Photoelectrocatalytic advanced oxidation of dyes and pharmaceuticals: a comprehensive review of electrode materials, reactor designs, mechanisms and influencing parameters | Synapse
January 24, 2026Environmental Science Water Research & Technology1 citations
Photoelectrocatalytic advanced oxidation of dyes and pharmaceuticals: a comprehensive review of electrode materials, reactor designs, mechanisms and influencing parameters
The aim is to evaluate the effectiveness of various electrode materials and reactor designs in treating water pollutants like dyes and pharmaceuticals.
Reviewed various electrode materials used in photoelectrocatalytic processes.
Analyzed different reactor designs and their efficiency in oxidation.
Explored the mechanisms of degradation and influencing parameters on treatment efficacy.
Identified key electrode materials that enhance oxidation efficiency.
Highlighted reactor designs that optimize reaction conditions.
Discussed mechanisms explaining the photoelectrocatalytic degradation process.
Abstract
Water pollution is a significant environmental concern that necessitates the development of effective treatment techniques to mitigate its adverse impacts on human health and ecosystems.