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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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粉粒流化床中松木生物质热解特性的研究
, PP. 156-163
Keywords: 生物质,催化热解,轻质芳烃,流化床
Abstract:
？通过冷模实验考察了双颗粒流化床的流化特性。结果表明,在适宜的气速范围内,双颗粒流化床层内部可保持较好的流化状态。松木生物质在粉粒流化床反应器中的热解和催化热解实验结果表明,生物质热解时挥发分的释放存在一个最快的温度区域,生物质中约92%的挥发分在723k时即可释放完全。773k时,生物质热解产物中的无机气体(iog)、低碳烃气体(hcg)和碳氢化合物液体(hcl)的收率之和只有3.1%。随着热解温度的升高,iog、hcg和hcl的收率均逐渐增加,1173k时,其收率之和达到58.7%,且产物主要以co为主。como-b催化剂可有效促进生物质催化加氢热解产物的二次气相反应,在863k下可得到6.3%,轻质芳烃化合物(苯、甲苯、二甲苯和萘)是1173k下非催化过程的两倍。
| [1] | 王琦,骆仲泱,王树荣,岺可法.生物质快速热裂解制取高品位液体燃料[j].浙江大学学报(工学版),2010,44(5):988-1008.(wangqi,luozhong-yang,wangshu-rong,cenke-fa.productsofhigh-gradeliquidfuelsbybiomassfastpyrolysis[j].journalofzhejianguniversity(engineeringscience),2010,44(5):988-1008.)
|
| [2] | 柳善建,易维明,柏雪源,王丽红,殷哲,吴娟.流化床生物质快速热裂解试验及生物油分析[j].农业工程学报,2009,25(1):203-207.(liushan-jian,yiwei-ming,baixue-yuan,wangli-hong,yinzhe,wujuan.experimentalstudyonbiomassfastpyrolysisinfluidizedbedandanalysisofbio-oil[j].transactionsofthecsae.2009,25(1):203-207.)
|
| [3] | 任普鲜,蒋剑春,杨秀山,刘军利.木质纤维素快速热解产物生产燃料乙醇研究进展[j].生物质化学工程,2009,43(3):47-51.(renpu-xian,jiangjian-chun,yangxiu-shan,liujun-li.researchprogressonproductionofethanolasfuelfromfastpyrolysisproductsoflignocellulose[j].biomasschemicalengineering,2009,43(3):47-51.)
|
| [4] | 牛卫生,张春梅,刘荣厚.松木屑快速热解试验研究[j].农机化研究,2009,(4):196-199.(niuwei-sheng,zhangchun-mei,liurong-hou.experimentalstudiesonfastpyrolysisofpinesawdust[j].journalofagriculturalmechanizationresearch,2009,(4):196-199.)
|
| [5] | biaginie,barontinif.devolatilizationofbiomassfuelsandbiomasscomponentsstudiedbytg/ftirtechnique[j].indengchemres,2006,45(13):486-493.
|
| [6] | yangh,yanr.in-depthinvestigationofbiomasspyrolysisbasedonthreemajorcomponents:hemicellulose,celluloseandlignin[j].energyfuels,2006,20(1):388-393.
|
| [7] | islammn,islam,mn,begmra.thefuelpropertiesofpyrolysisliquidderivedfromurbansolidwastesinbangladesh[j].bioresourtechnol,2004,92(2):181-186.
|
| [8] | wangz,caoj,wangj.pyrolyticcharacteristicofpinewoodinaslowlyheatingandgassweepingfixed-bedreactor[j].analapplpyrolysis2009,84:179-184.
|
| [9] | 周劲松,赵辉,曹小伟,骆促泱,岺可法.生物质气流床气化制取合成气的试验研究[j].太阳能学报,2008,29(11):1406-1413.(zhoujing-song,zhaohui,caoxiao-wei,luozhong-yang,cenke-fa.syngasproductionwithbiomassentrainedflowgasification[j].actaenergiaesolarissinica.2008,29(11):1406-1413)
|
| [10] | 王志伟,何晓峰,赵宝珠,白炜,朱金陵,雷廷宙.生物质热解利用系统的实验研究[j].农机化研究,2009,(3):150-153.(wangzhi-wei,hexiao-feng,zhaobao-zhu,baiwei,zhujin-ling,leiting-zhou.experimentalstudyofutilizationsystemonbiomasspyrolysis[j].journalofagriculturalmechanizationresearch.2009,(3):150-153)
|
| [11] | 吴逸民,赵增立,常胜,李海滨.玉米芯和桉木的低温热解特性[j].农业工程学报,2010,26(4):254-258.(wuyi-min,zhaozeng-li,changsheng,lihai-bin.lowtemperaturepyrolysischaracteristicsofcorncobandeucalyptus[j].transactionsofthecsae.2010,26(4):254-258)
|
| [12] | demirbasa.gaseousproductsfrombiomassbypyrolysisandgasification:effectsofcatalystonhydrogenyield[j].energyconversmanage,2002,43:897-909.
|
| [13] | 王昶,贾青竹,中川绅好,加藤邦夫.木材经催化热分解向btx和合成燃料的转化[j].化工学报,2004,55(8):1341-1346.(wangchang,jiaqing-zhu,nakagawan,katok.conversionofplant-biomasstobtxandsyntheticfuelsbycatalyticpyrolysis[j].journalofchemicalindustryandengineering(china),2004,55(8):1341-1346.)
|
| [14] | 王昶,崔永岩.粉料连续供料装置:cn,zl200620150021.2.2007-11-14.(wangchang,cuiyong-yan.continuouspowderfeeder:cn,zl200620150021.2.2007-11-14.)
|
| [15] | 陈冠益,李强,spliethoffh,王福全.生物质热解气化制取氢气[j].太阳能学报,2004,25(06):776-781.(chenguan-yi,liqiang,spliethoffh,wangfu-quan.biomassconverisonintohydrogen-richgasviapyrolysistechnology[j].actaenergiaesolarissinica.2004,25(06):776-781.)
|
| [16] | 孟光范,赵保峰,张晓东,陈雷,许海朋,孙立.生物质二次裂解制取氢气的研究[j].太阳能学报,2009,30(6):837-841.(mengguang-fan,zhaobao-feng,zhangxiao-dong,chenlei,xuhai-peng,sunli.studyonhydrogenproductionformbiomasstwicedecomposition[j].actaenergiaesolarissinica.2009,30(6):837-841)
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