Nonwoody Plant Lignin for Advanced Applications
Nonwoody Plant Lignin for Advanced Applications | 19.51 MB
Title: Nonwoody Plant Lignin for Advanced Applications
Author: Widya Fatriasari · Seng Hua Lee · Nur Izyan Wan Azelee
Language: English | 496 Pages | ISBN: 9789082120165
Description:
This book highlights the effectiveness of nonwoody lignin sources for emerging applications, focusing on extraction, conversion, advanced materials and renewable chemicals. Nonwoody biomass offers abundant, variable resources but poses challenges due to low density, high ash content and compositional differences. The book explores lignin valorization beyond fuel, covering its conversion into polymers, biosurfactants, adhesives, fire retardants, supercapacitors, pharmaceuticals, and pollutant absorbers. Key sections discuss functional group modifications, depolymerization into chemicals like vanillin and BTX, and nanolignin production. Aimed at researchers and biomass-based enterprises, this comprehensive guide promotes maximizing lignin's potential from nonwoody biomass as a renewable, sustainable alternative to fossil fuels, fostering efficient biomass utilization for innovative and eco-friendly materials.
DOWNLOAD:
https://rapidgator.net/file/0b3f09eb9ab31a34062d86a3014c4b3b/Nonwoody_Plant_Lignin_for_Advanced_Applications.rar
https://nitroflare.com/view/2FB337B3FB0675D/Nonwoody_Plant_Lignin_for_Advanced_Applications.rar
This book highlights the effectiveness of nonwoody lignin sources for emerging applications, focusing on extraction, conversion, advanced materials and renewable chemicals. Nonwoody biomass offers abundant, variable resources but poses challenges due to low density, high ash content and compositional differences. The book explores lignin valorization beyond fuel, covering its conversion into polymers, biosurfactants, adhesives, fire retardants, supercapacitors, pharmaceuticals, and pollutant absorbers. Key sections discuss functional group modifications, depolymerization into chemicals like vanillin and BTX, and nanolignin production. Aimed at researchers and biomass-based enterprises, this comprehensive guide promotes maximizing lignin's potential from nonwoody biomass as a renewable, sustainable alternative to fossil fuels, fostering efficient biomass utilization for innovative and eco-friendly materials.
DOWNLOAD:
https://rapidgator.net/file/0b3f09eb9ab31a34062d86a3014c4b3b/Nonwoody_Plant_Lignin_for_Advanced_Applications.rar
https://nitroflare.com/view/2FB337B3FB0675D/Nonwoody_Plant_Lignin_for_Advanced_Applications.rar
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