CEC3D is an innovative 3D-printable cement-based mortar that combines mechanical performance and durability with a substantial reduction in carbon footprint. Based on a sustainable ternary blend, it replaces over 50% of traditional Portland cement with locally sourced waste materials, making it an eco-friendly solution for next-generation construction.
The construction industry is under increasing pressure to reduce its environmental impact, as traditional Portland cement production accounts for nearly 8% of global CO₂ emissions. At the same time, 3D concrete printing is emerging as a transformative solution for faster, more efficient, and customized building processes. However, current material formulations struggle to balance printability, structural performance, and sustainability, creating a clear need for an advanced, eco-efficient alternatives.
The technological core streghts relly on exceptional performance across multiple critical parameters, achieving high compressive strength over 50 MPa at 28 days—while replacing over 50% of Portland cement compared to the mere 0-20% replacement found in conventional 3D printing mortars. This substantial cement substitution results in a dramatically reduced carbon footprint of 377-395 kg CO₂/m³, while the formulation's reliance on abundant local materials ensures consistent availability unlike imported supplementary cementitious materials (SCMs) that suffer from limited regional access.
The mortar formulation can be selled as dry mortar and used for structural and non-structural elements in residential, commercial, and industrial projects, Prefabricated building components, customized construction solutions, allowing complex designs and optimized material use.
