Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo

Attempting to correlate the characteristics of the fractionated components from bamboo to its susceptibility to enzyme is often inconclusive depending on the parameters of pretreatment conditions. Based on the integrated analysis of chemical components, cellulose bioconversion, characteristic proper...

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Autores principales:	Xiaojuan Yu, Kai Fan, Kun Wang, Jianxin Jiang, Xiaopeng Peng, Haiyan Yang, Meng Wang
Formato:	article
Lenguaje:	EN
Publicado:	MDPI AG 2021
Materias:	bamboo fractionation whole utilization hemicellulose lignin Technology T
Acceso en línea:	https://doaj.org/article/21f5e7cda0c14fa380455bb5a11952f4
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id	oai:doaj.org-article:21f5e7cda0c14fa380455bb5a11952f4
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spelling	oai:doaj.org-article:21f5e7cda0c14fa380455bb5a11952f42021-11-11T15:43:06ZPhysicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo10.3390/en142168571996-1073https://doaj.org/article/21f5e7cda0c14fa380455bb5a11952f42021-10-01T00:00:00Zhttps://www.mdpi.com/1996-1073/14/21/6857https://doaj.org/toc/1996-1073Attempting to correlate the characteristics of the fractionated components from bamboo to its susceptibility to enzyme is often inconclusive depending on the parameters of pretreatment conditions. Based on the integrated analysis of chemical components, cellulose bioconversion, characteristic property of isolated hemicellulose, and lignin, the optimal mild pretreatment operation for Moso bamboo was 4% NaOH in 20% ethanol aqueous solution. A total of 91.9% mass was successfully recovered, and 66% bioconversion efficiency of the cellulosic sample was finally achieved. Meanwhile, over 25% hemicelluloses and 7% lignin were isolated, and the characteristic analysis indicated that the fractionated biomacromolecule maintained the original core structure, which is a benefit to be further utilized for the production of chemicals or polymers.Xiaojuan YuKai FanKun WangJianxin JiangXiaopeng PengHaiyan YangMeng WangMDPI AGarticlebamboofractionationwhole utilizationhemicelluloseligninTechnologyTENEnergies, Vol 14, Iss 6857, p 6857 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	bamboo fractionation whole utilization hemicellulose lignin Technology T
spellingShingle	bamboo fractionation whole utilization hemicellulose lignin Technology T Xiaojuan Yu Kai Fan Kun Wang Jianxin Jiang Xiaopeng Peng Haiyan Yang Meng Wang Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
description	Attempting to correlate the characteristics of the fractionated components from bamboo to its susceptibility to enzyme is often inconclusive depending on the parameters of pretreatment conditions. Based on the integrated analysis of chemical components, cellulose bioconversion, characteristic property of isolated hemicellulose, and lignin, the optimal mild pretreatment operation for Moso bamboo was 4% NaOH in 20% ethanol aqueous solution. A total of 91.9% mass was successfully recovered, and 66% bioconversion efficiency of the cellulosic sample was finally achieved. Meanwhile, over 25% hemicelluloses and 7% lignin were isolated, and the characteristic analysis indicated that the fractionated biomacromolecule maintained the original core structure, which is a benefit to be further utilized for the production of chemicals or polymers.
format	article
author	Xiaojuan Yu Kai Fan Kun Wang Jianxin Jiang Xiaopeng Peng Haiyan Yang Meng Wang
author_facet	Xiaojuan Yu Kai Fan Kun Wang Jianxin Jiang Xiaopeng Peng Haiyan Yang Meng Wang
author_sort	Xiaojuan Yu
title	Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
title_short	Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
title_full	Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
title_fullStr	Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
title_full_unstemmed	Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo
title_sort	physicochemical variation of the main components during wild pretreatment process based on the concept of the whole utilization of bamboo
publisher	MDPI AG
publishDate	2021
url	https://doaj.org/article/21f5e7cda0c14fa380455bb5a11952f4
work_keys_str_mv	AT xiaojuanyu physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT kaifan physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT kunwang physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT jianxinjiang physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT xiaopengpeng physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT haiyanyang physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo AT mengwang physicochemicalvariationofthemaincomponentsduringwildpretreatmentprocessbasedontheconceptofthewholeutilizationofbamboo
_version_	1718434072255004672

Physicochemical Variation of the Main Components during Wild Pretreatment Process Based on the Concept of the Whole Utilization of Bamboo

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