Overview of Nanocellulose and its Applications: Insights using Scientometric Analysis

This overview explores the versatility and applications of nanocellulose in various technologies, including energy production, biosensors and bioelectronics. It highlights the potential of bioelectronic decals for physiological and health monitoring as well as for the fabrication of flexible light-emitting sheets. Nanocellulose is also crucial in energy storage materials, particularly in solar heat-harvesting technologies and is essential for environmental sustainability because of its catalytic use in water and air purification. The growing need for nanocellulose based sensors in the healthcare and pollution control sectors is emphasized. Furthermore, the study discusses the role of nanocellulose in 3D bioprinting and tissue engineering with the development of printable hydrogels and regenerative medicine. Furthermore, a scientometric analysis based on Scopus data from 2015 to 2024 is conducted to evaluate the research trends in nanocellulose and its applications. The study provides insights into year-wise production, the top 10 contributing authors, their affiliations, leading countries and the most influential journals in the field. By analyzing publication trends and citation metrics, this review offers a comprehensive overview of the research landscape and the evolving impact of nanocellulose in scientific and industrial applications. Nanocellulose is a revolutionary and promising material with immense potential across multiple domains.