Industrial Ozone Generators for Water Treatment 10kg/H

Product Description

Industrial ozone generators for water treatment 10kg/h

Product Description

·Ozone Advantages

Ozone (O3) is applied in water treatment as a powerful oxidizing agent and disinfectant. Its application involves the treatment of drinking water and wastewater to address various water quality challenges. Here's a brief overview of its application in water treatment:

1. Oxidation: Ozone is a strong oxidant that can effectively break down and degrade a wide range of organic and inorganic contaminants present in water. It reacts with organic molecules, color-causing compounds, taste and odor compounds, and certain trace metals, leading to their transformation into simpler and less harmful substances.

2. Disinfection: Ozone is a highly effective disinfectant that can rapidly inactivate bacteria, viruses, and other pathogens in water. It achieves this through the destruction of the cell walls and genetic material of microorganisms. Ozone's disinfection capability is often used as an additional step to ensure waterborne disease prevention.

3. Micropollutant Removal: Ozone treatment can target micropollutants such as pharmaceuticals, personal care products, and emerging contaminants that may not be effectively removed by traditional water treatment processes. Ozone's strong oxidation ability can break down these substances into less harmful compounds.

4. Taste and Odor Control: Ozone treatment can effectively remove or reduce unpleasant tastes and odors caused by naturally occurring organic compounds in water bodies. The oxidation of these compounds transforms them into substances that are less noticeable and offensive.

5. Color Removal: Ozone can be used to remove color from water, particularly in cases where natural organic matter contributes to the water's coloration. The oxidation of these organic molecules results in clearer and aesthetically improved water.

6. Advanced Treatment: Ozone is often employed as part of advanced treatment processes in water treatment plants, especially when stringent water quality standards need to be met.

7. Byproduct Minimization: Compared to some traditional disinfection methods, ozone can lead to fewer disinfection byproducts (DBPs), which are substances that can form when disinfectants react with organic matter in water. This makes ozone a preferable option in terms of reducing potential health risks associated with DBPs.

It's worth noting that ozone is generated on-site and added to water in carefully controlled dosages, as it is a highly reactive gas. Its use requires careful monitoring and control to ensure optimal treatment performance and to avoid over-ozonation.




·Technical Advantages
 

1. Economic energy saving

a. High-efficiency discharge tube
Micro-gap double-layer discharge
HMS Patented design hexagon conductive plate
b. Constant high-voltage spike pulse discharge mode enables high-voltage energy to be concentrated in the most efficient high-voltage ionization discharge amplitude with high energy utilization and low power consumption.
c. Multiple reforming flow technology to improve power factor. Under the same conditions, the power consumption is about 10% lower than that of other domestic manufacturers.
d. Special transformer uses special material and winding process, exclusive parameter matching design guarantees output power and operating temperature, and low system power consumption.

2. Safety guarantee
a. Power Protection Technology for Complete Machine Protection against electric breakdown
b. Medium shatter protection in generator chamber
c. System Monitoring Protection Circuit

3. Customized module
a.Power Pulse Density Modulation Technology
Ozone output and operating power can be regulated linearly from 10% to 100%, and accurate control of output or concentration can be achieved to meet the demand of various industries (such as water treatment) for wide-range regulation of ozone output.
b.Various heat exchangers for various scenarios
Plate heat exchanger, water cooler, direct cooling optionalExplosion-proof German TUV certification, in line with EU safety standards.
 

4. Technical perfection
a. Sixteen years of dedication to sub-ozone disinfection industry, nearly 10,000 units of equipment production experience, nearly 100 benchmark projects;
b. Mature professional R&D team, committed to technical innovation, better meet customer needs;
c. German TUV Explosion-proof Certification and EU CE Safety Certification;
d. Customization, modularity, free allocation according to project requirements, flexible scheme
 

Product Parameters

 

·Product parameters of oxygen source  

Model	Ozone Production(kg/h)	Gas Source Inlet Diameter  (DN)	Ozone Concentration(mg/L)	Cooling Water Inlet and Outlet Diameter(DN)	Power(kW)	Generator Dimensions(m)
HMS-4K	4	32	125-150	40	32	2.5*1.0*1.8
HMS-5K	5	40	125-150	50	40	2.5*1.0*1.8
HMS-6K	6	40	125-150	65	48	2.5*1.1*1.9
HMS-8K	8	40	125-150	65	64	2.5*1.0*2.0
HMS-10K	10	50	125-150	80	80	2.6*1.2*2.0
HMS-12K	12	65	125-150	80	96	2.6*1.3*2.1
HMS-15K	15	65	125-150	100	120	2.7*1.4*2.2
HMS-20K	20	65	125-150	100	160	2.7*1.5*2.3

 

Detailed Photos

 

·Real Machine Photos
 

Exhibition&Customers

 

Certifications