Enhancing social acceptance of PHBV-composites through an evolving aesthetic
This project is part of the Pro-PHBV project, which is focused on developing a new bio-composite, PHBV, derived from municipality wastewater and bacteria. PHBV can be a promising alternative to conventional plastics. However, bio-composites often struggle with social acceptance due to their poor aesthetic. They either mimic the conventional material or adopt a “green aesthetic” which only appeals to a small group of users. I take a material driven design approach and take inspiration from natural materials that age with grace. The aim is to explore if an imperfect and evolving aesthetics can improve the social acceptance of PHBV-composites, by leveraging the biodegradable nature of the material. The result are unique, personal, and durable buttons that foster long-term user attachment.
Type of project: Project at company, preparation for Final Master Project
Duration: Semester, 5 months
Work type: Solo work
Methods used: Material Driven Design, Design Research, User study social acceptance, Stakeholder management, Compression moulding
Partners: Paques biomaterials, NPSP, Waardenburg Ecology, Material Sense LAB, Ahrend and AMS Institute
Material characterisation PHBV
Overview of samples with transformations over time based on PH reactions and abrasion
Samples after accelerated weathering test
3-point bend test with samples
Washing experiment, the buttons gradually transform over time
