高温空气气化系统中燃烧器的开发及热态试验DEVELOPMENT AND HOTSTATE TEST OF BURNERS IN HIGHTEMPERATURE AIR GASIFICATION SYSTEM
王强,施丽莲,宋国良,周泽魁
摘要(Abstract)：
高温空气发生器是生物质高温空气气化技术试验系统的关键部件。介绍了高温空气发生器的工作原理及其特性 ,对其关键部件燃烧器的结构设计进行了理论分析和热态试验。结果表明 ,燃烧器设计合理 ,具有低污染特性
关键词(KeyWords)： 生物质;高温空气发生器;燃烧器;喷口砖;热态试验;气化
基金项目(Foundation):
作者(Author): 王强,施丽莲,宋国良,周泽魁
DOI: 10.19666/j.rlfd.2004.10.012
参考文献(References)：
- [1] YoshikawaK .Gasificationandpowergenerationfromsolidfuelsusinghightemperatureair[A ].ProceedingofHighTemperatureAirCombustionSymposium[C].Beijing,Oct.1999:4868.
- [2] YoshikawaK .PresentstatusandfutureplanofCRESTMEETproject[A ].Proceedingofthe2ndInternationalHighTemperatureAirCombustionSymposium[C].Tai wan,Jan.1999:17.
- [3] YoshikawaK .R&Donsmall～scalegasificationofsolidfuelsusinghightemperatureairandstream[A].RAN20013rdInternationalSymposiumonAdvancedEnergyConver sionSystemandRelatedTechnologies[C].Nagoya,Japan,December,2001.
- [4] MochidaS ,HasegawaT .Developmentofacombustiondi agnosticsmethodonadvancedindustrialfurnacesmakinguseofhightemperatureaircombustion[A].Proceedingofthe2ndInternationalHighTemperatureAirCombustionSymposium[C].Taiwan,Jan.1999:94105.
- [5] GuptaAK ,BolzS .Effectofairpreheatandoxygencon centrationonflamestructureandemission[J].EnergyRe sourcesandTechnology,1999:121126.
- [6] GuptaAK ,LiZ .Effectoffuelpropertyonthestructureofhighlypreheatedairflames[A].Intl.ASMEEC～VOL ,5,1997.
- [7] TanakaR ,HasegawaT .Innovativetechnologytochangeflamecharacteristicswhichhighlypreheatedaircombustion[A].JapaneseFlameDaysJFRC 20thAnniversary[C],Osaka,Japan,May.1997.
- [8] LilleS .Experimentalstudyofsinglefueljetinconditionsofhighlypreheatedaircombustion[D ].RoyalInstituteofTechnology.Sweden,1999.
- [9] 曹小玲.生物质高温空气气化工艺过程分析与高温空气发生器的研制[D].长沙:中南大学能源与动力工程学院,2002.