- Advanced Electro Oxidation
Water Treatment Solution
Evoaeo is committed to innovation and sustainability, aiming to assist industries in adopting cleaner and more environmentally responsible practices.
Evoaeo specializes in the synthesis and fabrication of boron doped diamond electrode, and commited to innovative, sustainable, and efficient electro oxidation water treatment equipment and systems with unparalleled treatment results.
Still struggling with complex wastewater？
Electrochemical advanced oxidation processes technology could treat bio-fractory organic wastewater from industries such as pharmaceutical, pesticide, special chemical, petrochemical, coking, smelting, printing and dyeing, paper making, tanning, wine making, waste leachate, etc.
Difficult to biodegrade
Low B/C ratio. DMF, Mercaptothiazoline etc..
High Toxicity
Cyanide, Pyridine and Pyrimidine analogues etc.
High Salinity
A large number of Na+, Ca2+ and other dissolved inorganic salts
High Concentration
High pollutant content, high chemical oxygen demand (COD)
Now, Evoaeo offers advanced electro oxidation technology to solve your complex wastewater problems！
Boron doped diamond electrode (BDD electrode) excels in treating high salinity, highly concentrated, bio-refractory, toxic wastewater, explore how Evoaeo implement unique advanced electro oxidation application of boron doped diamond electrodes in water treatment via electrolysis of waste streams, and how this promising water treatment technology degrade recalcitrant organic compounds in wastewater, or enhance biodegrability of waste streams.
01.
The best anode material
Very high oxygen evolution potential and the widest electrochemical window.
02.
Economical and efficient
Small footprint; normal temperature and pressure; extremely resistant to acid and alkali.
03.
More environmentally friendly
No reagents need to be added. The hydroxyl radicals will realize the oxidation reaction.
Meet Our Boron Doped Diamond Electrode And EO Water Treatment Products
As one of the major manufacturers/suppliers of premium quality boron doped diamond electrode, it’s our mission to push the boundaries of electro oxidation wastewater treatment technology by utilizing the remarkable properties of boron doped diamond electrode and electrochemical oxidation wastewater treatment equipments. Choose from cost efficient boron doped diamond electrode material, trial scale electro oxidation test module, bench scale portable relectrochemical wastewater treatment testing kit, pilot scale electro oxidation wastewater treatment module unit, electrochemical oxidation wastewater treatment systems.
Explore electro oxidation water treatment products that fit your specific application, take a glance at our products:
Introducing Boron Doped Diamond Electrode/BDD Anode
Our Boron doped diamond electrode was synthesised via hot filament chemical vapor deposition (HFCVD), followed by surface orientations, surface termination, and specific boron doping level to ensure a robust and stable performance.
Evoaeo team presents the properties, characteristics, latest advancement, develpment, and electrochemical performances, advantages, applications of BDD electrode. Evoaeo team presents a vast variety information about boron doped diamond electrode(BDD electrode), the product detail page covers properties, characteristics, latest advcances and development, boron doped diamond electrode electrolysis, specification, electorchemical performances, and electrocatalytic properties, advantages, and application ranges of boron doped diamond electrode.
Electrochemical advanced oxidation processes are used for enhance biodegradability of wastewater by transforming recalcitrant organic compounds into biodegradable organic compounds, or complete removing bio-refractory pollutants, is a promising way for the mineralization of persistent organic compounds. Boron doped diamond is an excellent electrode material with a wider potential window, much lower background currents, higher oxygen evolution potential, and longer lifespan than traditional electrode materials, these properties presented unparalleled performance in a vast variety of electrochemical applications, especially advanced electrochemical oxidation water treatment application.
Introducing Advanced Electro Oxidation Trial Modules
Evoaeo is more than a manufacturer of boron doped diamond electrode, we specializes in design and development, engineering applications of a vast variety of water treatment products based on advanced oxidation processes(AOPs) technology, espeically electro oxidation/electrochemical oxidation. Evoaeo is commited to water technology innovation, water treatment efficiency, and environmentally responsible, with capability to remove a vast variet of organic pollutants, our electro oxidation trial module is a new approach to collect experimental and on-site treatment data, Evoaeo electro oxidation trial module products serve as series of electrochemical reactors/electro oxidation instruments laboratory testing and on site treatability evaluations.
Check our electro oxidation trial module product line now, and locate fundamentals of electro oxidation water treatment now.
Introducing Advanced Electro Oxidation Bench Scale Modular Units
Advanced electro oxidation bench scale modular units are the core parts of commercially available pilot scale electro oxidation water treatment modules, electrochemical treatment electrolytic cell, and which eventually scale up, and bring electro oxidation water treatment equipment and system to the water treatment and environmental protection market. Our electro oxidation bench modular units are electrode assemblies with boron doped diamond electrodes as anodic materials, and titanium electrode as cathodic part, designed to fit our electro oxidation electrolysis modular units, it harnesses the power of wastewater electrolysis to effectively eliminate various dissolved contaminants.
Introducing Electro Oxidation Water Treatment Pilot Modules
We managed to developed electro oxidation water treatment system and EO pilot modules with years of experiences with ,material preparation and treatment engineering, hydraulic design, component development, and parameter analysis to accomplish complete removal of persistent organic pollutants in complex industrial waste streams.
Electro Oxidation Treatment Projects & Case Studies
By delving into these case studies and projects we conducted before date of post and current days, we provide abundant data and information on the successful application of BDD electrodes and advaced electro oxidation water treatment products across diverse industries. Evoaeo is committed to driving sustainability, environmental stewardship, and economic viability through innovative advanced electro oxidation water treatment solutions. Join us in revolutionizing the way we approach wastewater treatment, one case study at a time.
API Removal
Application of electro oxidation water treatment technology to remove active pharmaceutical ingredient
Petrochemical Wastewater
Innovative tertiary treatment solution tailored to the challenge of addressing recalcitrant and hazardous organic compounds, such as BTEX and phenols.
Lithium Battery Production
Check how electro oxidation technologies remove persistent organic compounds from Lithium-ion battery manufacturing and recycling sites.
More Projects Data
Evoaeo team will relase more data and information from our previous projects and typical case studies.
Electro Oxidation Industrial Wastewater Treatment Solutions
Try Our Services and Grow Business
Evoaeo dedicated to research and development, production of boron doped diamond (bdd) electrode and advanced electro oxidation water treatment 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.