土耳其地中海地区森林残留物气化促进可持续发展

Z. Akyürek, Afşin Güngör
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引用次数: 1

摘要

在本研究中,通过使用不同的气化炉技术确定了土耳其地中海地区森林残留物的能源生产潜力。气化是一种用于能源生产的常规废物能源转化技术。合成气是气化过程的最终产物,通常作为可再生燃料用于内燃机、涡轮机和锅炉。在土耳其地中海地区的森林残留物的能源潜力估计在上升气流固定床气化炉,下降气流固定床气化炉和循环流化床气化系统。理论结果表明,在备选方案中,下吸式气化炉的年能源生产潜力最高,为1125 GWh。结果表明,森林残余物可以作为土耳其重要的可再生能源加以利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gasification of Forest Residues for Sustainable Development in the Mediterranean Region of Turkey
In this study, the energy generation potential of forest residues in the Mediterranean Region of Turkey are determined by using different gasifier technologies. Gasification is one of the conventional waste to energy conversion technologies for energy production. Syngas, the end product of gasification process, is generally used in internal combustion engines, turbines and boilers as a renewable fuel. Energy potential of forest residues in Mediterranean Region of Turkey was estimated in up-draft fixed bed gasifier, down-draft fixed bed gasifier and circulating fluidized bed gasification systems. The theoretical results revealed that, among the alternatives, down-draft gasifier has shown the highest annual energy production potential of 1125 GWh. The results revealed that forest residues can be utilized as significant renewable energy source in Turkey.
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