New paper published in ACS Sustainable Chemistry & Engineering. We present a mildly synthesized aluminum layered double hydroxide (Al-LDH) electrode that couples chemical adsorption with electrochemical release to recover lithium at neutral pH, eliminating harsh acids or bases and minimizing secondary pollution. It achieves an average Li+ uptake of 57.6 mg/g with strong Li+ over Na+ selectivity (vs. 1.0 mg/g for commercial Al(OH)₃ over 15 cycles), positioning Al-LDH as a scalable, green candidate for next-generation direct lithium extraction.







