李文华,胡卿,童家麟,吕洪坤,蔡洁聪
LI Wenhua,HU Qing,TONG Jialin,LYU Hongkun,CAI Jiecong

• 1:浙江浙能温州发电有限公司
• 2:浙江浙能技术研究院有限公司
• 3:国网浙江省电力公司电力科学研究院

摘要(Abstract)：

为了扩大锅炉的适烧煤种资源,以某1 900 t/h燃煤锅炉为研究对象,采用分仓掺烧的方式进行不同比例的低水澳优煤掺烧试验。结果表明,掺烧低水澳优煤是可行的,不会对炉内结焦、减温水量、制粉系统和锅炉效率产生明显影响,但全烧低水澳优煤后NO_X生成量大幅增加,较基础工况增加了约50%,故建议以2~3套中下层制粉系统掺烧低水澳优煤,而不建议全烧该煤种。
In order to increase coal types for boilers, 1 900 t/h coal-fired boiler is taken as a study object to carry out combustion test of blended low-water Australian premium coal in different proportions in several bunkers. The result shows that combustion of the blended low-water Australian premium coal is feasible, and the impact on slagging in furnace, quantity of attemperating water, pulverized coal preparation system and boiler efficiency is negligible. However, combustion of low-water Australian premium coal only may lead to 50% NO_X emission increase more than that of basic condition. Therefore, it is suggested using 2 or 3 medium and lower pulverized coal preparation systems for combustion of blended low-water Australian premium coal rather than combustion of the coal only.

关键词(KeyWords)： 掺烧;结焦;减温水量;制粉系统;锅炉效率;NO_X排放
blended combustion;slagging;attemperating water quantity;pulverized coal preparation system;boiler efficiency;NO_X emission

Abstract:

Keywords:

基金项目(Foundation):

作者(Author): 李文华,胡卿,童家麟,吕洪坤,蔡洁聪
LI Wenhua,HU Qing,TONG Jialin,LYU Hongkun,CAI Jiecong

DOI: 10.19585/j.zjdl.201707007

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