New paper published on Li-ion selectivity of modified carbon electrodes in Desalination

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New paper published in Desalination. Our new study shows how heteroatom engineering can make carbon electrodes more selective for lithium-ion recovery during capacitive deionization. Using anthracite-derived activated carbon, we compared nitrogen/sulfur co-doping and boron doping in complex brackish water containing Li⁺, Na⁺, K⁺, Mg²⁺, and Ca²⁺, revealing complementary effects: N,S co-doping improves lithium selectivity, while boron doping increases overall ion uptake and lithium recovery. These findings provide a simple carbon-based strategy for designing electrochemical desalination electrodes for lithium recovery from multi-ion saline waters.