Introducing EO Wastewater Treatment System EOPM02
Boromond EOPM02 is an integrated decentralized wastewater treatment system designed to treat industial effluents, especially complex wastestream with organic pollutants mainly from various manufacturing processes and water treatment facilities. EOPM02 employs electrochemical advanced oxidation treatment methods, this integrated pilot modular water treatment system consist of two sets of advanced oxidation module electrolyzer ME21424, made of four complete electrode assembly and module unit with 28 pieces of boron doped diamond electrodes and 32 pieces of titanium electrodes, with a sealed active electrode area up to 16800 cm2, and accessories such as electrlytic cells, filters, pipes and power supply, temperature and protection units. EOPM02 is a stand alone modular wastewater treatment system ready for relocating and installation to existing wastewater treatment facilities, as it requires comparatively smaller space than conventional water treatment system, energy efficiency, and unparalleled treatment efficiency. EOPM02 is designed to mineralize recalcitrant organic pollutants from mg/L to ppb levels, remove COD and coloration from industrial wastestreams, which makes it an ideal equipment for tertiary treatment processes and electrochemical advanced oxidation process to enhance biodegradability of waste stream, therefore it could be adopted to pretreatment prior to conventional treatment methods.
How Does EO Wastewater Treatment Sytem EOPM02 Work?
Electrochemical wastewater treatment is a new approach to treat industrial effluents, advanced oxidation water treatment system EOPM02 is designed for highly concentrated, high salinity, highly toxic, industrial effluents. EOPM02 is designed to enhance treatment efficiency based on the electrochemical advanced oxidation processes (EAOP) technology used in ME21424, thanks to large sealed active area, high circular flow rate, and superb efficiency with electrochemical generation of active oxidizing agents such as hydroxyl radicals, hydrogen peroxide, Ozone and etc, these oxidizing agents have much higher oxidation pontentials than conventional oxidizing agents, given their non-selective oxidative nature, hydroxyl radicals can mineralize refractory organic pollutants found in industrial wastewater.
Features & Benefits of E Wastewater Treatment System EOPM02
This advanced electro oxidation treatment system, with our deep comprehension of material selection, electrolytic wastewater treatment, water stream collection and circulations, operation parameter assessment, system integration. It’s developed to tackle challenges from industrial effluents, as it’s efficient to completely mineralize removal refractory organic pollutants, requires no chemicals while operation, leave no sludge, easy to install and relocate. Check the key features and benfits of electro oxidation wastewater treatment system EOPM02 we listed below.
High Organic compounds Pollutats Remove Rates & Efficiency
Core components of adanced electro oxidation water treatment system EOPM02 are the electrode assemblies with boron doped diamond electrodes as anode, and Titanium electrode as cathodic electrode, the electrolytic cell within this system is with a sealed active area up to 16800 cm2, as an electrochemical reactor, which creates an enhanced electrochemical oxidation reactions within the electrolyte and on the surface of the electrodes, thanks to the unique electrochemical properties and oxygen evolution potentialof boron doped diamond electrodes, electrochemical generation of oxidizing agents boosts, highly active oxidizing agents such as hydroxyl radicals mineralize recalcitrant organic polluants in a non-selective nature.
Field testing and on-site operation of EOPM02 demonstrated a bio-refractory organic polluant removal rate up to 99%, and a 76-100% removal rate toward total nitrogen, cyanogen, colorization and phosphorusremove.
Ease of Use, Turnkey Operation, Low OPEX
The EOPM02 combines module electrolyzer, electrolytic cell and supporting components such as pumps, pressure switchs, meters, filters, pipes, as a turnkey solution, which makes it an ideal standalone, decentralized wastewater treatment system ready to scale up and scale-down, relocate, and set & running.
Costs are one of the most immortant frameworks for field application of electro-oxidation system in wastewater treatment industry, simplified operation and less equipment maintenances means a lower initial investment.
High Flow Rate, No Interruption
The electro-oxidation wastewater treatment system is ready to be installed and operate in existing water treatment facilities and manufacturing site to treat industrial effluents with high flow rates, well designed pump and piping system of EOPM02 reduces residence time , there will be no foaming or sludge, is designed to handle a circular flow at 20m3/h, which means it could treatment waste streams with high flow rate and as circulation operation is up and running, there is no downtime.
Customization Options
There is no standard solution to tackle the challenges from wastewater originate from different sectors and industries, EOPM02 could be individually designed, customized to treat different waste streams from different sources, therefore meet specfic environmental regulation, based on the exact water profile we assessed.
With treatment efficiency and tactic industrial water treatment solution in the core, we can supply customized scalable electro oxidation treatment modular units and solution.
Characteristics of Electro Oxidation Wastewater Treatment System EOPM02
Electro Oxidation Wastewater Treatment System EOPM02 Structure
Check the content below to explore structures and specifications of electro oxidation wastewater treatment system EOPM02, and find out why could EOPM02 treat industrial wastewater at pilot scale, by integrating electro oxidation moudular electrolyzer, electrochemical reactors, electrode assembly, with a combination of constant but yet simplified operation.
Comonents of Electro Oxidation Wastewater Treatment System EOPM02
Electro oxidation wastewater treatment system EOPM02 is one of the major advanced electrode oxidation wastewater treatnment system with on-site continuous operation capabilities to treat refractory organic wastewater, especially complex industrial effluents, it consists of two sets of electro oxidation modular electrolyzer ME21424, filters, piping, pump, flow control valves, tepmperature monitoring and pressure overload protection unit, chemically insert PTFE shell, and metal contact parts.
Electro Oxidation Wastewater Treatment System EOPM02 Specifications
Electrode Assembly: Anode: Boron doped diamond BDD Electrode (Silicon Substrate) Dimension: 240*130*3mm Quantity: 28 pieces Cathode: Titanium Electrode Dimension: 324*150*1.5mm Quantity: 32 pieces Sealed Active Area: 16800 cm2 Designed Circular Flow: 20 m3/h Input Voltage: AC 380V/50Hz Power Output: DC 1000A/20V Current Density: 55-100 mA/cm2 Usage Protection: Over Heat/Pressure Overall Dimension: 1400*1300*1650 mm Net Weight: Approximately 1000 kg
*Make sure that you have supporting accessories ready prior to operation, those includes water tank, pipes, cooling system.
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Wastewater Treatment System EOPM02 Industrial Wastewater Treatment Mechanism
Boron doped diamond electrode function as anode material within the electrode assembly which is the core component of wastewater treatment system EOPM02, boron doped diamond electrode are the backbone of electrolytic water treatment via electrochemical oxidation processes to complete degradation of recalcitrant organic polluants in industrial effluents.
Still struggling with complex industrial wastewater treatment？
We employed advanced electro oxidation treatment technology for electrochemical treatment of industrial wastewater with recalcitrant organic compounds, especially those are hard to biodegrade, highly toxic, high salt, and high conenctration, previous experiments and projects emits great results with industrial effluents from various industries and sectors such as pharmaceutical, pesticide, special chemical manufacturing, petrochemical, printing and dyeing, paper and pulp, lithium-ion battery production and recycling and 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)
Application of EO Wastewater Treatment System EOPM02
The EOPM02 wastewater treatment system is designed to remove refractory organic compounds in waste stream from industrial manufacturing facility, electrochemical advanced oxidation processes are adopted to reduce footprint, remove COD, reduce folating solids, lower operation cost, and then water reusing, complying with environment regulations. Find out more about types of applications of EOPM02:
Organic Compounds Removal
EOPM02 was applied to treat typical organic compounds from specific industries:
Active Pharmaceutical Ingredients (APIs),antibiotics, steroids from pharmaceutical sectors.
BTEX,Phenols, TOC, and TPH from petrochemical industries.
Dimethyl carbonate (DMC), Ethylene carbonate (EC/C3H4O3), Ethyl Methyl Carbonate (EMC), Diethyl carbonate (DEC/C5H10O3) and etc, those are typical organic pollutants from lithium-ion battery production and recycling businesses.
COD Degradation
Electrochemical oxidation wastewater treatment via EOPM02 is pre-set to degrade chemical oxygen demand (COD) range to a very low levels, even if there are different flow rates from manufacturing facility and water treatment plants.
Increase Biodegradability (BOD5/COD)
Electrochemcial advanced oxidation processes via EOPM02 is couples with conventional biological treatment methods to further degradation of recalcitrant organic compounds, and to improve biodegradability of waste streams, current density, initial PH，circulation time, flow rate are optimized to expedite to oxidation processes. The reaction conditions, including O3 dosage, initial pH, and reaction time were optimized based on improvements in COD removal and biodegradability (BOD5/COD)
Water Recycling & Reuse
Electro oxidation wastewater treatment process could be adopted to treat industrial wastewater such process water, cooling water and etc, for water recycling and reuse within manufacturing facility within different sectors.
Wastewater Treatment System EOPM02 Treatment Results
Designed to provide more options to the water treatment industry, the electro-oxidation equipment is a pilot electrochemical integrated treatment equipmentor based on years of testing and improvement over the bdd electrode, electro-oxidation test equipments and electrolyzers. Thanks to the advanced electro-oxidation technology, Boromond is aimed to reshaping the landscape of wastewater treatment industry and offer innovative, turnkey, seamless and efficient wastewater treatment solutions.
Dyes and pigments, such as methyl orange, come mainly from printing and dyeing factories
Phenols and their derivatives, including phenol itself, primarily originate from petrochemical enterprises.
Pharmaceutical intermediates, such as 17β-estradiol, are primarily sourced from pharmaceutical and chemical enterprises.
EOPM02 wastewater treatment system is proven to be quite efficient for complete mineralization most of contaminated wastewater. EOPM02 is offered as a solution to specific industries and sectors such as gas and oil industry (petrochemicals), Pharmaceuticals, agrochemical, special chemicals, Lithium-ion battery product and recycling.
Herbicides and insecticides, such as chlorsulfuron, come mainly from pesticide manufacturers
Phenols and their derivatives, including phenol itself, primarily originate from petrochemical enterprises.
Pharmaceutical intermediates, such as 17β-estradiol, are mainly from pharmaceutical and chemical enterprises
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Advanced Oxidation Water Treatment System EOPM02 Scale-Up
As an efficient, safe, and practical approach to remove bio-refractory organic compounds, EOPM02 is designed for decentralization deployments and simplified operation as there is no chemical addition required during the treatment processes, and EOPM02 requires much smaller space, it could set to function within treatment facility upon arrival.
Highly Scalable
Advanced oxidation water treatment system are highly scalable thanks to the flexible, future-proof modular design to operate within strict regulations to achieve water quality that your needs. You can easily build a modular electrochemical oxidation wastewater treatment plant.
Efficient & Robust
EOPM02 demonstrated superb removal efficiency toward refractory organic pollutants, it’s the ideal wastewater treatment system to tackle challenges from complex industrial effluents, and it operates in conventional temperature and pressure, resistant to acid and alkali. Robust performance take EO to another level.
Versatility & Hybrid
EOPM02 can treat large volumes of industrial effluents, HMI and PLCs integration ensures easy automation, Electrochemical advanced oxidation treatment could function as pre-treatment or tertiary treatment in combination with other treatment methods.
Boromond specializes in providing innovative, sustainable, customized industrial wastewater treatment solutions for manufacturers and sectors dealing with bio-refractory organic chemicals in their effluents by adopting cleaner and eco-friendly electochemical waster treatment technology. Step up to explore more solutions for electrochemical oxidation remediation of real industrial effluents from various industries and sectors, and decomposition of typical organic pollutants from specific industries.
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