Biochar in cementitious materials and 3D printing
Melissa Guerrero Rios
Biochar in cementitious materials and 3D printing.
Rel. Jean Marc Christian Tulliani, Bartolomeo Coppola. Politecnico di Torino, Corso di laurea magistrale in Architettura Per La Sostenibilità, 2024
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Abstract
Currently, and for many years, there has been an ongoing dialogue regarding the concept of sustainability as one of the key elements for the development of humanity and the possibility of ensuring a livable future for subsequent generations, the search for a sustainable future is undertaken with the purpose of addressing the climate crisis we are currently facing. To achieve this, it is necessary to stabilize CO2 emissions and greenhouse gases, which in recent years have had a dramatic increase, bringing with them irreversible consequences for environmental systems. The field of architecture and construction is one of the most polluting sectors, with a significant impact on environmental problems, making it essential for innovative strategies in adaptation, mitigation, and maintenance to be implemented as a means to address the crisis.
Based on this context, this thesis explores the implementation of biochar as a sustainable construction material, influenced by the principles of sustainable economics, extending the lifecycle of materials and reducing anthropogenic emissions
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