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BETTER
8421299090
The Industrial Chlorine Dioxide Generator is designed to produce high-purity chlorine dioxide (ClO₂) for reliable water disinfection and oxidation. Featuring an advanced automatic dosing and reaction system, it delivers stable disinfectant generation for continuous water treatment applications.
Constructed from corrosion-resistant materials with a durable reaction chamber, the generator ensures safe, stable operation in demanding industrial environments. The precise control system automatically regulates chemical dosing and reaction conditions, providing consistent chlorine dioxide concentration while minimizing chemical consumption.
Chlorine dioxide is a powerful oxidizing agent that effectively eliminates bacteria, viruses, algae, biofilms, and other harmful microorganisms without producing excessive chlorination by-products. In addition to disinfection, it helps control odors and improves overall water quality.
Widely used in drinking water treatment, municipal and industrial wastewater treatment, food and beverage processing, hospitals, cooling water systems, and industrial circulating water, the Industrial Chlorine Dioxide Generator provides a safe, efficient, and cost-effective solution for modern water treatment.
Parameter | Specification |
|---|---|
Product Name | Industrial Chlorine Dioxide Generator |
Brand | BETTER |
HS Code | 8421299090 |
Capacity (Available Chlorine Output) | 50 - 20000 g/hr |
Operating Pressure | ≥0.20 - ≥0.30 Mpa |
Power Consumption | 1.0 - 3.0 Kw |
Reaction Principle | NaCLO3 + 2HCL → CLO2 + 1/2CL2 + NaCL + H2O |
Raw Materials | Sodium chlorate (≥99%), Hydrochloric acid (≥31%) |
CLO2 Content | >75% |
Raw Material Conversion Rate | ≥85% |
Material Consumption | 0.65g sodium chlorate and 1.3g hydrochloric acid per 1g available chlorine |
System Components | Feeding system, reaction system, control system, mixing and absorption system, security system |
Main Reaction Pot Material | Imported temperature-resistant, anti-corrosion compound material |
Pipe Diameter (DN1/DN) | DN1: 25-50 mm / DN: 32-60 mm |
Application Areas | Tap water, hospital wastewater, etc. |
Our engineering team has meticulously designed this generator to address the most critical pain points experienced by facility managers and procurement directors. By prioritizing operational autonomy, superior material science, and uncompromising safety, this equipment stands as a definitive upgrade for any modern treatment plant.
Optimized Chemical Yield: Achieves a remarkable raw material conversion rate of over 85%, ensuring that every drop of sodium chlorate and hydrochloric acid is utilized efficiently, drastically reducing long-term chemical procurement expenses.
Intelligent Flow Management: The advanced flow-meter dosage system guarantees exact material input. This prevents internal blockages and ensures a stable, uninterrupted performance even during peak demand cycles.
Thermal and Chemical Resilience: The primary reaction chamber utilizes an imported composite material that defies extreme temperatures and aggressive chemical corrosion, virtually eliminating the risk of structural degradation over time.
Low-Pressure Adaptability: Uniquely engineered with an upper-positioned material basket, the system functions flawlessly even in geographic locations or facility zones suffering from notoriously low water pressure.
Labor-Saving Autonomy: Designed for semi-automatic to fully automatic operation, the system requires zero dedicated personnel for daily monitoring as long as raw material reservoirs are sufficiently stocked.
The Industrial Chlorine Dioxide Generator utilizes an advanced chemical reaction process to produce high-purity chlorine dioxide (ClO₂) with stable concentration and high conversion efficiency. The optimized reaction system maximizes raw material utilization while ensuring continuous and reliable disinfectant production for demanding water treatment applications.
≥85% raw material conversion efficiency
ClO₂ purity above 75% for effective disinfection
Reduced chemical consumption and lower operating costs
Stable output for continuous water treatment processes
The integrated control system combines chemical dosing, reaction, monitoring, and safety protection into one automated platform. Automatic flow control and real-time parameter monitoring ensure stable chlorine dioxide production while reducing manual operation and improving process reliability.
Automatic dosing and reaction control
Real-time monitoring of system operating status
Precise flow regulation for consistent output
Continuous operation with minimal operator intervention
Engineered for continuous industrial operation, the generator features a corrosion-resistant composite reaction chamber, durable piping, and high-quality components that provide reliable performance in demanding environments. Integrated safety protection functions ensure secure and stable operation throughout the production process.
Corrosion-resistant reaction chamber
Automatic safety alarm and protection system
Leak-resistant design for improved operational safety
Long service life with low maintenance requirements
Available in capacities from 50 g/h to 20,000 g/h, the generator can be configured to meet the requirements of both small and large-scale water treatment projects. Its compact structure and standardized connections allow easy installation and seamless integration into existing treatment systems.
Wide capacity range for different project sizes
Compact design with flexible installation options
Easy integration into new or existing facilities
Suitable for municipal and industrial water treatment systems
Designed to minimize lifecycle costs, the generator combines high conversion efficiency, low power consumption, and automatic operation to reduce operating expenses while maintaining reliable disinfection performance.
Low power consumption (1–3 kW)
Reduced chemical, labor, and maintenance costs
High automation for efficient long-term operation
Lower total cost of ownership (TCO)
The Industrial Chlorine Dioxide Generator is widely used in applications requiring efficient water disinfection and oxidation. It provides reliable treatment for drinking water, wastewater, industrial process water, and cooling water while effectively controlling bacteria, viruses, algae, biofilms, and odors.
Drinking Water Treatment
Municipal & Industrial Wastewater
Hospital Wastewater
Food & Beverage Processing
Cooling Water & Industrial Circulating Water
Aquaculture & Process Water Disinfection
Selecting the right industrial partner for critical water treatment infrastructure is a decision that impacts your facility's safety, efficiency, and compliance for years to come. As a globally recognized manufacturer, we do not merely supply equipment; we deliver comprehensive, engineered solutions backed by deep industry expertise. Our commitment to your success extends far beyond the loading dock.
Uncompromising Quality Control: Every generator undergoes rigorous, multi-stage stress testing in our state-of-the-art manufacturing facility before it is ever cleared for global dispatch.
Deep Engineering Expertise: With years of specialized experience in fluid dynamics and chemical reaction management, our engineering team provides unparalleled technical guidance during the selection and sizing process.
Global Support Infrastructure: We provide comprehensive installation guidance, detailed operational manuals, and responsive technical support to ensure your facility experiences zero unnecessary downtime.
Future-Proof Technology: We continuously invest in research and development, ensuring that the equipment you purchase today utilizes the most advanced, efficient, and compliant technology available on the market.
To assist your engineering and procurement teams in their evaluation process, we have compiled detailed answers to the most critical technical inquiries regarding our Industrial Chlorine Dioxide Generator.
The main reaction pot is manufactured from a highly specialized, imported composite material specifically engineered to resist the aggressive corrosive nature of sodium chlorate and hydrochloric acid. Under standard continuous operating conditions and with adherence to basic maintenance protocols, the reaction pot is designed to deliver a remarkably long service life, typically outlasting standard PVC or basic metallic alternatives by several years, thereby ensuring an excellent return on investment.
Yes, absolutely. Our engineering team specifically anticipated this challenge. The system features an upper-positioned material basket and optimized internal fluid dynamics that allow it to draw and mix materials effectively even when the external water feed pressure is suboptimal. This makes it highly adaptable to remote industrial sites or older municipal infrastructures.
The generator is equipped with an advanced flow-meter dosage system and a sophisticated central control unit that handles the precise mixing and reaction times automatically. Once the raw material reservoirs are filled, the machine operates autonomously (semi-auto or full-auto modes). This eliminates the need for a dedicated operator to manually monitor chemical drips or adjust valves, allowing you to reallocate your workforce to more value-driven tasks.
The system utilizes sodium chlorate (content ≥99%) and hydrochloric acid (concentration ≥31%). Because these are strong industrial chemicals, they must be stored in compliant, well-ventilated, and bunded chemical storage areas away from direct sunlight and incompatible materials. However, because our system boasts an ≥85% conversion rate, the overall volume of chemicals you need to store on-site is significantly reduced compared to less efficient legacy systems.
Yes. The generator produces a high-purity compound disinfectant (with CLO2 content >75%). Chlorine dioxide is globally recognized and approved by major health and environmental protection agencies for the treatment of potable tap water. It effectively eradicates pathogens and biofilms without forming harmful, highly regulated byproducts like trihalomethanes (THMs), ensuring your facility easily meets or exceeds stringent drinking water compliance standards.
