electrochemical oxidation water treatment unit mu924 right
electrochemical oxidation water treatment unit mu924 vertical
electrochemical oxidation water treatment unit mu924 rear

Water Treatment Unit MU924

Send enquiry
Contact Us
Product Description:

Introducing Electro Oxidation Waste Water Treatment Unit MU924

 

Water treatment modular unit MU924 is the core component of electrochemical wastewater treatment equipment such as advanced electro-oxidation electrolyzers and integrated electro-oxidation water treatment equipment, it’s a new approach to realize efficient and innovative electrochemical oxidation remediation of complex industrial effluents.                                                                                                                                                     Modular unit MU924 employs electrode assembly with seven pieces of boron doped diamond electrodes and 8 pieces of Titanium electrodes, it offer high electrochemical oxidation treatment efficiency with active electrode area approaching 5300 cm2, and maximum current density up to 100 mA/m2.  Unlock the capability of electrochemical wastewater electrolysis with this modular unit. Join us to explore how advanced electrochemical oxidation processes technology provide unmatched removaling efficiency and sustanability, and enhance your treatment processes.        

Key Feature and Benefit of Electro Oxidation Wastewater Treatment Module Unit MU924

Modular design wastewater treatment unit MU924 are scalable, flexible, and ready to roll

Designed to Fit Into Existing System

As an efficieny treatment equipment designed for orgnic pollutants removal for tertiary treatment, but yet with compact design, which requires limited space, our modular unit could fit into operating water treatment system.    The way in which streams enters the modular unit is controlled in such a way that making field operation simpler. 

High Electrochemical Efficiency

With an active electrode area at 5300 cm2, maximum current density at approx 100 mA/m2, modular unit 924 can deliver super electrochemical oxidation removal efficiency toward organic polluants.

Simplified Operation & Maintenance

Given the excellent chemical and mechanic stability, anti-fouling nature of boron doped diamond electrode as core part of the electrochemical oxidation, processes, daily operation and routine maintenance made simple, including refrequent anode material changing and adding of extra chemicals.

Key Characteristics of Electrochemical Wastewater Treatment Module Unit MU924

Electrochemical Wastewater Treatment Module MU924 Structures

Modular unit MU924 is a upgrade version of Unit 732, it's designed to handle much higher flow rate and effluent input, is designed to fit into electrolytic cell to conduct larger scale wastewater electrolysis, main structures of modular unit 724 are electrode assembly.

electrochemical treatment module mu732 r

Water Treatment Modular Unit MU924 Specifications

water treatment modular unit mu724

Anode Material: BDD Electrode with Si Substrates                                Dimensions: 240*130*3 mm                                                                      Quantity: Nine pieces                                                                                    Cathode Material: Titanium Electrode                                                    Dimensions: 324*150*1.5 mm                                                                      Quantity: Ten pieces                                                                                      Active Area: Up to 5300 cm2                                                                      Working Voltage:≤DC~12V                                                                            Rated Current：≤ DC~340 A                                                                        Net Weight: 10.2 kg             

Contact Boromond Team To Elevate Your Experiments With Our Unmatched Customization And Stellar Service.

Contact Boromond

Find Out How Modular Unit 924 Functions As Core Part of Electro Oxidation Wastewater Treatment System

Boron doped diamond electrode was selected to function as anode material within the electrode assembly of modular unit 924, for electrochemical treatment of wastewater, to degrade recalcitrant organic compounds in industrial effluents.

Schematic diagram ofelectrocatalytic oxidationtechnology

01

Best anode material

Boron doped diamond electrode got extremely high oxygen evolution potential and the widest electrochemical window among all electrodes.

02

Efficient

Superb organic pollutant removal efficiency, resistant to acid and alkali, less fouling, easy to operate and maintenance.

03

Eco-friendly

No extra toxic chemicals need to be added to the electro oxdiation processes. Hydroxyl radicals mineralize organic compounds.

Explore More About Boron doped diamond Electrode Electrolysis

BDD Electrolysis

Electrochemical Wastewater Treatment Module 924 Effects

Phenols and their derivatives, such as phenol, mainly come from petrochemical enterprises
Electrochemical Oxidation of Petrochemical Wastewater
Surfactants, such as wash water, etc
Electrochemical Advanced Oxidation of Active Pharmaceutical Ingredient
Dyes and pigments, such as methyl orange, come mainly from printing and dyeing factories
Electrochemical Removal of Dyes and Pigments from Textile Wastewater

Interested in Module MU924?

Unleash the full potential of advanced electrochemical oxidation treatment technology in your wastewater treatment endeavors with our dedicated technical support team.

Elevate your experiments with our unmatched customization and stellar service.
Reach out today and let us transform your wastewater treatment needs into bespoke solutions for unparalleled success.
Employing optioneering advanced electro oxidation techniques to pinpoint the most suitable solution.

Enter your information here.

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Related Posts

Advanced oxidation technology for complex wastewater treatment!

Product

Case Studies

Contact us

en_USEnglish
en_USEnglish
Scroll to Top