Our Sodium Hypochlorite Electrolytic Cells represent the core component in modern on-site disinfection systems, transforming saltwater into high-purity sodium hypochlorite through precision electrolysis. Engineered with advanced materials and optimized cell geometry, these units deliver consistent performance across various application scales while minimizing operational costs.
Core Applications:
Drinking Water Purification: Municipal and rural water supply systems
Wastewater Disinfection: Effluent treatment meeting environmental standards
Industrial Process Water: Cooling towers, manufacturing process water
Aquaculture Operations: Water quality management in fish farming
Swimming Pool Systems: Commercial and public pool water treatment
Engineered for Performance & Reliability
Advanced Electrode Technology
MMO-coated titanium anodes with specialized catalyst formulations ensure maximum chlorine production efficiency and extended service life.
Optimized Cell Architecture
Precision-machined cell design promotes ideal fluid dynamics, preventing scale accumulation and ensuring consistent electrolysis performance.
Robust Construction Materials
CP titanium cell bodies, specialized polymer components, and corrosion-resistant fittings withstand aggressive saline environments.
Intelligent Process Control
Compatible with automated control systems for precise regulation of production rates based on real-time demand.
Minimal Maintenance Design
Self-cleaning electrode configuration and automatic polarity reversal reduce scaling and maintenance requirements.
Technical Specifications & Capacities
Available Chlorine Capacity |
50 g/h |
100 g/h |
200 g/h |
300 g/h |
500 g/h |
750 g/h |
1000 g/h |
1500 g/h |
2000 g/h
|
Standard Configuration:
Operating Voltage: 5-40 V DC
Salt Concentration: 2-5%
Product Concentration: 0.8-1.0%
Operating Temperature: 5-40°C
Performance & Efficiency Advantages
High Current Efficiency
Advanced cell design achieves 85-92% current efficiency, maximizing chlorine production while minimizing energy consumption.
Consistent Product Quality
Produces high-purity sodium hypochlorite with minimal chlorate and bromate byproducts.
Rapid Response Capability
Quick start-up and production adjustment capabilities match varying disinfection demands.
Extended Service Life
MMO-coated titanium electrodes maintain performance for 5-7 years under normal operating conditions.
Low Operating Costs
Optimized energy and salt consumption significantly reduce operational expenses compared to purchased chemicals.
Application-Specific Solutions
Small-Scale Systems (50-300 g/h)
Rural water supply systems
Small wastewater treatment plants
Individual aquaculture ponds
Community swimming pools
Medium-Capacity Units (500-1000 g/h)
Municipal water treatment
Industrial cooling systems
Medium wastewater plants
Commercial aquaculture facilities
High-Capacity Systems (1500-2000 g/h)
Large municipal water works
Major wastewater treatment facilities
Industrial complex water systems
Regional disinfection centers
Quality Assurance & Compliance
Certifications & Standards:
ISO 9001:2015 Quality Management System
Material Certifications per ASTM B265
Electrical Safety Standards Compliance
Performance Validation Testing
Quality Control Procedures:
Individual cell performance testing
Coating adhesion verification
Leak testing under operational pressure
Electrical insulation resistance testing
Installation & Technical Support
Engineering Services:
System sizing and capacity planning
Installation supervision and commissioning
Operator training and certification
Ongoing technical support
Documentation Provided:
Installation and operation manuals
Maintenance procedures and schedules
Troubleshooting guides
Spare parts identification
Frequently Asked Questions
Q: What is the expected electrode lifespan?
A: Our MMO-coated titanium electrodes typically provide 3-5 years of service, depending on operating conditions and maintenance practices.
Q: Can the system operate with varying water quality?
A: Yes, our cells are designed to accommodate fluctuations in water temperature and salinity while maintaining production efficiency.
Q: What maintenance is required?
A: Routine maintenance includes periodic inspection, electrode cleaning, and component replacement per recommended schedules, typically every 6-12 months.
Q: Are these cells compatible with existing control systems?
A: Yes, our cells are designed for integration with standard PLC and SCADA systems for automated operation.
Need Reliable On-Site Disinfection Solutions?
Contact our engineering team to select the optimal sodium hypochlorite electrolytic cell for your specific application requirements.
Technical Support: +86 13891704215
Project Engineering: nwhengyimetal@gmail.com
Global Implementation Experience
With installations spanning six continents, our Sodium Hypochlorite Electrolytic Cells serve diverse applications from remote community water systems to major metropolitan treatment plants. Our proven technology delivers reliable disinfection while reducing chemical transportation risks and operational costs.
