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Progress in Chemistry 2007, Vol. 19 Issue (0708): 1109-1115 Previous Articles   Next Articles

• Special issues •

The Fuel Ethanol Production from Sweet Sorghum Stalk

Liu Li;Sun Junshe**;Kang Liping;Liu Ping   

  1. College of Food Science and Nutritional Engineering,China Agricultural University,Beiing 100083,China
  • Received: Revised: Online: Published:
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The progress of fuel ethanol production from sweet sorghum stalk is introduced in this paper, including methods of preserving raw material, liquid-state fermentation of juice, solid-stated fermentation of smashed stalks, pretreatment of stalk bagasse and simultaneous saccharification and fermentation (SSF). The key technologies of converting sweet sorghum stalks into fuel ethanol are discussed in detail, which are raw materials preservation and pretreatment of stalk bagasse . A more economical and feasible process flow, found promising for further investigation is suggested.
Key words: sweet sorghum, ethanol, liquid-state fermentation, solid-state fermentation, pretreatments

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[ 1 ] Yang B , Lu Y P. J . Chem. Technol . Biot . , 2007 , 82 : 6 —10
[ 2 ] Helena L C , Ralph P O. Fuel Proc. Technol . , 2001 , 71 : 187 —195
[ 3 ] Ghasem N , Habibollah Y, Ku S , et al . Bioresource Technol . ,2004 , 92 : 251 —260
[ 4 ] Kim S , Dale B E. Biomass Bioenerg. , 2004 , 26 : 361 —375
[ 5 ] Wyman C E. Trends Biotechnol . , 2007 , 25 (4) : 153 —157
[ 6 ] Wyman C E. Annu. Rev. Energy Environ. , 1999 , 24 : 189 —226
[ 7 ] Martin C , Galbe M, Wahlbom C , et al . Enzyme Microb. Tech. ,2002 , 31 : 274 —282
[ 8 ] Kalogeris E , Iniotaki F , Topakas E , et al . Bioresource Technol . ,2003 , 86 : 207 —213
[ 9 ] Maman D , Koullks D. Biomass Bioenerg. , 1995 , 8 : 99 —103
[10] Smith GA , Bagby MO , Lewellam R T , et al . Crop Sci . , 1987 ,27 : 788 —793
[11] Jasberg B K, Montgomery R R , Anderson R A. Biotechnol .Bioeng. Syrup. , 1983 , 13 : 113 —120
[12] 刘兆庆(Liu Z Q) , 李达(Li D) . 农产品加工( Farm Products Processing) , 2005 , (6) : 34 —35
[13] 黎大爵(Li D J ) . 农业工程学报( Transactions of the Chinese Society of Agricultural Engineering) , 2003 , 19 ( supplement ) :168 —171
[14] 宁喜斌(Ning X B) , 马志泓(Ma Z H) , 李达(Li D) . 沈阳农业大学学报(Journal of Shenyang Agricultural University) , 1995 ,26 (1) : 46 —47
[15] Billa E , Koullas D P , Monties B , et al . Ind. Crop. Prod. ,1997 , 6 : 297 —302
[16] Gosse G. Biomass for Energy , Environment , Agriculture and Industry ( eds. Chartier P , Beenackers A , Grossi A) . Oxford ,UK: Pergamon Press , 1995. 1 : 322 —330
[17] Gnansounou E , Dauriat A , Wyman C E. Bioresource Technol . ,2005 , 96 : 985 —1002
[18] Mamma D , Koullas D , Fountoukidis G, et al . Proc. Biochem. ,1996 , 31 : 377 —381
[19] Reddy B V S , Ramesh S , Reddy P S , et al . International Sorghum and Millets Newsletter , 2005 , 46 : 79 —86
[20] Zhan X, Wang D , Tuinstra M R , et al . Ind. Crop. Prod. ,2003 , 18 : 245 —255
[21] 沈飞(Shen F) , 刘荣厚(Liu R H) . 农机化研究(Journal of Agricultural Mechanization Research) , 2007 , (2) : 149 —152
[22] 张志鹏(Zhang Z P) , 杨镇(Yang Z) , 朱凯(Zhu K) . 杂粮作物(Rain Fed Crops) , 2005 , 25 (5) : 334 —335
[23] Billa E , Koullas D P , Monties B , et al . Ind. Crop. Prod. ,1997 , (6) : 297 —302
[24] Edkhoff S R , Bender D A. Transactions of The ASAE , 1985 , 28(2) : 606 —609
[25] 张管生(Zhang G S) . 中外能源(China Foreign Energy) , 2006 ,11 (4) : 104 —107
[26] 曹文伯(Cao W B) . 中国种业(China Seed Industry) , 2005 ,(4) : 43
[27] Eiland B R , Clayton J E , Bryan W L. Trans. Am. Soc. Agric.Engng. , 1983 , 26 : 1596 —1600
[28] 茅林春(Mao L C) , 刘卫晓(Liu W X) . 中国农业科学(Scientia Agricultura Sinica) , 2000 , 33 (5) : 1 —7
[29] 马鸿图(Ma H T) , 黄瑞冬(Huang R D) . 世界农业(World Agriculture) , 1994 , 8 : 13 —16
[30] Eckhoff S R , Bender D A , Okos M R , et al . T. ASAE , 1985 ,28(2) : 606 —609
[31] Schmidt J , Sipocz J , Kaszfis I , et al . Bioresource Technol . ,1997 , 60 : 9 —13
[32] Linden J C , Henk L L , Murphy V G. Biotechnol . Bioengng. ,1987 , 30 : 860 —867
[33] Schmidt J , Tengerdy R P , Sipocz J , et al . Acta Agronomica Ovariensis , 1995 , 37 : 121 —130
[34] Tengerdy R P , Schmidt J , Nyeste L , et al . Biomass for Energy ,Environment , Agriculture and Industry ( eds. Chartier P ,Beenackers A , Grassi G) . Oxford , UK: Pergamon Press , 1995.2 : 1455 —1459
[35] Tengerdy R P , Sipoez J . Appl . Biochem. Biotechnol . , 1996 ,57P58 : 563 —569
[36] Lindgren S , Lingvall P , Kaspersson A , et al . Swed. J . Agric.Res. , 1983 , 13 : 91 —100
[37] Narasimhalu P , Halliday L J , Sanderson J B , et al . Can. J .Animal Sci . , 1992 , 72 : 431 —434
[38] 汪彤彤(Wang T T) , 刘荣厚(Liu R H) , 沈飞(Shen F) . 江苏农业科学(Jiangsu Agricultural Sciences) , 2006 , (3) : 159 —161
[39] Mohite U , SivaRaman H. Biotechnol . Bioeng. , 1984 , 26 (9) :1126 —1127
[40] Bulawayo B , Bvochora J M, Muzondo M I. World J . Microb.Biot . , 1996 , 12 (4) : 357 —360
[41] 张恩铭(Zhang EM) , 刘荣厚(Liu R H) , 孙清(Sun Q) 等. 农机化研究( Journal of Agricultural Mechanization Research) ,2005 , (6) : 175 —180
[42] Thomas K C , Hynes S H , Jones A M. Appl . Biochem.Biotechnol . , 1993 , 43 : 211 —226
[43] Thomas K C , Hynes S H , Ingledew W M. Appl . Environ.Microbiol . , 1994 , 60 : 1519 —1524
[44] Thomas K C , Hynes S H , Ingledew W M. Process Biochem. ,1995 , 321 —331
[45] Jones A M, Thomas K C , Ingledew W M. J . Agric. Food Chem. , 1994 , 42 : 1242 —1246
[46] Bvochora J M, Read J S , Zvauya R. Ind. Crop Prod. , 2000 , 11(1) : 11 —17
[47] 肖明松( Xiao M S) , 封俊( Feng J ) . 农业工程学报(Transactions of the Chinese Society of Agricultural Engineering) ,2006 , (22) : 217 —220
[48] 吴朝晖(Wu Z H) , 李志军(Li ZJ) , 罗新杰(Luo XJ) . 酿酒科技(Liquor-Making Science & Technology ) , 2000 , ( 1 ) :44 —45
[49] 刘荣厚(Liu R H) , 李金霞(Li J X) , 沈飞(Shen F) 等. 农业工程学报( Transactions of the Chinese Society of Agricultural Engineering) , 2005 , 21 (9) : 137 —140
[50] 宋俊萍(Song J P) , 陈洪章(Chen H Z) , 马润宇(Ma R Y) .酿酒(Liquor Making) , 2007 , 34 (1) : 81 —83
[51] Lezinou V , Christakopoulos P , Kekos D , et al . Biotechnol .Lett . , 1994 , 16 : 983 —988
[52] Bryan W L. Enzyme Microb. Tech. , 1990 , 12 (6) : 437 —442
[53] Christakopoulos P , Li L W, Kekos D. Bioresource Technol . ,1993 , 45 (2) : 89 —92
[54] Kargi E , Curme J A , Sheehan J J . Biotechnol . Bioeng. , 1985 ,27 : 34 —40
[55] Kargi E , Curme J A. Biotechnol . Bioeng. , 1985 , 27 ( 8 ) :1122 —1125
[56] Bryan W L , Monroe G E , Caussanel P M. Transactions of the ASAE , 1985 , 28 (1) : 268 —274
[57] Ballesteros M, Oliva J M, Negro M J , et al . Process Biochemistry , 2004 , 39 : 1843 —1849
[58] Mosier N , Wyman C E , Dale B , et al . Bioresource Technol . ,2005 , 96 : 673 —686
[59] Zeng MJ , Mosier N S , Huang C P , et al . Biotechnol . Bioeng. ,2007 , 97(2) : 265 —278
[60] Mosier N , Wyman C , Dale B , et al . Bioresoure Technol . , 2005 ,96 : 673 —686
[61] Gan Q , Allen S J , Taylor G. Proc. Biochem. , 2003 , 38 :1003 —1018
[62] Stenberg K, Bollók M, Réczey K, et al . Biotechnol . Bioeng. ,2000 , 68 : 204 —210
[63] Varga E , Klinke H B , Réczey K, et al . Biotechnol . Bioeng. ,2004 , 88 : 567 —574
[64] Aristidou A , Penttil?M. Current Opinion Biotechnol . , 2000 , 11 :187 —198
[65] Ho N W Y, Chen Z , Brainard A P , et al . ACS Symposium (eds.Anastas P T , Heine G H , Williamson T C) . Washington DC:American Chemical Society , 20001 142 —159
[66] Sedlak M, Ho N W Y. Appl . Biochem. Biotechnol . , 2004 ,113P116 : 403 —416
[67] Lima K G C , Takahashi C M. J . Ind. Microbial . Biotechnol . ,2002 , 29 : 124 —128
[68] Dien B S , Nichols N N , Bothast R J . J . Ind. Microbial .Biotechnol . , 2001 , 27 : 259 —264
[69] Mosier N , Wyman C E , Dale B , et al . Bioresource Technol . ,2005 , 96 : 673 —686
[70] Wyman C E , Dale B E , Elander R T , et al . Bioresource Technol . , 2005 , 96 : 1959 —1966
[71] Yang B , Wyman C E. Biotechnol . Bioeng. , 2006 , 94 ( 4) :611 —617
[72] Lloyd T A , Wyman C E. Bioresource Technol . , 2005 , 96 :1967 —1977
[73] Liu C G, Wyman C E. Carbohydr. Res. , 2006 , 341 : 2550 —2556
[74] Kim T H , Lee Y Y. Bioresource Technol . , 2005 , 96 : 2007 —2013
[75] Kim T H , Lee Y Y. Bioresource Technol . , 2006 , 97 : 224 —232
[76] Teymouri F , Perez L L , Alizadeh H , et al . Bioresource Technol . ,2005 , 96 : 2014 —2018
[77] Chundawat S P S , Venkatesh B , Dale B E. Biotechnol . Bioeng. ,2007 , 96 (2) : 219 —231
[78] Lu Y P , Yang B , Gregg D , et al . Appl . Biochem. Biotech. ,2002 , 98P100 : 641 —654
[79] Liu C G, Wyman C E. Bioresource Technol . , 2005 , 96 : 1978 —1985
[80] Mosier N , Hendrickson R , Ho N , et al . Bioresource Technol . ,2005 , 96 : 1986 —1993
[81] Allen S G, Kam L C , Zemann A J , et al . Ind. Eng. Chem.Res. , 1996 , 35 : 2709 —2715
[82] Kim S , Holtzapple M T. Bioresource Technol . , 2005 , 96 :1994 —2006
[83] Kim S , Holtzapple M T. Bioresource Technol . , 2006 , 97 : 778 —785
[84] Chang V S , Nagwani M, Kim C H , et al . Appl . Biochem.Biotech. , 2001 , 94 : 1 —28
[85] Mamma D , Christakopoulos P , Koullas D , et al . Biomass Bioenerg. , 1995 , 8 (2) : 99 —103
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