Unparalleled Reclatriant Organic Compound Removal Efficiency With Electro Oxidation Testing Kit
At the heart of the electro oxidation testing kit EOPT3.6 lies the electro oxidation integrate module for efficient organic compounds removal, utilizing silicon-based boron-doped diamond eletrodes as anodes, and titanium electrodes as the cathodes. This electro oxidation testing kit is an upgrade version of our electro oxidation electrochemical reactor cell with beaker module, all the electrode materials are tested prior to assembling, and boron-doped diamond BDD anodes are with high boron doping level, and proper surface modification to expedite electrochemical generation of active oxidants, mainly hydroxyl radicals, it's the most active reactive oxygen species with the highest oxidation power, hydroxyl radicals can mineralize reclatriant organic compounds in multiple pathways, with a non-selective nature.
Given the truth that boron-doped diamond electrodes are way more efficient in the bulk generation of hydroxyl radicals, thanks to its unmatched oxygen evolution overpotential (capability to create reactive oxygen species instead of breaking water molecules into oxygen and hydrogen), which means this electro oxidation testing kit can remove refractory organic compounds much more efficiently than conventional trial scale electro oxdation wastewater products made of mixed metal oxide electrodes. People can utilize this electro oxidation testing kit for on-site treatability testing, trial scale electro oxidation treatment of wastewater from a vast variety of industries and businesses, wastewater treatment plants, electrochemical oxidation and electrochemistry studies, research of new approach toward wastewater and industrial effluents persistant to conventional advanced oxidation processes (AOPs) and biological wastewater treatment methods, and explore possibility for treatment methods hybrid to comprehensive treatment of complex wastewater.