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• W2087660078 abstract "In this study, 10 bilayers of poly (allylamine hydrochloride) (PAH)/polystyrene sulfonic acid sodium salt (PSS) with Pt47–Ru53 catalyst are self-assembled on both sides of the commercial membrane of ethanesulfonyl fluoride via layer-by-layer technique to mitigate methanol crossover. The Pt47–Ru53 alloy catalyst is dispersed in the PAH/PSS bi-layers through the reduction of the Pt and Ru ions in the PSS. Experimental results show that the Pt47–Ru53 catalyst with an average particle size of 5 nm and a layer thickness of 1.31 μm, which is similar to the thickness of 10 PAH/PSS bi-layers, is coated onto both sides of the commercial membrane of ethanesulfonyl fluoride. Compared to untreated commercial membrane of ethanesulfonyl fluoride at 60 °C, this composite membrane, with Pt47–Ru53 loading of 16.5 μg cm− 2, suppresses methanol crossover by 12% (on average) and improves output voltage and power density by 18% and 46% (@79 mA cm− 2), respectively. The Pt47–Ru53 catalyst in the PAH/PSS bi-layers oxidizes the crossed-over methanol and produces extra current. It also reduces the mixed potential effect in the cathode. The 10 PAH/PSS bi-layers with low methanol permeability function like a methanol barrier, blocking the crossed-over methanol. Combining these effects, the self-assembly of the PAH/PSS containing Pt47–Ru53 alloy onto the commercial membrane of ethanesulfonyl fluoride can effectively improve output voltage and power density and can suppress methanol crossover." @default.
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• W2087660078 date "2013-10-01" @default.
• W2087660078 modified "2023-10-16" @default.
• W2087660078 title "Mitigating methanol crossover using Pt–Ru catalyst coated on commercial membrane of ethanesulfonyl fluoride through layer-by-layer technique" @default.
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• W2087660078 doi "https://doi.org/10.1016/j.tsf.2013.06.046" @default.
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