The growing demand for environmental sustainability has encouraged research into biodegradable polymers, to minimize the environmental impact of conventional polymers. In this context, plant fibers, which are among the existing natural fibers, are an attractive material—they constitute rich sources of cellulose, the main component of plant cell walls. Because cellulose is natural and renewable and its features resemble those of synthetic polymers, it could potentially replace its synthetic counterparts. Recently, cellulose has been used to produce rigid nanosized particles.
The growing demand for environmental sustainability has encouraged research into biodegradable polymers, to minimize the environmental impact of conventional polymers. In this context, plant fibers, which are among the existing natural fibers, are an attractive material—they constitute rich sources of cellulose, the main component of plant cell walls. Because cellulose is natural and renewable and its features resemble those of synthetic polymers, it could potentially replace its synthetic counterparts. Recently, cellulose has been used to produce rigid nanosized particles.
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