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热力发电  2010 

生物质燃烧中硫氧化物和氮氧化物生成机理研究

, PP. 21-26

Keywords: 生物质,燃烧,硫氧化物,氮氧化物,生成机理

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Abstract:

生物质直燃发电的规模化使生物质燃烧过程中产生的污染物问题受到越来越多的重视。硫氧化物和氮氧化物作为两种主要的大气污染物,严重危害自然环境。结合生物质中硫赋存形式,对温度、灰成分等条件对生物质燃烧过程中硫迁徙的影响以及生物质的自身固硫特性进行了研究。对于氮氧化物的生成,研究主要集中在热解过程氮氧化物前驱物(nh?3、hcn、hnco等)的生成上。结合生物质氮赋存形式,对温度、燃料种类、升温速率等条件对氮氧化物前驱物生成的影响,以及对挥发分燃烧过程中氮氧化物的生成机理进行了综述。

References

[1]  obernberger,i.,tbrunner,g.barnthaler.chemicalpropertiesofsolidbiofuels-significanceandimpact[j].biomass&bioenergy,2006,30(11):973-982.
[2]  knudsen,j.n.,etal..sulfurtransformationsduringthermalconversionofherbaceousbiomass[j].energy&fuels,2004,18(3):810-819.
[3]  knudsen,j.n..volatilizationofinorganicmatterduringcombustionofannualbiomass,indepartmentofchemicalengineering[c].2004,technicaluniversityofdenmark:2800kgs.lyngby.
[4]  becidan,m.experimentstudiesonmunicipalsolidwasteandbiomasspyrolysis,indepartmentofenergyandprocesstechnology[c].2007,norwegianuniversityofscienceandtechnology:trondheim.
[5]  岑可法,姚强,骆仲泱,等.高等燃烧学[m].杭州:浙江大学出版社,2002.
[6]  a.a.khan,w.d.j.,p.j.jansens,h.spliethoffbiomasscombustioninfluidizedbedboilers:potentialproblemsandremedies[j].fuelprocessingtechnology,2009,21(50).
[7]  glarborg,p.,a.d.jensen,j.e.johnsson.fuelnitrogenconversioninsolidflfiredsystems[j].progressinenergyandcombustionscience,2003,29(2):89-113.
[8]  hell,r..molecularphysiologyofplantsulfurmetabolism[j].planta,1997,202(2):138-148.
[9]  dayton,d.c.,etal..releaseofinorganicconstituentsfromleachedbiomassduringthermalconversion[j].energy&fuels,1999,13(4):860-870.
[10]  tian,f.j.,etal.conversionoffuel-nintohcnandnh�3duringthepyrolysisandgasificationinsteam:acomparativestudyofcoalandbiomass.insymposiumonadvancedcoalutilizationtechnology[c].2006.wuhan,peoplesrchina:amerchemicalsoc.
[11]  becidan,m.,o.skreiberg,j.e.hustad.noxandn2oprecursors(nh3andhcn)inpyrolysisofbiomassresidues[j].energy&fuels,2007.21(2):1173-1180.
[12]  hansson,k.m.,etal..pyrolysisofpoly-l-leucineundercombustion-likeconditions[j].fuel,2003,82(6):653-660.
[13]  hansson,k.m.,etal..formationofhnco,hcnandnh�3fromthepyrolysisofbarkandnitrogen-containingmodelcompounds[j].combustionandflame,2004,137(3):265-277.
[14]  yin,c.g.,etal..mathematicalmodelingandexperimentalstudyofbiomasscombustioninathermal108mwgrate-firedboiler[j].energy&fuels,2008,22(2):1380-1390.
[15]  zhou,h.,etal..formationandreductionofnitricoxideinfixed-bedcombustionofstraw[j].fuel,2006,85(5-6):705-716.
[16]  hamalainen,j.p.,m.j.aho,j.l.tummavuori.formationofnitrogen-oxidesfromfuel-nthroughhcnandnh3-amodel-compoundstudy[j].fuel,1994,73(12):1894-1898.
[17]  leppalahti,j..formationofnh3andhcninslow-heating-rateinertpyrolsisofpeat,coalandbark[j].fuel,1995,74(9):1363-1368.
[18]  abelha,p.,i.gulyurtlu,i.cabrita.releaseofnitrogenprecursorsfromcoalandbiomassresiduesinabubblingfluidizedbed[j].energy&fuels,2008,22(1):363-371.
[19]  tian,f.j.,etal.formationofnoxprecursorsduringthepyrolysisofcoalandbiomass.partvii.pyrolysisandgasificationofcanetrashwithsteam[j].fuel,2005,84(4):371-376.
[20]  tan,l.l.andc.z.li.formationofnoxandsoxprecursorsduringthepyrolysisofcoalandbiomass.parti.effectsofreactorconfigurationonthedeterminedyieldsofhcnandnh3duringpyrolysis[j].fuel,2000,79(15):1883-1889.
[21]  aho,m.j.,j.p.hamalainen,j.l.tummavuori.importanceofsolid-fuelpropertiestonitrogen-oxideformationthroughhcnandnh3insmall-particlecombustion[j].combustionandflame,1993,95(1-2):22-30.
[22]  邓建军,李洪林.煤中氮元素化学赋存形态及热迁徙规律的研究进展[j].热力发电,2008,37(3).
[23]  ewidmann,r.s.,gstubenberger,iobernberger.releaseofnoxprecursorsfrombiomassfuelbedsandapplicationforcfd-basednoxpostprocessingwithdetailedchemistry[a].inthe2ndworldconferenceandexhibitiononbiomassforenergy[c].industryandclimateprotection,2004:rome,italy.
[24]  stubenberger,g.,etal..experimentalinvestigationofnitrogenspeciesreleasefromdifferentsolidbiomassfuelsasabasisforreleasemodels[j].fuel,2008,87(6):793-806.
[25]  马文超,陈冠益,颜蓓蓓,等.生物质燃烧技术综述[j].生物质化学工程,2007,41(1).
[26]  袁权.能源化学进展[j].北京:化学工业出版社,2005.
[27]  yin,c.,l.a.rosendahl,s.k.kaer.grate-firingofbiomassforheatandpowerproduction[j].progressinenergyandcombustionscience,2008,34(6):725-754.
[28]  knudsen,j.n.,p.a.jensen,k.dam-johansen.transformationandreleasetothegasphaseofcl,kandsduringcombustionofannualbiomass[j].energy&fuels,2004,18(5):1385-1399.
[29]  vanlith,s.c.,etal.,releasetothegasphaseofinorganicelementsduringwoodcombustion.part1:developmentandevaluationofquantificationmethods.energy&fuels,2006,20(3):964-978.
[30]  knudsen,j.n.,etal..secondarycaptureofchlorineandsulfurduringthermalconversionofbiomass[j].energy&fuels,2005,19(2):606-617.
[31]  何念祖,孟赐福.植物营养原理[m].上海:上海科学技术出版社,1987.
[32]  hansson,k.m.,etal..thetemperature'sinfluenceontheselectivitybetweenhncoandhcnfrompyrolysisof2,5-diketopiperazineand2-pyridone[j].fuel,2003,82(18):2163-2172.

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