One of the core challenges was creating an installation that would not only be visually impactful but also align with environmental goals. The use of PLA bioplastic—a material derived from fermented sugar and industrially compostable—meant reducing carbon emissions by 80% compared to traditional plastics. The challenge was ensuring the seamless integration of this material into various geometrical elements, from flowing bar structures to cascading ceiling waves, while maintaining its structural integrity.

Through cutting-edge parametric design, the complex wave structures were crafted with precision, transforming raw bioplastics into functional art. The project leveraged 3D printing technologies to create geometrical elements that are both functional and aesthetically appealing. Using digital fabrication techniques, we produced every component locally, minimizing waste and ensuring material efficiency. The bioplastic material not only supported the circular design vision but also added a unique tactile and visual experience to the space.

At the heart of this project is the belief that sustainability can be both beautiful and functional. By using PLA bioplastic, we crafted an eco-conscious environment that promotes circularity—where design pieces, once used, can be decomposed industrially. The choice of renewable, locally sourced materials further amplified the project's environmental benefits, proving that innovative design and environmental responsibility can co-exist harmoniously.

The Wavery project sets a new standard for sustainable interiors, offering a glimpse into the future of design where global architectural visions are brought to life using locally produced, eco-friendly materials. From the stools to the signature ceiling waves, every element invites visitors to rethink the possibilities of sustainable design. This project demonstrates that innovation and sustainability go hand-in-hand, reshaping how we think about materials and production processes in modern spaces.