Algae-based material
The project centered around the development of a material sourced from algae, invasive species, and agricultural residues harvested from the Camargue Park. Extensive research in ceramics led to the creation of a formula that could be tailored to various plant fiber types. In its liquid phase, this formula exhibited the mechanical properties required for printing. Subsequent interventions were implemented to tackle the challenges associated with the mechanical properties of the printed material, resulting in minimal distortion and excellent strength.
Invasive plants and waste
The objective is to optimize the utilization of local biomass sources, encompassing Undaria Pinnatifida, Sargassum, Lithothamnion, Halopithys, and emphasizing agricultural residues, notably abundant rice residues prevalent in the region. The project primarily focuses on material research and its mechanical properties, with application serving a secondary role, given its pioneering nature among similar endeavors.
2023
Algae, Material, Bio-material, 3d-printing
Research / Product Design
for Atelier LUMA