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VOL. 6, ISSUE 3 (2024)
Furtherance in nano biochar: An encyclopedic review
Authors
Deepshikaa Rajarathinam, Prasanthrajan Mohan, Sharmila Rahale Christopher, Umesh Kanna Subramani, Mahendiran Ramasamy
Abstract
Biochar, a carbonaceous material with ancient origins in Amazonian dark
earth, has evolved significantly with the advent of nanotechnology, giving rise
to nanobiochar. This advanced form of biochar, produced from biomass through methods
like pyrolysis and gasification, exhibits unique properties such as high
surface area, enhanced reactivity, and diverse functional groups. Nanobiochar's
applications span environmental remediation, agriculture, energy storage, and
biomedical fields. It effectively removes contaminants from water and soil,
enhances soil quality and nutrient retention, and shows promise in energy
storage and drug delivery systems. Recent research focuses on optimizing
nanobiochar synthesis, exploring sustainable production methods, and tailoring
its properties for specific applications. Despite challenges like eco-toxicity
and scalability, the integration of artificial intelligence and
interdisciplinary collaborations are driving advancements. Emerging trends
emphasize sustainable production and innovative applications, positioning
nanobiochar as a versatile and promising solution for modern environmental and
agricultural challenges, fostering sustainable development, and revolutionizing
various industries.
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Pages:22-28
How to cite this article:
Deepshikaa Rajarathinam, Prasanthrajan Mohan, Sharmila Rahale Christopher, Umesh Kanna Subramani, Mahendiran Ramasamy "Furtherance in nano biochar: An encyclopedic review". International Journal of Ecology and Environmental Sciences, Vol 6, Issue 3, 2024, Pages 22-28
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