THERMODYNAMIC AND ENVIRONMENTAL ASSESSMENT OF INTEGRATED GASIFICATION AND METHANOL SYNTHESIS (IGMS) ENERGY SYSTEMS WITH CO_2 REMOVAL

GIORGIO CAU; ROBERTO CARAPELLUCCI; DANIELE COCCO

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THERMODYNAMIC AND ENVIRONMENTAL ASSESSMENT OF INTEGRATED GASIFICATION AND METHANOL SYNTHESIS (IGMS) ENERGY SYSTEMS WITH CO_2 REMOVAL

机译：去除CO_2的集成气化和甲醇合成（IGMS）能源系统的热力学和环境评价。

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Environmental and technical concerns arise from the extensive utilization of the huge world coal reserves. They can nowadays be overcome only resorting to advanced energy conversion technologies. Integrated coal gasification and methanol synthesis power plants can perform a load-following service, by producing and storing liquid methanol, and reduce the carbon dioxide emissions, by removing CO_2 and disposing it outside the atmosphere. In this paper, a comparative performance analysis among the different IGMS power plants has been carried out, by evaluating the influence of the coal gasification and methanol synthesis technologies on the main performance characteristics, such as the methanol production, the specific CO_2 emissions and the overall efficiency.

机译：环境和技术问题源于对巨大的世界煤炭储备的广泛利用。如今，只有依靠先进的能量转换技术才能克服这些问题。集成的煤气化和甲醇合成发电厂可以通过生产和存储液态甲醇来执行负荷跟踪服务，并且可以通过去除CO_2并将其排放到大气中来减少二氧化碳的排放。在本文中，通过评估煤气化和甲醇合成技术对主要性能特征（如甲醇生产，特定的CO_2排放量和总体排放量）的影响，对不同的IGMS电厂进行了比较性能分析。效率。

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来源
《Energy Conversion & Management》 |1997年第suppla期|p.179-186|共8页
作者
GIORGIO CAU; ROBERTO CARAPELLUCCI; DANIELE COCCO;
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作者单位

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类能源与动力工程;
关键词
Coal Gasification; Methanol Synthesis; CO_2 Removal;

机译：煤气化;甲醇合成;CO_2去除;

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THERMODYNAMIC AND ENVIRONMENTAL ASSESSMENT OF INTEGRATED GASIFICATION AND METHANOL SYNTHESIS (IGMS) ENERGY SYSTEMS WITH CO_2 REMOVAL

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