Zhenyuan Series Chlorine Dioxide Generator Performance Features                                                                                                                                                                                    

ØTo fully extend the reaction time of raw materials, enhance the chlorine dioxide content, and improve the conversion rate of raw materials, domestic peers in the industry use a five-stage reactor, with the reaction time of raw materials in the reactor being1.95Hours, Total Raw Material Conversion Rate ≥90Chlorine dioxide constitutes a portion of the total available chlorine.70－80％。

ØDomestic dry heating methods offer quick temperature rise with low power consumption, resulting in significant energy savings compared to industry standards..

ØDomestic direct measurement reactors measure the actual reaction temperature inside, not the medium temperature. Temperature control:45℃-50℃。

ØA dual-temperature control system designed for large equipment, which maintains a high raw material conversion rate for use in cold regions.

ØUsing a waste liquid separator can enhance the purity of water intended for drinking.

ØMaterial transfer is accomplished with imported electromagnetic metering pumps, ensuring stable operation, accurate and reliable measurement.

ØThe internal reactor of the equipment is made of high-temperature and corrosion-resistant synthetic metal materials or pure titanium, ensuring a long service life for the equipment.10Over one year.

ØIndependently developed and produced chlorine dioxide generator controller, integrating temperature control, frequency adjustment, flow control, residual chlorine control, and logic control into one unit, making the equipment more user-friendly and convenient for selection.

ØTemperature control is implementedPIDTechnology for temperature control. Features temperature cut-off settings to prevent losses due to uncontrolled temperature.

ØThe controller features logical control functions: the equipment can only start heating when the conditions for power hydraulic pressure and two liquid levels are met, at which point it operates normally.

ØOperation: The specially designed explosion-proof device features reversible functionality, allowing for effective release of excessive pressure within the reactor and rapid self-recovery.

ØBased on customer selection to meet20Tanks for raw materials storage, lasting up to several days; continuous level measurement available for large raw material tanks, with remote transmission capability.

ØEasily facilitates the automation of equipment operation processes. Extremely simple to achieve联动 control with the equipment you require.

ØA sound installation ensures the absence of chlorine dioxide or corrosive gases indoors, along with zero noise and leakage pollution.

Detailed description of performance features:

1.Sodium chlorateNaClO3And hydrochloric acid (concentration ≥)31Produced mainly from chlorine dioxide with chlorine as a secondary component, this compound disinfectant is formulated for use as a raw material.

2.Zhenyuan equipment fully utilizes the working principle of the water jet creating a vacuum. The reactor inside the equipment is always under a negative pressure state. Moreover, due to the entry of air, the raw materials are continuously aerated. As a result, the chlorine dioxide gas produced in each reactor is continuously extracted, leading to a higher level of chlorine dioxide, calculated by effective chlorine content.ClO2Content greater than70。

3.To fully extend the reaction time of raw materials, enhance the chlorine dioxide content, and improve the conversion rate of raw materials, the equipment utilizes a five-stage distributed reactor. Equipment yield ≥90Chlorine dioxide accounts for a portion of the total available chlorine.70－80％。

4.Domestic five-level reactor, where the raw material residence time in the reactor reaches1.95Hours, ensuring that the raw materials are fully reacted within the reactor, thus guaranteeing a high yield of the reaction.90Above.

5.Five-stage Reactor Mechanism: Sodium chlorate and hydrochloric acid react at room temperature, producing a significant amount of chlorine dioxide gas with a relatively low conversion rate of raw materials. Therefore, in the first four stages, the reaction can fully extract a large amount of chlorine dioxide gas. Starting from the fifth stage, heat is applied to ensure full reaction of the raw materials, at which point there is more chlorine and less chlorine dioxide. This ensures an increase in raw material conversion rate and a higher proportion of effective chlorine as chlorine dioxide.

6.The equipment utilizes dual-temperature control technology to enhance raw material conversion rates, capable of improving raw material conversion rates by75Above. The specific method involves using a water bath heating for the first four reactors, heating them to30～40°C, the fifth level utilizes dry heating up to45～50℃。

7.The equipment is enhanced with a residual liquid treatment system, which can expel the small amount of unreacted residues.

8.Due to the full reaction of the raw materials, the content of chlorates in the disinfected water body is significantly reduced, meeting the requirements of national drinking water standards: chlorates are below0.7ppm。

Automatic temperature control, temperature control45-50The equipment utilizes a combination heating system with water bath heating as the primary method and air heating as the auxiliary. Currently, domestic chlorine dioxide generators with negative pressure all employ an external air stripping process to blow off chlorine dioxide generated by the reaction liquid, which is then absorbed by a water jet to produce a disinfectant solution. However, this process has a flaw: the actual temperature inside the reaction vessel does not reach the required reaction temperature. This is due to the equipment's operation during operation.(Especially during the winter)The outdoor temperatures are generally0Below °C, during the blowing-off process, the outdoor cold air significantly reduces the temperature of the reaction mixture, preventing the reaction vessel from reaching the required temperature, thereby greatly decreasing the conversion rate of the feedstock. In response to this actual usage scenario, our company has innovated through technological advancements by adding air-assisted heating at the intake of the equipment, pre-heating the cold air before the blowing-off process, thereby avoiding the aforementioned issues. This air-assisted heating allows for automatic temperature control, ensuring that the air introduced into the blowing-off process remains at a constant temperature regardless of the outdoor temperature.40°C, which ensures the reaction temperature inside the reactor is maintained consistently throughout the year. This is a highlight and unique feature of our generator compared to similar products. This technology has already been applied for a national invention patent by our company. Additionally, due to the rapid heat exchange in the reaction vessel, it significantly reduces the service life of the reactor. This device effectively overcomes...