The performance evaluation for H2reforming of the plate type hydrogen generation system
Su-Bin Heo, Bong-Seock Yun, Do‐Hyung Lee
Abstract
Su-Bin Heo, Bong-Seock Yun, Do‐Hyung Lee
Abstract
Hydrogen energy, a field of low-carbon substitute energy, can be produced by fossile fuel reforming and electrolysis of water etc. We developed 1kW class flat type reformer for PEM Fuel Cells. The PEMFC is highly sensitive to carbon monoxide because CO has detrimental effects on the performance of the fuel cell. Thus, reformed gas supplied to Fuel cell system, which maintained CO concentration below 10ppm. After applying optimum drive condition, reformed gas was measured with gas chromatography and could find out about each experimental condition of and CO concentration. As a results, The 1kW class plate type hydrogen generation system`s optimum condition is A/F ratio ${\alpha}
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Hydrogen energy, a field of low-carbon substitute energy, can be produced by fossile fuel reforming and electrolysis of water etc. We developed 1kW class flat type reformer for PEM Fuel Cells. The PEMFC is highly sensitive to carbon monoxide because CO has detrimental effects on the performance of the fuel cell. Thus, reformed gas supplied to Fuel cell system, which maintained CO concentration below 10ppm. After applying optimum drive condition, reformed gas was measured with gas chromatography and could find out about each experimental condition of and CO concentration. As a results, The 1kW class plate type hydrogen generation system`s optimum condition is A/F ratio ${\alpha}
Key concepts: Hydrogen, Proton exchange membrane fuel cell, Carbon monoxide, Hydrogen fuel, Hydrogen production, Electrolysis, Fuel cells, Electrolysis of water