Bacterial Cellulose Textiles
_Bacterial Leather Casting
This research examines bacterial cellulose textiles as sustainable, biodegradable materials for architectural fabrication. It analyzes the full production cycle, from kombucha-based cultivation to post-processing methods such as washing, stiffening, dyeing, and material treatments that influence flexibility, texture, and durability. Both digital and traditional fabrication techniques are evaluated for producing flexible assemblies and lightweight structural forms.
Situated within circular economy principles, bacterial cellulose is framed as an environmentally responsible, non-polluting material capable of rapid biodegradation. Through case studies of bio-leather substitutes, soft tensile interiors, and minimal shell structures, the research demonstrates how processing variables and aesthetic treatments shape material performance and suitability for interior and temporary architectural applications.
