Study on the Influence of Gas Composition on Fuel Cell Performance
In order to gain a deeper understanding of the impact of gas composition on the performance of fuel cells,various methods such as gas chromatography-mass spectrometry(GC-MS),infrared spectroscopy(IR)analysis,and electrochemical performance testing were used to comprehensively evaluate the specific effects of different chemical compositions,gas treatment technologies(such as adsorbents,catalysts,and separation membrane technologies),impurity exposure,and gas purification on the reaction rate,performance,stability,and efficiency of fuel cells.Experimental research was conducted on standard fuel cell components under different gas composition conditions,aiming to reveal the influence of gas composition on the overall performance and stability of fuel cells.The results indicate that the gas composition significantly affects the reaction rate and long-term stability of the battery.The use of gas treatment technology can improve battery performance,reduce the negative impact of impurities on battery stability,and further improve fuel cell efficiency through gas purification.The research findings are of great significance for optimizing the design and operation of fuel cells.
chemical composition of gasfuel cellgas treatment technology
NETL
NSTL
万方数据
