Supply Chain (Re)Design and Pricing for Biomass Ash Valorization as Supplementary Cementitious Materials by Juan G. Villegas, Germán Álvarez-López, Leyla Y. Jaramillo, Manuel Romero-Sáez

“…However, using biomass ashes as an SCM presents challenges, such as the distant location of crops and processing plants from cement and concrete plants, the absence of a supply chain to connect the biomass ash and cement/concrete producers, and the lack of a mechanism to set the price of the ash. …”
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Using nitro-oxidized cellulose nanofibrils from banana rachis to engineer fracture toughness in cementitious concrete matrix by Ngesa Ezekiel Mushi, Regan Mahoo, Edward Rwegasila

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Circular concrete: validating new technologies in the lab and on-site by Bram Dooms, Jeroen Vrijders

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Concrete carbon mixing – A systematic review on the processes and their effects on the material performance by Marco Davolio, Giovanni Muciaccia, Liberato Ferrara

“…Moreover, the methodological aspects of life cycle assessment (LCA) applied to concrete carbon mixing processes were discussed, showing the lack of systematic studies. …”
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A bibliometric review of agricultural waste as coarse aggregates in sustainable concrete by James Anthony Oppon, Emmanuel Adinyira, Kofi Agyekum

“…Following the screening process, 870 papers were selected.Data analysis was conducted using the R-based Bibliometrix package, focusing on publication trends, keyword co-occurrences, conceptual structure, and collaboration network. …”
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Introducing magnesium oxide into 3D printed concrete to mitigate dry-shrinkage by Abdulkerim Mohammed Aman, Zhe Yang, Yubo Xin, Xiaoman Zhang, Yangbo Li, Dahai Huang, Jing Shen

“…However, 3D printed concrete (3DPC) faces greater shrinkage challenges compared to conventional concrete due to several factors, including the absence of coarse aggregates, a higher proportion of cementitious materials, and the lack of formwork. Magnesium oxide (MgO), known for its water-expanding properties, can be incorporated into the concrete mix to address shrinkage issues, mitigating cracking and promoting a zero-shrinkage outcome for 3DPC. …”
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A comparative techno-economic assessment of CO2 mineralization technologies: A case study from the construction sector by Ali Abdelshafy, Till Strunge, Dietmar Stephan, Grit Walther

“…Although these pathways have several differences, such as process configuration and costs, each is usually addressed individually and comparative analysis is lacking. …”
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