ICCU-Dry Reforming Methane
Temperature influence on ICCU-DRM using Ni-Ba DFMs
Ni-Ba based dual functional materials were used to investigate the influence of reaction temperatures (600, 650 and 700 °C) on CO2 and methane conversion. This
Ni-Ba based dual functional materials were used to investigate the influence of reaction temperatures (600, 650 and 700 °C) on CO2 and methane conversion. This
Both sorbent regeneration and dry reforming methane are endothermic reactions. Therefore, a higher temperature would promote both reactions for sorbent regeneration and syngas production. However,
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