONATION CONCRETE AGGREGATES MATERIAU RECYCLE BETON GRANULAT ECONOMIE CIRCULAIRE
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