Minjie Shi

Sulfur-Bridged Polymer Electrodes for Hybrid Capacitive Deionization: Ammonium Recovery and Multipollutant Removal

Abstract Pseudocapacitive electrode-based capacitive deionization (CDI) is a competitive water purification technology, yet organic electrodes are limited by insufficient redox activity and sluggish adsorption kinetics in practical use. A novel sulfur-bridged polymer (SPTCDA) was...

Molecularly Engineered Nitro‐Functionalized Organic Electrode for High‐Efficiency Ammonium Removal and Resource Recovery via Capacitive Deionization

ABSTRACT The increasing discharge of ammonium‐rich wastewater has become a critical challenge for aquatic ecosystems and sustainable nitrogen management, creating an urgent need for efficient NH 4 + removal and recovery technologies. Among emerging electrochemical approaches, cap...

High‐Efficiency and Carbon‐Lean Electrochemical Desalination Enabled by Nucleophilic Engineering of Organic Molecular Electrode

ABSTRACT The worsening global freshwater crisis positions seawater desalination as a critical solution. However, conventional desalination technologies remain constrained by a persistent sustainability trilemma involving high energy consumption, chemical reliance, and substantial...