Development of the Zinc-Chlorine Battery for Utility

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Development of the Zinc-Chlorine Battery for Utility ( development-zinc-chlorine-battery-utility )

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Impurity (mgA) In-50 In-10 In-5 Mn-100 Mn-50 Mn-10 Mn-5 Mn-O.1 Mn-1.0 Ni-50 Ni-10 Ni-5 Ni-1 Ni-O.1 Ni-0.01 Sb-1 Sb-0.1 Sb-0.01 Sb-0.5 Round-Trip Coulombic Sn-100 0.28 Sn-50 0.30 Sn-25 0.30 Sn-10 0.30 Sn-5 0.30 Sn-1 0.30 Sn-O.1 0.30 Sn-O.01 0.30 V-100 0.30 V-50 0.30 V-10 0.30 V-5 0.30 V-l 0.30 77.5 80.2 82.2 81.1 76.3 82.2 92.4 95.4 96.5 97.7 97.1 95.3 95.1 Table 37-6B pH Efficiency (%) 0.30 97.2 0. 30 95.2 0.29 95.8 0.30 99.0 0.30 99.2 0.30 92.2 0.29 98.1 0.25 96.2 0.29 94.4 0.30 83.8 0.30 78.8 0.30 85.1 0.30 93.2 0.30 92.4 0.30 94.2 0.30 25.8 0.30 56.9 0.22 93.2 0.30 55.3 Graphite degradation products have been long postulated to be a potential source of electrolyte contamination. In the past, three distinctly different degradation products have been observed. These are carbon dioxide, particulate graphite, and an electrolyte-soluble product which imparts a yellow-orange coloration to the 37-13

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