Wood-Derived Nanomaterials

The study of wood-derived nanomaterials has garnered significant attention due to a growing awareness of the need for sustainable materials. The exceptional biodegradability make wood-derived nanomaterials desired alternatives to synthetic counterparts. In addition to sustainability merits, these nanomaterials, derived from renewable and abundant sources such as cellulose and lignin, exhibit remarkable mechanical, thermal, and optical properties. Researchers are actively engaged in a multifaceted exploration of wood-derived nanomaterials, with a primary focus on functionalization for target applications. Methods to tailor the surface chemistry of cellulose nanocrystals and lignin nanoparticles are being vigorously pursued, enabling their facile integration into diverse applications such as biomedicine, electronics, and environmental remediation. Green syntheses processes are another key aspect of research endeavors, marked by the development of greener extraction techniques and the repurposing of waste lignin from pulp and paper industries. Furthermore, this field is witnessing concerted efforts to standardize characterization methods and establish regulations to ensure the safe and consistent use of wood-derived nanomaterials across different sectors.
 

This Collection aims to gather the latest research efforts on pushing the boundaries of their applicability, such as in aerogels and flexible electronics, and exploring scalable and eco-friendly production methods, such as enzymatic pretreatments.

This Collection supports and amplifies research related to SDG 7: Affordable and Clean Energy.