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- Evaluating How the Concentration of Chitosan Affects the Properties of Bioplastic in Terms of its Biodegradation Rate
- Czarina Royce H. Rebanal
- IGEE Proc. 2025;2(1):43-52. Published online February 27, 2025
- DOI: https://doi.org/10.69841/igee.2025.010
- 1,576 View
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Abstract
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AbstractWe encounter plastic materials daily. Many companies opt to use plastic in manufacturing their products to keep production costs low, hence making it affordable for consumers. Though this makes it easier for consumers to buy daily necessities, plastic industries release 1.34 billion tons of greenhouse gas annually. Additionally, plastic persists in the environment because of its extremely low rate of biodegradation. The plastic build up has led to dangerous levels of plastic pollution which has affected wildlife, climate, and human health. A prominent solution to this problem is the ongoing research on bioplastics, plastics made from renewable sources (like microbes and plants) instead of petroleum. The current issue with these bioplastics though, is that they are not as durable as normal plastic since these renewable materials easily degrade. The rigorous search for a material that combats synthetic plastic’s durability has led to the research on chitosan, a biodegradable sugar found in the exoskeleton of shellfish. Due to its antimicrobial properties, it has a lower degradation rate compared to other bioplastics. This makes the durability of chitosan-based bioplastics comparable to synthetic plastics. Through this research, the durability of chitosan-based bioplastics will be tested through a soil burial test and tensile strength test. This research discusses how varying the concentration of chitosan in chitosan-based bioplastics mimics natural biodegradation mechanisms whilst combating the durability of synthetic plastics.
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