Electrocatalytic oxidation technology
Electrocatalytic oxidation technology uses electrochemical principles and uses alloy metals such as aluminum, iron, titanium and ruthenium as the main electrode. It generates electrochemical reactions with the help of external pulse voltage and converts electrical energy into chemical energy. Through electrocatalytic oxidation, electrocatalytic oxidation and reduction, The synergistic effect of electrocatalytic oxidation flocculation and electrocatalytic oxidation flotation is a technology that degrades or separates pollutants in wastewater to purify water bodies. Its main working principle includes four parts: strong oxidation - self-produced oxidant; strong reduction - self-produced reducing agent; flocculation - self-produced flocculant; air flotation - self-produced gas ultra-fine bubbles and sterilization, decolorization and other functions integrated into one .
1. No need to adjust pH, chain and ring breaking can be achieved
2. Suitable for high-salt wastewater
3. Electrodes can be divided into dissolution-type electrodes and non-dissolution-type electrodes.
Electrocatalytic oxidation technology uses electrochemical principles and uses alloy metals such as aluminum, iron, titanium and ruthenium as the main electrode. It generates electrochemical reactions with the help of external pulse voltage and converts electrical energy into chemical energy. Through electrocatalytic oxidation, electrocatalytic oxidation and reduction, The synergistic effect of electrocatalytic oxidation flocculation and electrocatalytic oxidation flotation is a technology that degrades or separates pollutants in wastewater to purify water bodies. Its main working principle includes four parts: strong oxidation - self-produced oxidant; strong reduction - self-produced reducing agent; flocculation - self-produced flocculant; air flotation - self-produced gas ultra-fine bubbles and sterilization, decolorization and other functions integrated into one .
1. No need to adjust pH, chain and ring breaking can be achieved
2. Suitable for high-salt wastewater
3. Electrodes can be divided into dissolution-type electrodes and non-dissolution-type electrodes.
