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3D-Printed concrete offers sustainable solutions for construction

Cement flowing at construction site
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North America

3D-Printed concrete offers sustainable solutions for construction

UVA researchers developed a graphene-enhanced 3D-printed cementitious composite that reduces carbon emissions by 31% and increases mechanical strength by 23%, offering a sustainable solution for construction and transportation infrastructure.
Luca Papapietro

University of Virginia's (UVA)have developed a groundbreaking 3D-printed cementitious composite that combines graphene with limestone and calcined clay cement (LC2). This innovative material significantly reduces carbon emissions while enhancing strength and durability, making it a sustainable option for modern construction

The research team, led by Professor Osman Ozbulut, achieved a 23% increase in mechanical strength through comprehensive studies and a Life Cycle Assessment showed a 31% reduction in greenhouse gas emissions compared to traditional concrete. 

Collaborating with the Virginia Transportation Research Council, the team explored practical applications in transportation infrastructure, emphasising the material's environmental benefits.

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Themes
Construction materials and circular construction