生物可降解离子液体预处理玉米秸秆
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摘要
生物可降解的胆碱醋酸离子液体在玉米秸秆预处理过程中显示出高效的去木质素能力.通过该简单、无毒、绿色的工艺,可从离子液体-玉米秸秆溶液中,直接得到含综纤维素98.0%的富纤维产品,并且木质素含量从13.7%下降到2.0%.
Biodegradable ionic liquid(IL) choline acetate shows highly efficient delignification ability in cornstalk pretreatment process. Cellulose-rich products with 98% holocellulose and 2% lignin decreased from original 13% could be directly obtained from the IL-cornstalk solution by the simple, non-toxic, and green process.
Biodegradable ionic liquid(IL) choline acetate shows highly efficient delignification ability in cornstalk pretreatment process. Cellulose-rich products with 98% holocellulose and 2% lignin decreased from original 13% could be directly obtained from the IL-cornstalk solution by the simple, non-toxic, and green process.
引文
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2 da Silva ARG,Torres Ortega CE,Rong BG.Bioresour Tech,2016,218:561-570
3 Sun S,Sun S,Cao X,Sun R.Bioresour Tech,2016,199:49-58
4 Bajpai P.Environmentally Friendly Production of Pulp and Paper.Hoboken:John Wiley&Sons,2011
5 Swatloski RP,Spear SK,Holbrey JD,Rogers RD.J Am Chem Soc,2002,124:4974-4975
6 Sun N,Rahman M,Qin Y,Maxim ML,Rodríguez H,Rogers RD.Green Chem,2009,11:646-655
7 Tan SSY,MacFarlane DR,Upfal J,Edye LA,Doherty WOS,Patti AF,Pringle JM,Scott JL.Green Chem,2009,11:339-345
8 Stolte S,Abdulkarim S,Arning J,Blomeyer-Nienstedt AK,Bottin-Weber U,Matzke M,Ranke J,Jastorff B,Th?ming J.Green Chem,2008,10:214-224
9 Garcia H,Ferreira R,Petkovic M,Ferguson JL,Leit?o MC,Gunaratne HQN,Seddon KR,Rebelo LPN,Silva Pereira C.Green Chem,2010,12:367-369
10 Liu Z,Li G,Cui T,Borodin A,Kuhl C,Endres F.J Solid State Electrochem,2017,22:91-101
11 Xu WJ,Huang YK,Li F,Wang DD,Yin MN,Wang M,Xia ZN.Biochem Eng J,2018,138:37-46
12 Plechkova NV,Seddon KR.Chem Soc Rev,2008,37:123-150
13 Ninomiya K,Yamauchi T,Kobayashi M,Ogino C,Shimizu N,Takahashi K.Biochem Eng J,2013,71:25-29
14 Datta S,Holmes B,Park JI,Chen Z,Dibble DC,Hadi M,Blanch HW,Simmons BA,Sapra R.Green Chem,2010,12:338-345
15 Ninomiya K,Inoue K,Aomori Y,Ohnishi A,Ogino C,Shimizu N,Takahashi K.Chem Eng J,2015,259:323-329
16 Wang B,Qin L,Mu T,Xue Z,Gao G.Chem Rev,2017,117:7113-7131
17 Cao Y,Mu T.Ind Eng Chem Res,2014,53:8651-8664
18 RobeaSoo JB,Van Soest PJ.The detergent system of analysis and its application to human foods.In:James WPT,Theander O,eds.The Analysis of Dietary Fiber in Foods.New York:Marcel Dekker,1981.123
19 Kotilainen RA,Toivanen TJ,Alén RJ.J Wood Chem Tech,2000,20:307-320
20 Sun XF,Sun RC,Sun JX.Bioresour Tech,2004,95:343-350
21 Fujita M,Harada H.Ultrastructure and formation of wood cell wall.In:Hon DNS,Shiraishi N,eds.Wood and Cellulosic Chemistry.New York:Marcel Dekker,2001.1-50
22 LabbéN,Rials TG,Kelley SS,Cheng ZM,Kim JY,Li Y.Wood Sci Technol,2005,39:61-76
23 Santoni I,Callone E,Sandak A,Sandak J,DirèS.Carbohydr Polym,2015,117:710-721
24 Mansikkam?ki P,Lahtinen M,Rissanen K.Cellulose,2005,12:233-242
25 Tang S,Baker GA,Ravula S,Jones JE,Zhao H.Green Chem,2012,14:2922-2932
26 Yang J,Lu X,Liu X,Xu J,Zhou Q,Zhang S.Green Chem,2017,19:2234-2243
27 Sun JX,Sun XF,Sun RC,Fowler P,Baird MS.J Agric Food Chem,2003,51:6719-6725