Since 1975
Nearly 50 years manufacturing experiences
Nearly 50 years manufacturing experiences
This monopolar electrolytic cell is specifically designed for water treatment and industrial disinfection systems. It features high-performance titanium anodes coated with noble metal oxides (IrO₂, RuO₂), enabling efficient chlorine generation even under high chloride concentration and acidic conditions. The monopolar configuration simplifies electrical design, ensures safe operation, and the modular structure accommodates both laboratory and industrial-scale applications. With advantages such as corrosion resistance, long service life, low maintenance, and high energy efficiency, this product is an ideal solution for on-site chlorine generation.
Our Monopolar Electrolytic Cells are designed for high-efficiency chlorine generation in water treatment and industrial disinfection systems. Featuring advanced titanium-based electrodes coated with noble metal oxides (IrO₂, RuO₂), these cells ensure long-term operational stability, superior corrosion resistance, and optimal electrochemical performance under aggressive chloride-containing environments.
Key Features
Monopolar Configuration: Each anode and cathode directly connected to the power supply, allowing simplified electrical design and low voltage operation.
High-Performance Electrodes: TP340H titanium anodes with ≥3 μm IrO₂/RuO₂ mixed oxide coating for long life and high chlorine evolution efficiency.
Robust Construction: Corrosion-resistant titanium frames and support structures suitable for continuous operation in acidic saline solutions.
Scalable Design: Modular units compatible with small-scale lab systems or industrial-scale water treatment plants.
Energy Efficiency: Optimized electrode spacing and monopolar layout reduce energy consumption per kg of chlorine produced.
Technical Specifications (Example)
| Parameter | Value | Remarks |
|---|---|---|
| Cell Type | Monopolar | Direct connection to DC power supply |
| Anode Material | TP340H Titanium | Coated with IrO₂/RuO₂ ≥3 μm |
| Current Density | 1–10 A/dm² | Adjustable based on system design |
| Operating Temperature | 20–60 °C | Compatible with saline solutions |
| Flow Rate | Customizable | For continuous or batch operation |
Applications
Potable water and wastewater disinfection
Industrial effluent treatment and odor control
Chemical processing involving controlled oxidation reactions
On-site chlorine generation for remote or decentralized facilities
Advantages
Long Lifespan: Titanium substrate and noble metal coating ensure multi-year operation in aggressive environments.
Stable Chlorine Output: Uniform current distribution minimizes local overpotential and maintains consistent chlorine production.
Low Maintenance: Durable materials reduce downtime and maintenance costs.
Flexible Integration: Can be retrofitted into existing mono-type electro-chlorination systems or incorporated into new installations.
Why Choose Our Monopolar Cells?
Our design combines advanced materials, precise coating technology, and optimized monopolar configuration to deliver a cost-effective, reliable, and environmentally friendly solution for in-situ chlorine generation. The system ensures safe operation, reduces chemical handling risks, and supports sustainable water treatment operations.
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