Electrochemical oxidation of aniline using a high-flux CNT filter

Electrochemical Anodic Oxidation-Based Membrane System for Micropollutant Removal

“…However, the preparation conditions required for this setup were intricate and demanding. Lin et al 97 created a ceramic membrane support using a straightforward sintering method. The CNT membrane coupled with this substrate exhibited both a high mechanical strength and a substantial water flux of 83.9 mL cm −2 h −1 .…”

Novel E-Peroxone Process with Tandem Flow-Through Configuration: In Situ O2 Supplement and Efficient Ozone Utilization

“…The electrochemical system usually exhibits extraordinary activation of reactive oxygen species (ROS) and other reactive radicals (e.g., • OH, SO 4 • , O 2 • , O 3 • , Cl • , H 2 O 2 , etc. ), favoring the elimination of organic pollutions. − Additionally, ozone is a potent oxidant ( E 0 = 2.07 V vs SHE) that has excellent properties such as disinfection, decolorization, and sterilization . However, it should be noted that ozone alone is not efficient in decomposing to produce free radicals, and its use may lead to the formation of disinfection byproducts, thus contributing to inevitable water pollution. , By integrating ozone with various technologies to form combined methods such as heterogeneous catalytic ozone, ozone/UV, ozone/ultrasound, and electrolytic ozone, the direct ozone oxidation process can be feasibly transformed into an indirect oxidation mechanism, further enhancing the degradation efficiencies .…”