Electrochemical Wastewater Treatment System

Advanced electrochemical oxidation wastewater treatment system set to treat wastewater refractory to conventional treatment methods.

Product Description:

Industrial-Scale Electro-Oxidation Solution, Introducing Electrochemical Wastewater Treatment System MC350

 

Engineered for Real Industrial Wastewater Challenges

The MC350 is an electrochemical wastewater treatment system designed with our in-depth understanding of electro oxidation wastewater treatment technology, with boron-doped diamond BDD electrode as core anodic electrode material, MC350 is developed for facilities that require reliable, high-efficiency oxidation under demanding operating conditions.

Built as a fully integrated unit, the MC350 combines four high-performance sealed BDD electrolyzer cells ME21424 with all essential process and control components in a single heavy-duty enclosure. The result is a deployable, stable, and scalable treatment platform suitable for both pilot validation and full-scale industrial wastewater treatment.

With a total active BDD anode working area of 3.36 m², the MC350 is not a laboratory demonstrator—it is designed to operate continuously in industrial environments where consistency, controllability, and robustness matter.

What the Electrochemical Wastewater Treatment System MC350 Is Designed to Treat

Electro oxidation wastewater treatment processes is particularly effective where conventional biological or physicochemical processes reach their limits. 

The electrochemical wastewater treatment system MC350 is typically applied for:

Refractory organic compounds

High COD/TOC wastewater

Toxic, inhibitory, or non-biodegradable streams

Color removal and advanced oxidation polishing

Industrial wastewater requiring strict discharge compliance

The electrochemical wastewater treatment system can operate as a standalone oxidation unit or as a post-treatment upgrade downstream of existing processes such as biological treatment, coagulation, or membrane systems.

Key Features of Electrochemical Wastewater Treatment System MC350

Check the key features and benfits of electrochemical wastewater treatment system MC350 we listed below.

Fully Integrated, Pre-Assembled System

advanced oxidation water treatment system EQ175S closer view

The MC350 is delivered as a complete, factory-assembled unit, including:

Four sealed BDD electrolyzer cells

Industrial DC rectifier (AC 380V input)

Advanced electronic control system (E-control)

Integrated piping and circulation loop

Water pump and filtration module

Heavy-duty metal enclosure designed for industrial sites

This integrated design minimizes on-site installation work and reduces commissioning risk.

On-Site Installation Requirements

To place the MC350 into operation, you only needs to provide:

Suitable holding or circulation tank  for batch operation

Inlet and outlet piping connections

Three-phase power supply

Cooling and auxiliary systems as required by site conditions

Automated Operation Built for Daily Use

The integrated control system allows fully automated operation once basic parameters are defined.

Operators only need to configure:

Batch treatment duration

Operating current (DC value)

Operating voltage

After setup, the system runs autonomously, maintaining stable oxidation conditions and repeatable treatment performance. This significantly reduces operator workload and minimizes process variability.

Effluent quality can be fine-tuned by adjusting voltage and current density, allowing precise control over oxidation strength without changing mechanical components.

Flexible Deployment: Fixed, Retrofit, or Mobile

Despite its high treatment capacity, the MC350 is designed with mobility and modularity in mind.

Compact footprint relative to electrode area

Forklift and transport-ready structure

Suitable for permanent installations or rental-based applications

Easily transported by land or ocean freight

The system can be retrofitted into existing wastewater treatment lines to enhance removal efficiency and meet more stringent discharge standards without rebuilding the entire plant.

Key Technical Advantages of the MC350 Electrochemical Wastewater Treatment System

Up to 35,000 cm² sealed BDD electrode active area

Compact, movable industrial structure

Electro-oxidation driven by electricity only (no chemical dosing)

Modular design, plug-and-play configuration

Fully automatic operation

Effective treatment results within hours

Operates at ambient temperature and pressure

Stable effluent quality through electrical parameter control

Suitable for both pilot-scale validation and project-scale deployment

Compatible with other treatment technologies for combined process design

Technical Specifications of the MC350 Electrochemical Wastewater Treatment System

Model: MC350

Electrolyzer Type: Sealed Electro Oxidation Electrolyzer with electrochemical reactor for wastewater treatment

Anode: Boron-Doped Diamond BDD electrode, dimension at 240*130*3 mm, with quantity up to 56 pieces

Cathode: Titanium electrode, diemension at 354*150*1.5mm, with total quantity of 64 pieces

Total Active Area: 33,600 cm²

Circulation Capacity: Up to 20 m³/h

Input/Desired Voltage: AC 380V / 50 Hz

Power Output : DC 80V/400A

Current Density: 0-55 mA/cm² range adjustable

Integrated Components: Filtration system, water pump, piping, power supply, PLC, HMI, sensors, and etc. *Customization available

Dimensions: 2292 × 1764 × 2150 mm

Net Weight: Approx. 1200 kg

Operating Conditions: Ambient temperature and pressure

Why Electrochemical Wastewater Treatment System MC350 ?

The MC350 electrochemical water treatment system is engineered for environmental engineers, plant operators, and project developers who require dependable oxidation performance and straightforward system integration.

 

Various Applications

Whether used for pilot validation, permanent installation, or mobile wastewater treatment, the MC350 provides a scalable and practical BDD electro-oxidation platform for modern industrial compliance challenges.
This makes it suitable for:

Permanent installations

Temporary or rental use

Pilot projects before full investment

Retrofitting into existing wastewater treatment plants

It can also be combined with other treatment systems to improve overall performance and help meet tighter discharge limits.

No chemical dosing required
Fast treatment results, often within hours
Fully automatic, plug-and-play system
Operates at normal temperature and pressure
Stable effluent quality
Scalable from pilot to full-scale use
Designed for long-term industrial operation

Electrochemical Wastewater Treatment System MC350 Treatment Results

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)

Electrochemical Wastewater Treatment System MC350 Is Designed for Industrial Wastewater Professionals: Compact, Mobile, and Easy to Integrate

The MC350 electrochemical water treatment system is engineered for environmental engineers, plant operators, and project developers who require dependable oxidation performance and straightforward system integration. 

Whether used for pilot validation, permanent installation, or mobile wastewater treatment, the MC350 provides a scalable and practical BDD electro-oxidation platform for modern industrial compliance challenges.
Dyes and pigments, such as methyl orange, come mainly from printing and dyeing factories
Dyes and pigments, such as methyl orange, come mainly from printing and dyeing factories
Phenols and their derivatives, such as phenol, mainly come from petrochemical enterprises
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
Pharmaceutical intermediates, such as 17β-estradiol, are primarily sourced from pharmaceutical and chemical enterprises.

Complex waste streams? Get a free water profile analysis, get instant reply from wastewater treatment professionals.

Herbicides and insecticides, such as chlorsulfuron, come mainly from pesticide manufacturers
Herbicides and insecticides, such as chlorsulfuron, come mainly from pesticide manufacturers
Phenols and their derivatives, such as phenol, mainly come from petrochemical enterprises
Phenols and their derivatives, including phenol itself, primarily originate from petrochemical enterprises.
Surfactants, such as wash water, etc
Pharmaceutical intermediates, such as 17β-estradiol, are mainly from pharmaceutical and chemical enterprises

Questions About Electrochemical Wastewater Treatment System MC350? We are here to answer

Unleash the full potential of MC350 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.

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