熔融碳酸盐燃料电池发电用高灰印度煤

R. Perumal, S. Bali, M. Balakrishnan, A. Mathur
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引用次数: 0

摘要

TERI研究MCFC的第一阶段包括开发一个实验室规模的MCFC单单元,用模拟的煤气混合物测试其性能,并开发一个数学模型,以估计煤气化-MCFC综合系统的材料和能源需求。从单细胞电池得到的结果表明,与使用纯氢作为燃料相比,使用模拟煤气的性能下降是微不足道的。此外,该模型预测的效率水平表明,IG-MCFC系统对印度电力部门具有吸引力,因为印度超过60%的发电是基于煤炭的。第二阶段的工作正在进行中,预计于一九九八年年中完成,主要是发展一千瓦级的MCFC堆,继续用模拟煤气进行测试。第三阶段将包括5-10千瓦MCFC堆与实验气化炉的现场演示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Molten carbonate fuel cells for power generation from high-ash Indian coals
The first phase of the study on MCFC at TERI involved the development of a laboratory-scale MCFC single cell, testing its performance with simulated coal gas mixtures and the development of a mathematical model for the purpose of estimating the material and energy requirements of an integrated coal gasification-MCFC (IG-MCFC) system. The results obtained from the monocell indicate that the drop in performance while using simulated coal gas as compared to that using pure hydrogen as the fuel is nominal. Moreover, the efficiency levels predicted by the model indicate that IG-MCFC systems would be attractive for the Indian power sector, as over 60% of the power generation in India is coal-based. The second phase of this work, which is underway and scheduled to be completed by mid-1998, involves the development of a kilowatt level MCFC stack for continued testing with simulated coal gas. The third phase would comprise a field demonstration of a 5-10 kW MCFC stack coupled to an experimental gasifier.
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