Product Description
The MU510 is a compact, ready-made electro-oxidation module unit designed for water-treatment trials and experiments. As a plug-in component it integrates easily into your own electrochemical system, so universities, research institutes and enterprises with laboratory and technical staff can run electrochemical trials with maximum flexibility — no custom reactor build required.
At a Glance
960 WRated power — 0–20 V / 0–48 A DC
≤480 cm²Electrocatalytic area — 5-piece Si/BDD anode
0.7 kgLightweight — 162 × 70 × 70 mm footprint
0–100 mA/cm²Anode carrying current density
What Is the MU510?
The MU510 is a compact and easy-to-use module unit purpose-built for electrochemical water-treatment trials and experiments. As a ready-made component, it plugs straight into your existing setup so electrochemical reactions can be carried out quickly and reproducibly. It is intended for universities, scientific research institutes and enterprises that already have laboratory and technical staff, giving them a turnkey way to evaluate boron-doped diamond (BDD) electro-oxidation on real wastewater at lab scale.
Application Scenarios
The MU510 is supplied as a factory-assembled stack — a 5-piece Si/BDD anode set paired with 6 titanium cathodes — and has been validated on both colorless and colored waste streams. The following trials show representative COD degradation results under constant current (16.8 A) with a 420 cm² electrode area.
Case 1 — Enterprise Rich Water (Colorless)
| Time (h) |
Voltage (V) |
Current (A) |
Electrode Area (cm²) |
COD (mg/L) |
| 0 |
5.5 |
16.8 |
420 |
41836 |
| 3.5 |
4.75 |
16.8 |
420 |
18650.5 |
| 5.5 |
4.5 |
16.8 |
420 |
9849.7 |
| 7 |
4.65 |
16.8 |
420 |
2231 |
| 8 |
5.4 |
16.8 |
420 |
213.1 |
COD reduced from
41,836 mg/L to
213.1 mg/L in 8 hours — approximately
99.5% removal.
Case 2 — Industrial Concentrated Wastewater (Colored)
| Time (h) |
COD (mg/L) |
| 0 |
43857 |
| 3.5 |
3103.2 |
| 4 |
573 |
COD reduced from
43,857 mg/L to
573 mg/L in 4 hours — approximately
98.7% removal.
Main Performance Parameters
Nameplate
| Rated Power |
960 W |
| Input Voltage |
0–20 V |
| Input Current (DC) |
0–48 A |
| Weight |
0.7 kg |
| Overall Dimension |
162 × 70 × 70 mm |
Anode
| Material |
Si / BDD |
| Dimension |
100 × 50 × 3 mm |
| Quantity |
5 pieces |
| Electrocatalytic Area |
≤480 cm² |
| Anode Carrying Current Density |
0–100 mA/cm² |
Cathode
| Material |
Titanium |
| Dimension |
145 × 70 × 1 mm |
| Quantity |
6 pieces |
Notes: Users need to prepare related components for the trial — including but not limited to a powered magnetic stirrer or pump, and a water tank.
Key Features & Advantages
1
Compact & Ready-to-Use
A factory-assembled module unit designed for water-treatment trials and experiments — no custom reactor build required.
2
High Electrocatalytic Area
Five-piece Si/BDD anode delivers up to 480 cm² of active surface for fast, efficient oxidation.
3
Wide Operating Window
Runs at 0–20 V / 0–48 A DC with up to 960 W rated power — tune voltage and current for your specific wastewater.
4
Easy System Integration
A ready-made component that plugs into your existing setup for electrochemical reactions, saving setup time and cost.
Who Should Use the MU510?
- Universities running electrochemical water-treatment research
- Scientific research institutes validating BDD electro-oxidation
- Enterprises with laboratory and technical staff trialling wastewater treatment
- Engineers screening treatability of industrial effluent before scale-up
Frequently Asked Questions
Q1What is the MU510?+
The MU510 is a compact, ready-made electro-oxidation module unit designed for water-treatment trials and experiments. It can be integrated into your own system as a component for electrochemical reactions, so you can evaluate BDD treatment without building a custom reactor.
Q2Which electrodes are included?+
The module ships with a 5-piece silicon-based boron-doped diamond (Si/BDD) anode stack — each plate 100 × 50 × 3 mm with up to 480 cm² total electrocatalytic area — paired with 6 titanium cathodes (145 × 70 × 1 mm).
Q3What else do I need to prepare for a trial?+
You will need to prepare the supporting components yourself — including but not limited to a powered magnetic stirrer or pump, and a water tank. The MU510 provides the electrode stack and module unit; the peripheral circulation and power-mixing equipment is supplied by the user.
Q4What COD removal can I expect?+
Representative trials show strong degradation across both colorless and colored streams: a colorless enterprise rich water dropped from 41,836 mg/L to 213.1 mg/L COD in 8 hours (≈99.5%), while a colored industrial concentrated wastewater dropped from 43,857 mg/L to 573 mg/L in 4 hours (≈98.7%). Actual results depend on your wastewater composition and operating parameters.
Q5Who is the MU510 designed for?+
It is designed for universities, scientific research institutes and enterprises that have laboratory and technical staff, giving them a turnkey, flexible platform for electrochemical trials and water-treatment experiments.
