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Casa Ricambi Chlorinated Disinfection Equipment CategoryChlorine Dioxide Generator

Chlorine Dioxide Generator

Chlorinated Disinfection Equipment

Chlorine Dioxide Generator

Chlorine Dioxide Generator Can Effectively Kill Bacteria

The chlorine dioxide generator is a device that produces chlorine dioxide disinfectant on-site through chemical reactions or electrolysis technology. It features efficient sterilization and environmental safety. Using sodium chlorate, sodium hypochlorite, and hydrochloric acid or electrolyzed saltwater as raw materials, the device dissolves the generated chlorine dioxide gas in water to form a stable disinfectant solution. It is widely used in drinking water disinfection, wastewater treatment, food processing, and health care. The equipment is highly automated, easy to operate, and suitable for various scales of disinfection needs.

Specification
Working Principle
Videos

Specification

SWX Composite Chlorine Dioxide Generator
SWM Composite Chlorine Dioxide Generator
SWC Composite Chlorine Dioxide Generator
SWCY Composite Chlorine Dioxide Generator
SWY Chlorine Dioxide Generator
SWH High-Purity Chlorine Dioxide Generator
SWD Electrolytic Chlorine Dioxide Generator

SWX Composite Chlorine Dioxide Generator

Directly heating the reaction solution and directly monitoring its temperature significantly improve the equipment's conversion efficiency, ensuring that the conversion rate is unaffected by seasonal variations.
Constant temperature control of the reaction solution ensures a conversion rate of ≥85%, with low operating costs, minimal byproducts, and fully automated intelligent control.
The equipment features a compact structure, high output, forced aeration mixing technology, and is made with polymer material, effectively enhancing the reactor's lifespan and safety.

Specifications

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Table 1: SWX Composite Chlorine Dioxide Generator Technical Parameters
Model	Chlorine Production (g/h)	Power (KW)	Power Water Pipe Diameter	Pressure (MPa)	Dosing Pipe Diameter	Dimensions (L × B × H) (Controller not on host)	Dimensions (L × B × H) (Controller not on host)
SWX-1000	1000	1.5	≧ φ25	≥ 0.3	≧ φ50	630 × 540 × 1150	630 × 540 × 1450
SWX-2000	2000	1.5	≧ φ25	≥ 0.3	≧ φ50	650 × 540 × 1400	650 × 540 × 1700
SWX-3000	3000	2.5	≧ φ32	≥ 0.3	≧ φ63	850 × 600 × 1500	850 × 600 × 1750
SWX-4000	4000	5.0	≧ φ32	≥ 0.3	≧ φ63	850 × 600 × 1600	850 × 600 × 1800
SWX-5000	5000	5.0	≧ φ40	≥ 0.3	≧ φ75	850 × 600 × 1600	850 × 600 × 1800
SWX-8000	8000	5.0	≧ φ40	≥ 0.3	≧ φ75	850 × 650 × 1700	–
SWX-10000	10000	5.0	≧ φ40	≥ 0.3	≧ φ110	850 × 650 × 1800
SWX-20000	20000	8.0	≧ φ75	≥ 0.4	≧ φ160	1150 × 700 × 1950

SWM Composite Chlorine Dioxide Generator

A high-temperature, corrosion-resistant Teflon alloy reactor is used, with a heating temperature of up to 78 °C and a service life of over 8 years.
The raw material conversion rate is ≥80%, exceeding the top-grade standard specified in national regulations.
It saves raw materials and features low operating costs.
Equipped with remote intelligent control, supporting cloud-based internet monitoring, smartphone apps, and other remote monitoring options.

Specifications

Table 2: SWM Composite Chlorine Dioxide Generator Technical Parameters
Model	Chlorine Production (g/h)	Power (KW)	Power Water Pipe Diameter	Pressure (MPa)	Dosing Pipe Diameter	Dimensions (L × B × H) (Controller not on host)	Dimensions (L × B × H) (Controller not on host)
SWM-1000	1000	2.0	φ25	≥ 0.3	φ50	630 × 540 × 1550	630 × 540 × 1550
SWM-2000	2000	2.0	φ25	≥ 0.3	φ50	650 × 520 × 1400	650 × 500 × 1700
SWM-3000	3000	3.0	φ32	≥ 0.3	φ63	800 × 650 × 1570	800 × 650 × 1700
SWM-4000	4000	3.0	φ32	≥ 0.3	φ63	800 × 650 × 1670	800 × 650 × 1850
SWM-5000	5000	3.0	φ40	≥ 0.3	φ75	800 × 650 × 1670	–
SWM-8000	8000	5.0	φ40	≥ 0.3	φ75	800 × 650 × 1980
SWM-10000	10000	5.0	φ40	≥ 0.3	φ110	800 × 650 × 1980
SWM-20000	20000	9.0	φ75	≥ 0.4	φ160	1150 × 700 × 1950

SWC Composite Chlorine Dioxide Generator

Economic model with exceptional cost-performance ratio and a conversion rate of ≥70%.
The reactor is made of special materials, offering heat resistance, corrosion resistance and long service life.
Safety valve automatic reset function is added, in case of unexpected circumstances, chlorine dioxide gas in the reactor can be released in time.
Fully automatic intelligent control with integrated environmental monitoring for seamless operation.

Specifications

Table 3: SWC Composite Chlorine Dioxide Generator Technical Parameters
Model	Chlorine Production (g/h)	Power (KW)	Power Water Pipe Diameter	Pressure (MPa)	Dosing Pipe Diameter	Dimensions (L × B × H)
SWC-100	100	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1100
SWC-200	200	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1100
SWC-300	300	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1100
SWC-500	500	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1100
SWC-800	800	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1100
SWC-1000	1000	0.8	φ25	≥ 0.3	φ32	550 × 470 × 1200
SWC-2000	2000	1.5	φ25	≥ 0.3	φ40	650 × 500 × 1280
SWC-3000	3000	1.5	φ32	≥ 0.4	φ40	650 × 500 × 1280
SWC-5000	5000	3.0	φ40	≥ 0.3	φ63	600 × 570 × 1600

SWCY Composite Chlorine Dioxide Generator

All-in-one construction, small size, easy to handle
Simple structure, low failure rate, convenient installation, saving installation costs.
Safety valve automatic reset function is added, in case of unexpected circumstances, chlorine dioxide gas in the reactor can be released in time.
Fully automatic intelligent control with integrated environmental monitoring for seamless operation.

A SWCY integrated composite chlorine dioxide generator

Specifications

Table 4: SWCY Composite Chlorine Dioxide Generator Technical Parameters
Model	Chlorine Production (g/h)	Power (KW)	Power Water Pipe Diameter	Pressure (MPa)	Dosing Pipe Diameter	Dimensions (L × B × H)
SWCY-50–1000	50–1000	1.0	φ25	≥ 0.3	φ25	1400 × 550 × 1100

SWY Chlorine Dioxide Generator

Suitable for direct pressurized dosing of chlorine dioxide disinfectant under atmospheric pressure or pipeline pressure ≤ 0.6 MPa.
Positive pressure dosing eliminates the need for power-driven water, allowing unrestricted placement of dosing points and broader installation environments.
Optional single-chip technology intelligent controller can achieve fault alarm, remote control and other functions.

Specifications

Table 5: SWY Chlorine Dioxide Generator Technical Parameters
Model	Chlorine Production (g/h)	Power (KW)	Pressure (MPa)	Dosing Pipe Diameter	Dimensions (L × B × H)
SWY-50–1000	50–1000	0.1	≤ 0.6	φ20	1400 × 550 × 1100

SWH High-Purity Chlorine Dioxide Generator

No heating required, with ultra-high conversion efficiency; chlorine dioxide purity ≥99% and conversion rate ≥95%, ensuring minimal loss.
Forced mixing technology is used to optimize concentration gradients during the reaction process.
The reaction system uses a sealed, gas-free space design and is equipped with multiple safety measures for enhanced operational safety.
Simple structure, low failure rate, easy installation, and reduced installation costs.

SWD Electrolytic Chlorine Dioxide Generator

Salt electrolysis can generate chlorine, chlorine dioxide, ozone, hydrogen peroxide and other mixed disinfectant gas.
Raw materials are industrial crude salt with low cost and readily available.
The generator is constructed entirely from corrosion-resistant materials such as UPVC and industrial-grade pure titanium, ensuring durability and long service life.
The generator features a fully enclosed design, preventing any leakage of electrolytes or disinfectants during operation.

A SWD electrolysis chlorine dioxide generator

Specifications

Table 6: SWD Electrolytic Chlorine Dioxide Generator Technical parameters
Model	Chlorine Production (g/h)	Rectifier Power Specification	Supply Voltage (V)	Total Power (KW)	Dimensions (L × B × H)	Operating Costs (yuan/g)
SWD-50	50	12V, 50A	220V	≤ 0.6	750 × 400 × 800	0.01316
SWD-100	100	12V, 100A	220V	≤ 1.2	920 × 530 × 1000	0.01316
SWD-200	200	12V, 200A	380V/220V	≤ 2.5	920 × 530 × 1000	0.01316
SWD-300	300	12V, 300A	380V	≤ 3.6	1140 × 1000 × 800	0.01316
SWD-400	400	12V, 400A	380V	≤ 5.0	1140 × 1000 × 800	0.01316
SWD-500	500	12V, 500A	380V	≤ 6.0	1048 × 525 × 1005	0.01316
SWD-600	600	12V, 600A	380V	≤ 7.5	1168 × 525 × 1005	0.01316
SWD-800	800	12V, 800A	380V	≤ 10.0	1324 × 525 × 1005	0.01316
SWD-1000	1000	12V, 1000A	380V	≤ 12.0	1544 × 525 × 1005	0.01316
SWD-2000	2000	12V, 2000A	380V	≤ 24.0	1870 × 1050 × 1005	0.01316
SWD-3000	3000	12V, 3000A	380V	≤ 36.0	1544 × 1575 × 1005	0.01316

Working Principle

Taking negative pressure dosing as an example:

The chlorine dioxide generator creates a negative pressure by driving water (motive water) through an eductor. This negative pressure draws chlorate, acid, and (in some processes) auxiliary oxidants like sodium hypochlorite into the reactor in proportion. In the reactor, the raw materials generate chlorine dioxide gas or solution through redox reactions, which is then directly added to the water treatment system.

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