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Biomass Utilization in PFC Co-firing System with the Slagging and Fouling Analysis

机译:PFC共烧系统中生物质的利用及结渣和结垢分析

摘要

Master’s thesis Biomass Utilization in PFC Co-firing System with the Slagging and Fouling Analysis is the study of the modern technologies of different coal-firing systems: PFC system, FB system and GF system. The biomass co-fired with coal is represented by the research of the company Alstom Power Plant.Based on the back ground of the air pollution, greenhouse effect problems and the national fuel security today, the bioenergy utilization is more and more popular. However, the biomass is promoted to burn to decrease the emission amount of carbon dioxide and other air pollutions, new problems form like slagging and fouling, hot corrosion in the firing systems. Thesis represent the brief overview of different coal-firing systems utilized in the world, and focus on the biomass-coal co-firing in the PFC system. The biomass supply and how the PFC system is running are represented in the thesis. Additionally, the new problems of hot corrosion, slagging and fouling are mentioned. The slagging and fouling problem is simulated by using the software HSC Chemistry 6.1, and the emissions comparison between coal-firing and co-firing are simulated as well.
机译:硕士论文通过结渣和结垢分析在PFC共燃系统中的生物质利用是研究不同燃煤系统的现代技术:PFC系统,FB系统和GF系统。与煤共燃的生物质以阿尔斯通电厂公司的研究为代表。基于空气污染,温室效应问题和当今国家燃料安全的背景,生物能源利用越来越受到欢迎。然而,生物质被促进燃烧以减少二氧化碳的排放量和其他空气污染,形成新的问题,例如结渣和结垢,燃烧系统中的热腐蚀。本文简要介绍了世界上使用的各种燃煤系统,并着重介绍了PFC系统中的生物质-煤共燃。本文介绍了生物质的供应以及PFC系统的运行方式。另外,提到了热腐蚀,结渣和结垢的新问题。使用HSC Chemistry 6.1软件模拟了结渣和结垢问题,并模拟了燃煤和混燃之间的排放比较。

著录项

  • 作者

    Wang Yuxian Jr;

  • 作者单位
  • 年度 2015
  • 总页数
  • 原文格式 PDF
  • 正文语种 en_US
  • 中图分类

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