︎
FABRICATION

From Sawdust to Bio-plastics:
New Cascading Recycling of Wood Waste


Term
Course
Instructor
Partner
Program
Spring Harvard GSD 2023
SCI-6486: Nano, Micro, Macro: BioFabrication
Martin Bechthold, Daniel Tish
Sihui/Iris Chen
Digital Fabrication


This project aims to explore a novel approach to bioplastic production by utilizing sawdust and gelatin as key ingredients. By harnessing the potential of these renewable resources, we seek to develop an eco-friendly and economically viable process for manufacturing bioplastics. This project will contribute to reducing waste, promoting sustainable practices, and advancing the field of biodegradable materials.

On the other hand, the project also seek to establish an innovative cascading recycling system within our design school, utilizing sawdust generated from the wood shop to produce bioplastics as an alternative material for model making. By transforming sawdust into a valuable resource, we will create a sustainable ecosystem that promotes waste reduction, fosters creativity, and contributes to the development of environmentally friendly practices.




Part 1.
Context








Part 2.
Project








Part 3.
Fabrication




















Part 4.
SEM Imaging










Part 5.
Fabrication










Part 6.
Analysis