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Impact of Ionic Liquid 1-Ethyl-3-Methylimidazolium Acetate Mediated Extraction on Lignin Features
《Green and Sustainable Chemistry》2017年第2期114-140,共27页Idi Guga Audu Isabelle Ziegler-Devin Heiko Winter Martina Bremer Anton Hoffmann Steffen Fischer Marie-Pierre Laborie Nicolas Brosse 
This study aims at investigating the impact of ionic liquid extraction on lignin structure by studying the mechanism of lignin depolymerization in 1-ethyl-3-methylimidazolium acetate EMIM[OAc]) and comparing it with t...
关键词：1-Ethyl-3-Methylimidazolium ACETATE Ionic Liquid LIGNIN Ethanol ORGANOSOLV LIGNIN LIGNIN DEPOLYMERIZATION Milled Wood LIGNIN 
Structural Characterization and Antioxidant Activity of Lignin Extracted from Ficus Carica L.被引量：1
《Journal of Renewable Materials》2019年第4期345-354,共10页Ibtissem Moussa Ramzi Khiari Ali Moussa Gérard Mortha Mohamed Farouk Mhenni 
The most abundant phenolic biopolymer in the biosphere is the lignin.This phenolic biopolymer commonly exists in combination with polysaccharides and other cell wall components.In this study,the solvent system dioxane...
关键词：Ficus Carica L. lignin organosolv molecular weight NMR spectroscopy antioxidant activity 
Production of Fermentable Sugars from Organosolv Pretreated Cassava Peels
《Advances in Microbiology》2015年第2期117-122,共6页Afolake Atinuke Olanbiwoninu Sunday Ayodele Odunfa 
Cassava peels are rich in lignocellulolytic materials which are not readily amenable to enzymatic hydrolysis;hence, there is a need for a suitable pretreatment method that will support enzymatic hydrolysis. This study...
关键词：CASSAVA Peels LIGNOCELLULOSE Bioconversion ORGANOSOLV PRETREATMENT Fermentable Sugars 
Comparative Study of Isolated Polysaccharides from Triploid Poplar Using Different Solvents and Chemicals被引量：1
《Paper And Biomaterials》2019年第1期7-16,共10页YingYing Chai Ning Zhao YunShan Ju QingTao Fan Kun Wang 
financially supported by the Fundamental Research Funds for the Central Universities (2017TP13);the National Key R&D Program of China (2016YFD0600803);2018 National Student Research Training Program (201710022033);the Innovation Program of College of Materials Science and Technology;supported by the 2017 the international Clean Energy Talent program (No.201702660054)
The conversion of lignocellulose to value-added products is normally focused on fuel production;however,large-scale biorefineries require a cost-effective pretreatment process that can effectively fractionate the thre...
关键词：ORGANOSOLV FRACTIONATION BIOREFINERY hemicelluloses thermal property 
Co-digestion of Waste Coffee and Cocoa Hulls: Modeling of Biogas Production by the Particle Swarm Method
《Journal of Energy and Power Engineering》2023年第4期121-135,共15页Michel SOUOP TAGNE George Elambo NKENG Paul Nestor DJOMOU DJONGA Yvette NONO JIOKAP 
Energy is a crucial material for the development of our economy.Access to sufficient energy remains a major concern for developing countries,particularly those in sub-Saharan Africa.The major challenge lies in access ...
关键词：Lignocellulosic biomass organosolv process anaerobic digestion mathematical model particle swarm optimisation 
Effect of Organosolv Process on Structural Characteristics and Enzymatic Digestibility in Pinus Radiata Wood
《材料科学与工程（中英文B版）》2012年第2期112-125,共14页
关键词：有机溶剂 结构特性 辐射松 酶解 特征和 纸浆产量 纤维素含量 乙醇生产 
Study on New Pretreatment Combining Dilute Acid Treatment and Organic Solvent Water / Ethanol for Biorefinery： Application to Switch Grass
《Journal of Life Sciences》2010年第3期25-32,共8页Dachun Gong Yingping Huang M. Holtman Kevin Ruiping Li Franqui-Espiet Diana J. Orts William 
Acknowledgments This research was supported by Hubei Provincal Department of Education （No. CXY2009B2008）, Angel Yeast Co.Ltd （SDH200800230）, the Science Foundation of Yichang City （No. A2007103-1）, the Alan G. MacDiarmid Institute of Renewable Energy, Yichang, China and the USDA Western Regional Research Center （WRRC）. The authors thank WRRC Center Director James N. Seiber, Artur, Klamczynski and Charles Lee for the thoughtful discussions and technical insights, and Miss Tina William for the SEM imagines.
Switch grass was developed as a pioneer energy crop in USA with great industrial prospect. It contains about 60% sugars and 18% lignin. The purpose of this research is to find pretreatment process to fractionate cellu...
关键词：Switch grass FRACTIONATION dilute acid pretreatment organosolv pretreatment. 
Organosolv Lignin for Non-Isocyanate Based Polyurethanes (NIPU) as Wood Adhesive被引量：12
《Journal of Renewable Materials》2021年第5期881-907,共27页Jaša Saražin Antonio Pizzi Siham Amirou Detlef Schmiedl MilanŠernek 
This research was financed by the ERA-CoBioTech project WooBAdh(Environmentally-friendly bioadhesives from renewable resources).The University of Ljubljana,Biotechnical Faculty was financed by the Slovenian Ministry of Education,Science and Sport and the Slovenian Research Agency within the framework of program P4-0015.The LERMAB was financed by the French Agence Nationale de la Recherche(ANR)as part of the laboratory of excellence(LABEX)ARBRE.
A non-isocyanate-based polyurethane(NIPU)wood adhesive was produced from organosolv lignin,which is a bio-sourced raw material,available in large quantities and produced as a by-product of the paper industry.The formu...
关键词：Organosolv lignin NIPU MALDI ToF FTIR ABES 
Effect of the Pre-Treatment Severity on the Antioxidant Properties of Ethanol Organosolv Miscanthus x giganteus Lignin被引量：3
《Natural Resources》2012年第2期29-34,共6页Roland El Hage Dominique Perrin Nicolas Brosse 
The effect of the severity of an organosolv treatment of Miscanthus x giganteus on antioxidant capacity of the obtained lignin was studied. Four organosolv lignins extracted with different severity conditions were cho...
关键词：MISCANTHUS x giganteus ORGANOSOLV LIGNIN ANTIOXIDANT Combined SEVERITY Molecular Weight Phenolic and ALIPHATIC Hydroxyl 
Lignin depolymerization for phenolic monomers production by sustainable processes被引量：4
《Journal of Energy Chemistry》2017年第4期622-631,共10页Javier Fernández-Rodríguez Xabier Erdocia Cristina Sánchez María González Alriols Jalel Labidi 
the Spanish Ministry of Economy and Competitiveness(CTQ2013-41246-R);the Department of Education of the Basque Government(project IT1008-16);the University of the Basque Country(postdoctoral fellowship no.ESPDOC15/044)for financially supporting this work
Biomass wastes(almond shell and olive tree pruning) were used in this work as raw materials for the extraction of high purity lignin by different delignification methods. A pretreatment stage was carried out to remove...
关键词：ORGANOSOLV LIGNIN DEPOLYMERIZATION PHENOLIC Catalyst CATECHOL 
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