Demonstrates enhanced properties of biodegradable microcrystalline cellulose, suggesting effective waste utilization.
) demonstrated the highest crystallinity index (88.3%), improved thermal stability with a degradation onset of above 200 °C, and biodegradability with >95% mass loss in natural soil within 38 days. These observations demonstrate that APS oxidation enhances the purity, crystallinity, and functionality of cellulose suitable for reinforcing composites and environmentally benign materials. This study highlights a strategy for converting waste into value-added F-MCC, advancing sustainable material development and waste-to-wealth initiatives.
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Hasan et al. (2026) studied this question.
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