Effect of Chitosan Variation in Starch and Cellulose Based Biofoam

Ayu Lintang Cahyani (Faculty of Industrial Technology Jayabaya University)
Vidrika Linda (Faculty of Industrial Technology Jayabaya University)
Dody Guntama (Faculty of Industrial Technology Jayabaya University)
Mubarokah N Dewi (Faculty of Industrial Technology Jayabaya University)
Lukmanul Hakim (Faculty of Industrial Technology Jayabaya University)

Advance Sustainable Science, Engineering and Technology (ASSET)
Vol 5, No 3 (2023): August-October

Styrofoam’s using as packaging is increasing. Styrofoam is difficult to decompose so alternatives such as biofoam are needed. This study explores the creation of eco-friendly packaging material by varying cellulose (0%, 3%, 5%, and 7%) and chitosan concentrations (0%, 2%, 4%, 6%, 8%, and 10%) in biofoam, aiming to replace non-biodegradable Styrofoam. Production is carried out by delignifying sugarcane bagasse and corn cobs with 10% NaOH, making tofu pulp starch and biofoam. The research focuses on tensile strength, absorption capacity, biodegradation, and morphology of the biofoam. Results indicate that chitosan concentration affects water absorption and biodegradation, while cellulose impacts tensile strength. The findings highlight the potential of biofoam made from tofu dregs, corn cobs, and sugar cane bagasse, offering a promising alternative to Styrofoam