This paper fully discusses conception and method of optimization of IGCC system.
本文全面论述IGCC系统设计优化的概念与方法。
Above research achievements will provide the new idea and method for further study on IGCC system with low CO2 emission.
本文研究成果为CO 2准零排放IGCC系统研究提供了新的思路和方案。
On the basis of abundant information, this paper fully summarizes and analyzes the exploitation of new-type IGCC system and its integrated technology.
本文基于大量相关研究，全面总结分析了新型IGCC系统的开拓及其集成技术开发与进展。
This modular analysis provides a base for investigation of the static and dynamic behaviour of IGCC system on thermal power computer integrated design system.
这个模块化分解为在计算机集成设计平台上研究IGCC系统的动静态特性打下了基础。
The traits of optimal design and the characteristic rules in all operating states of IGCC system are studied in this paper based on the idea of all operating mode and independent variable.
研究表明，应用新方法设计优化得出的IGCC系统性能特性更加贴近实际运行情况与需求。
The modular modeling and performance analysis about the 400 MW IGCC system case have been completed, the rules of synthesis optimization of steam system disclosed, and many valuable conclusions shown.
并对大型400MW级IGCC电站系统进行模块化建模和模拟分析，总结和揭示了IGCC蒸汽系统综合优化规律，得出若干有实用参考价值的结论。
From the global aspect, the control system of IGCC Power Generation and Methanol Combined Generation is discussed.
从整体上对IGCC -甲醇联产的控制系统进行了探讨。
Syngas heating value and cold gas efficiency which are the key parameters to evaluate syngas quality and performance of gasifier influenced the efficiency of whole IGCC power system directly.
合成气化学能和冷煤气效率直接影响着整个IGCC电站系统效率，是衡量合成气品质和气化炉性能的关键参数。
It is indicated that these measures can effectively improve the performance of steam system when IGCC operates on standby fuel.
结果表明整体煤气化联合循环以备用燃料运行时，这些改进措施能有效改善蒸汽系统的热力性能。
The effects of IGCC fuel changeover on the operation mode of HRSG (heat recovery steam generator) steam system are investigated in this paper.
研究整体煤气化联合循环燃料切换时对余热锅炉蒸汽系统运行方式的影响，提出几项有效的改进措施。
The integrated gasification combined cycle (IGCC) is a promising electrical generation system which combines a clean coal transformation technique with a high efficiency combined cycle system.
整体煤气化燃气-蒸汽联合循环(简称IGCC)是洁净煤转化技术和高效联合循环系统相结合的发电技术。
IGCC technology will form the base of the future coal energy system and is regarded as the world's cleanest coal-fired power generation technology.
IGCC发电技术是未来煤炭能源系统的基础，被公认为是世界上最清洁的燃煤发电技术。
This paper chiefly studies the off design thermal characteristic of bottom cycle system in integrated gasification combined cycle (IGCC) system.
文中研究了整体煤气化联合循环(IGCC)底循环系统的变工况特性。
Through research on IGCC for power and methanol co-producing system in Yankuang Cathay Coal Chemical co., Ltd, the advantages on energy saving and sewage discharge are revealed.
通过对兖矿国泰化工有限公司煤气化发电与甲醇联产系统在节能和产排污方面的研究分析，对比说明了煤气化发电与甲醇联产系统在节能、环保方面的优势。
Through research on IGCC for power and methanol co-producing system in Yankuang Cathay Coal Chemical co., Ltd, the advantages on energy saving and sewage discharge are revealed.
通过对兖矿国泰化工有限公司煤气化发电与甲醇联产系统在节能和产排污方面的研究分析，对比说明了煤气化发电与甲醇联产系统在节能、环保方面的优势。
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