日本機械学会論文集
Online ISSN : 2187-9761
ISSN-L : 2187-9761
熱工学,内燃機関,動力エネルギーシステム
高ふく射繊維を用いた高温炉におけるエネルギー回収
小島 匠酒井 淳清水 信井口 史匡湯上 浩雄井口 浩詠久行 輝美中川 成人山村 武民
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2016 年 82 巻 838 号 p. 15-00588

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We have studied the energy recovery effect in high-temperature furnace using a high-emittance fiber (HEF) unit. Previous studies have shown that energy recovery effect occurs as placing the HEF unit perpendicular to the gas flow. However, there are some problems such as clogging and pressure loss. In this study, we examined the energy recovery effect and mechanisms of the effect when HEF unit placed in parallel to the gas stream. In the numerical simulation based on thermo-fluid dynamics, energy recovery effect was also appeared even though the HEF unit placed parallel to the gas flow. The simulation, confirm that most of thermal radiation through the exhausted pipe from the inside of furnace is absorbed by HEF unit and is emitted back to the furnace. This simulation indicated more than 10% input power reduction is expected. We also reveal that amount of energy conservation is depend on the HEF unit’s length, position, and number of plates in a unit. In the experiment using similar furnace to simulation model, we can also obtain the input power reduction by 3.5% at 1073 K.

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