ME22224

Test Module

The flagship ME-series modular BDD electrolyzer holding two MU1124 module units — 1.30 m² active anode area, for high-load effluent and pilot-to-full-scale wastewater treatment.

Product Description

The ME22224 is the flagship of the ME-series modular BDD electrolyzers — a sealed PP electro-oxidation cell holding two MU1124 module units for a 1.30 m² active anode area. Purpose-built for the most demanding, high-load wastewater, it scales from pilot tests to large-scale engineering operation.

At a Glance

1.30 m²Active anode area — 2× MU1124 module units

10 m³/hInfluent flow rate

87 kgNet weight — 930 × 350 × 535 mm

≤360 AWorking DC current — DC 400A/20V rectifier

What Is the ME22224?

Boromond’s patented modular electrolyzer is integrally molded from high-quality PP material, featuring solid structure and full compatibility with MU-series modules. It creates a sealed electrolysis environment for efficient water treatment.

The ME22224 supports up to two MU1124 modular units — the highest-capacity configuration in the ME series — composing the ME series BDD electrolysis equipment. It meets diverse treatment demands through adjustable working areas. As a core model for large-scale wastewater treatment, it delivers flexible deployment — a single unit is available for pilot tests, while multiple units in series or parallel can be scaled for large-scale engineering operation.

The system enables quick construction and flexible capacity expansion with water-volume changes. Seamless connection to existing processes requires no major modifications. Balancing experimental verification and engineering application, the ME22224 is an optimal choice for wastewater treatment from pilot research to mass-scale projects.

Main Performance Parameters

Nameplate & Housing

Product Model	ME22224
Dimension (L × W × H)	930 × 350 × 535 mm
Net Weight	87 kg
Module Unit Model	MU1124
Number of Module	2
Installation	Indoor
Port	Flange DN50, PN10

Electrode & Performance

Anode	BDD (Boron-Doped Diamond)
Cathode	Titanium
Active Anode Area	1.30 m²
Anode Current Density	≤55 mA/cm²
Working DC Current	≤360 A
Working DC Voltage	≤20 V
Max Heating Power	3.4 kW
DC Rectifier	DC 400A / 20V

Operating & Flow

Influent Flow Rate	10 m³/h
Installed Power	8 kW
Power Consumption (single module @ 7.5 V)	≤5.4 kW
Room Temperature	0℃ ~ 40℃
Relative Humidity	≤90%
Treatment Capacity	Depends on Water Quality
Treatment Time	Depends on Water Quality

Product Advantages

Flagship 1.30 m² Capacity

Two MU1124 module units deliver 1.30 m² of active anode area — the highest in the ME series for high-load effluent.

Patented PP Modular Build

Integrally molded from high-quality PP, with a solid structure and full compatibility with MU-series modules.

Pilot to Full-Scale

A single unit for pilot tests; multiple units in series or parallel scale up for large-scale engineering operation.

Seamless Integration

Connects to existing processes without major modifications, with quick construction and flexible capacity expansion.

Application Scenarios

Single-unit pilot tests
Multiple units in series or parallel for large-scale engineering
High-load, refractory industrial effluent
Retrofit into existing wastewater treatment systems

Frequently Asked Questions

Q1Why is the ME22224 considered the flagship of the ME series?+

The ME22224 pairs the ME enclosure with two MU1124 module units — the highest-capacity MU-series modules — to deliver 1.30 m² of active anode area and a ≤360 A working DC current, the top of the ME series for the most demanding effluent.

Q2When should I choose the ME22224 over the ME21824?+

Choose the ME22224 when your effluent carries a high organic load or you need maximum oxidation capacity in one cell. It steps up from the ME21824’s 1.06 m² and ≤290 A to 1.30 m² and ≤360 A, within the same 930 × 350 × 535 mm footprint.

Q3What is the difference between an ME electrolyzer cell and a standalone MU module unit?+

The MU module unit is the electrode stack; the ME electrolyzer is the sealed PP vessel that holds two of those stacks and provides the flow channels, mounting and flanged ports. Pairing MU modules with an ME cell creates a complete, sealed electrolysis environment ready for water treatment.

Q4How does the ME22224 perform on high-load, refractory wastewater?+

Its larger 1.30 m² BDD anode area provides more oxidation sites per cell, making it well suited to high-load, refractory streams where a smaller cell would struggle. Exact treatment capacity and time still depend on your water quality and operating parameters.

Q5How many ME22224 units do I need for a full-scale project?+

The number depends on your total flow, pollutant load and target. Because each cell adds a defined anode area, units can be connected in series or parallel to scale capacity as your project grows — start with a single unit for pilot tests, then add cells to reach full-scale treatment.

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