Durian Skin Biocomposite for Sustainable Packaging and 3D Printing

Date: January 28, 2020
Country: Malaysia
Plant Name:
Durian
Residue Name:
Peels
End Products
Biomaterials
3D printing filament
Packaging Materials
containers
Application
Description

Researchers at the International Islamic University Malaysia have developed a biodegradable biocomposite made from durian skin fibers mixed with epoxidized palm oil. This material can be molded into food packaging containers and used as 3-D printing filament. The biocomposite degrades significantly faster than traditional plastics, making it an eco-friendly alternative. Future research aims to reduce costs and expand its use in various industries.

Pathway Description:

The process starts by extracting fibers from durian skin, which are then mixed with epoxidized palm oil. This mixture undergoes a chemical reaction to form a biodegradable polymer. The polymer is molded into food packaging containers and processed into 3D printing filament. After production, the biocomposite is tested for biodegradability, showing significant degradation (83%) after three months when buried in soil.

Tags: Biodegradable Packaging Durian Skin Innovation Sustainable 3D Printing
Feedstock
Types of Feedstock
Secondary agricultural residue
Name
Durian Skin
Form
Fibrous solid material
Commercials
Abundant as agricultural waste in Southeast Asia
Logistics
Sourced from durian production regions; transported to processing facilities
Pathways
Chemical
Epoxidation, Polymerization
Stakeholders
Educational Institution
International Islamic University