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Analysis on Energy-saving and Efficiency-improving Transformation of Circulating Fluidized Bed Boiler Separator
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作者 yinpeng WANGLijun HANQuanshun 《外文科技期刊数据库(文摘版)工程技术》 2022年第3期024-028,共5页
As the core component of circulating fluidized bed boiler, the efficiency of separator directly affects the safe and economic operation of the unit. Two 300MW circulating fluidized bed boilers in Diaobingshan Gangue P... As the core component of circulating fluidized bed boiler, the efficiency of separator directly affects the safe and economic operation of the unit. Two 300MW circulating fluidized bed boilers in Diaobingshan Gangue Power Plant have been put into operation since 2009 and 2010. Because the separator is in a high temperature and high circulating ash operating environment, the inner cylinder of the separator is worn and deformed rapidly, and the efficiency of the separator is greatly reduced, resulting in excessively high bed temperature and separator temperature, an increase in the original amount of environmental protection, and an increase in the cost of environmental protection materials, which affects the safe and economic operation of the unit. In view of this phenomenon, Diaobingshan Coal Gangue Power Plant has improved the efficiency of two furnace separators. After the transformation and operation, the bed temperature and the outlet temperature of the separator have dropped significantly during the operation of the unit, and the original amount of environmental protection has dropped significantly, and the consumption of environmental protection materials has dropped significantly, and the energy-saving effect is remarkable. 展开更多
关键词 SEPARATOR improve efficiency TRANSFORM
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海上低渗凝析气藏注气解堵相行为变化研究
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作者 尹鹏 张志军 +1 位作者 徐浩 石端胜 《精细与专用化学品》 CAS 2023年第6期1-5,共5页
凝析气藏流体性质较为复杂,在开发过程中,当地层压力降至露点压力以下后,近井地带流体的性质及相态都会发生复杂的变化。针对海上深层低渗凝析气藏地质油藏特征,采用相态分析技术对其进行注气解堵以提高采收率。注入气体介质主要有CO_(2... 凝析气藏流体性质较为复杂,在开发过程中,当地层压力降至露点压力以下后,近井地带流体的性质及相态都会发生复杂的变化。针对海上深层低渗凝析气藏地质油藏特征,采用相态分析技术对其进行注气解堵以提高采收率。注入气体介质主要有CO_(2)、N_(2)、伴生气和干气。基于流体相态实验和气-液相平衡理论,对M气田凝析气藏进行注气解堵相态变化特征研究。结果表明:M气田凝析气藏流体体系随着气体注入量增加而逐渐变轻;同时,注入不同气体介质后流体体系相态变化特征表明:注CO_(2)驱替解堵效果最优,伴生气次之,其次是干气,注N_(2)最差。推荐吞吐注入伴生气对M气田凝析气藏解堵,降低反凝析污染程度,提高气井产能是可行的。 展开更多
关键词 凝析气藏 注气解堵 相平衡 相态变化
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