Electrochemical Oxidation Processes & Wastewater Treatment
Electrochemical Oxidation Processes
Evoaeo is committed to innovation and sustainability, aiming to assist industries in adopting cleaner and more environmentally responsible, specializes in the synthesis and fabrication of boron doped diamond electrode. And we manufacture and supply innovative, sustainable, and efficient premium wastewater treatment equipments, systems utilizing electrochemical oxidation processes services, with solutions with unparalleled treatment results. Click the button to initialize a discussion about your project and treatment technology with Evoaeo now.
Right after Bordiamond team managed to fabricate large area bdd electrodes and optimize costs over BDD/Mono-Si Electrode(Boron doped diamond eletrode with monocrystalline silicon substrate) and BDD/Poly-Si Electrode, we conducted multiple tests employed boron doped diamond electrodes for electrochemical oxidation of organic pollutants as Advanced Oxidation Processes generates hydroxyl radicals (OH),which is one of most strongest oxidizing agents with a standard reduction potential at 2.8V/SHE, hydroxyl radicals (OH) minierlize organic pollutants to CO2 and H2 and etc.
Electrochemical Oxidation Processes & BDD Electrode
BDD electrode, an non-active catalyst electrode material, with a wide pontential window at 2.3V, which increased the production of reactive oxidizing agents such as hydroxyl radicals, hydrogen dexoides, ozone and other oxidants, then lower background currents, low environment impacts(e.g pH), and reduced chance of fouling, which makes BDD electrode an attractive material potentials for removal of refractory organic pollutants and toxic chemicals, an anode in electrochemical oxidation processes for treatment of complex wastewater.
A Grand View of Electrochemical Oxidation Processes
Multiple on-site tests proven that Advanced Electrochemical Oxidation Processes via BDD electrodes accomplished extremely high removal efficacy, which is a new level that conventional treatment methods can not reach, and it contributes significantly to on-site operational enhancements by visiting wastewater treatment facilities to guarantee the successful implementation of key improvements.
Advancements & Services With Electrochemical Oxidation Processes
Evoaeo dedicated to research and development of wastewater treatment products utilizing advanced electrochemical processes systems based on our years of experience with boron doped diamond fabrication, component design, treatment process evaluation and assessment, and engineering to tackle the challenges with different industries, with deep comprehension of electrochemical advanced oxidation processes, and combine application of advanced oxidation processes to industrial wastewater treatment solution to remove bio-refractory organic compounds, and comply with discharge regulations.
Interested In Electrochemical Oxidation Processes?
Here we invite all the potential partners to join us to