… feature and N doped structure along with the hierarchical pore distribution of NPC-700. …
comparison of desalination performances between various pseudocapacitive and battery-type …

… The P max value of the battery using the NaF electrolyte (1.80 W·m −2 ) is half that of the …
the P max value of the battery using NaBr is similar to that of the battery using NaCl. This can be …

… The method is generally called battery electrode deionization (BDI) 59 or rocking chair
desalination battery. This architecture contains a pair of symmetrical faradaic electrodes with two …

… battery electrodes, for which millimetric flow-channel widths were used exclusively in the
past. Total desalination … k h , which in turn scales with the square of pore size. While past FDI …

… batteries using an environmentally benign redox couple allowed for energy-efficient water
desalination … at high power densities from the energy stored during desalination. A model ferri-/…

… Especially, battery-based electrochemical systems for lithium recovery have been … on a
battery electrode material (λ-MnO 2 ) can be used for efficient lithium recovery from desalination …

… large-scale desalination system. The following specific objectives were considered: a) to
evaluate four novel desalination … when designing seawater battery desalination (SWB-D) plants. …

… The desalination test was performed with a pair of carbon electrodes at a cell voltage of 1.2
V, controlled by a battery cycler (WBCS3000, WonATech Co.) at operational times of 30 min …

… Gao and colleagues conducted in-depth research on the performance of ZIF-8 in desalination.
However, due to its limited pore size and specific surface area, the desalination capacity …

… membrane, we constructed a desalination system based on the … to other reported battery
capacitive deionization electrodes. … e Desalination performance comparison of different battery …