Hydrolysis as a basis for processing vegetable waste into bioplastics

The greening of processing waste from logging and woodworking industries involves measures to prevent the negative impact of production processes on the natural environment and is enabled by the development of resource-saving techniques that minimize harmful emissions to the environment. These produ...

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Published in:E3S web of conferences 2020-01, Vol.221, p.3009
Main Authors: Ilalova, Guzel, Safin, Ruslan, Mukhametzyanov, Shamil, Gazizullina, Albina
Format: Article
Language:English
Subjects:
Bioplastics
Heat treatment
Heat treatments
High temperature
Hydrolysis
Lumber industry wastes
Monosaccharides
Natural environment
Polysaccharides
Production methods
Pyrolysis
Reaction products
Resource development
Saccharides
Sawdust
Sugar
Vegetables
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cited_by cdi_FETCH-LOGICAL-c3069-b16bda120c528902f096d7c9eb8dfa4dee79735e1bec310f06bf351b4cb3c4a23
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description The greening of processing waste from logging and woodworking industries involves measures to prevent the negative impact of production processes on the natural environment and is enabled by the development of resource-saving techniques that minimize harmful emissions to the environment. These production operations are based on hydrolytic cleavage of glycoside bonds of vegetable biomass polysaccharides with the formation of monosaccharides as the main reaction products. Despite the wide range of available methods of processing wood into promising materials (heat treatment, pyrolysis, hydrolysis, etc.), one of the most effective methods is to produce sugars by weak acids hydrolysis. In this regard, the paper describes the technology of high-temperature hydrolysis of pine sawdust with sulfurous acid in order to detect reducing substances (RS) in the hydrolysis residue. The paper considers the effect of sulfurous acid, temperature, and treatment time on the yield of RS.
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subjects Bioplastics
Heat treatment
Heat treatments
High temperature
Hydrolysis
Lumber industry wastes
Monosaccharides
Natural environment
Polysaccharides
Production methods
Pyrolysis
Reaction products
Resource development
Saccharides
Sawdust
Sugar
Vegetables
title Hydrolysis as a basis for processing vegetable waste into bioplastics
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