This study explores the potential of Manila clam shells (Venerupis philippinarum) as a chitosan-based bioplastic. Moreover, the study outlines several processes in extracting chitin from Manila clam shells, including mechanical treatment, deproteinization, demineralization, and the bioplastic solution (Majekodunmi S., 2016). Aside from that, ANOVA is the statistical tool utilized in the study since it compares three sets of observable data for research testing. The product’s tensile strength and water absorption are two characteristics tested. As for the results, although the product was missing a few components, it still performed identically to regular plastic in terms of lack of water absorption and nearly the same tensile strength. It may not be appropriate for all uses. However, it could be used as a plastic cover to enhance performance. This can only imply that this product has emerged as a viable substitute for biodegradable plastics and has demonstrated the feasibility of using Manila clam shells as a bioplastic. Additionally, future researchers may find this study to be a valuable resource as they explore more widespread and extensive chitosan-based bioplastic approaches.
Keywords: Manila clam shells, Chitosan-based bioplastic, Chitin extraction, Characteristics, Regular plastic, Viable substitute, Feasibility, Future researchers