Name: Oxygen Source Ozone Generator

II. Technical parameters

V. PRODUCT CONSTRUCTION (ADDITIONAL TECHNOLOGY)

1. ozone tube: dielectric material using high purity dehydroxyquartz tube, Dehydroxylation less than 10 ppm, SiO2 over 98%, Temperature 1600 degrees, 30 KV, withstand voltage Far higher than the corresponding high-frequency high-voltage power output peak high-voltage 7 KV, will not be burned by high voltage breakdown. Inner electrode :316 L stainless steel tube, Cr17Ni12Mo2,022 Corrosion resistance is superior to 304 stainless steel, Under high voltage, high frequency, continuous discharge, 5 years will not be oxidized black rust deformation; Discharge gap :0.5 MM; Head material: PVDF material plug plus fluorine rubber ring, Antioxidant, acid, alkali, service life up to 8 years.

2. high frequency high voltage power supply: rectifier frequency conversion circuit, high voltage package is composed of ferrites magnetic core, polyester imide/polyamide imide composite layer enamelled wire, epoxy high temperature glue vacuum seal, with open circuit protection, over-current pressure protection, short circuit protection, high voltage frequency 3~20 KHZ, output sinusoidal wave shape, greatly convert electric energy, power factor can reach 0.97.

 VI. Product characteristics 

1. high voltage discharge generator

    This kind of ozone generator uses the high frequency power supply system, causes the oxygen molecule inside or around the electric field to produce the ozone. The ozone generator has the advantages of mature technology, stable operation, long service life and large ozone production.
2. Ozone Safe Cooling Mode

Ozone generator will produce a lot of heat energy when working, need to be cooled, otherwise ozone will be due to high temperature and edge decomposition. The cooling effect of the water-cooled generator is good, the work is stable, the ozone has no attenuation, and it can work continuously for a long time.
3. ozone generator discharge technology

Quartz tubes are often used by some high performance ozone generators because of their high dielectric constant, uniform wall thickness, good ellipticity, high temperature resistance and moisture resistance. ceramic plates are easy to brittle and only suitable for some small generators. The wall thickness and ellipticity of ceramic tube are not easy to control, and it is easy to appear the problem of uneven discharge, so it is not used much. Low dielectric constant of glass tube and enamel tube, poor high temperature resistance, easy to crack

4. working principle

when the oxygen-containing gas passes through the discharge gap between the two electrodes, some oxygen molecules (O2) are converted to ozone (O3) to achieve ozone preparation (see figure 1). when there is a varying high voltage on the high-voltage electrode, a microdischarge occurs at the discharge gap between the electrodes. oxygen molecules are decomposed into free-state oxygen atoms O, and partial free-state oxygen atoms recombine with undivided oxygen molecules to form ozone (O3), which is O+O2=O3, known as "corona discharge" or "silent discharge ".

In fact, only part of the electrical energy applied to the electrode is used to prepare ozone, which also produces heat during the preparation process, which requires cooling water to effectively cool the ozone generation module. Ozone preparation process is significantly affected by the quality of raw gas and the temperature of cooling water. The lower the temperature, the higher the ozone preparation efficiency.

5. ozone process

Ozone generator system components include: gas source system, ozone generator mainframe.

This product adopts the double ball bearing violent fan, the high speed large air quantity ensures the heat dissipation inside the machine is good, the ozone concentration attenuation rate is low, the long time use can still ensure the ozone production is sufficient, the concentration reaches the standard.

This product uses mute oil-free compressor, built-in cold-dry filter system, PSA oxygen generator, can efficiently and stably provide high-purity oxygen to ozone generator, the output ozone concentration is high, up to 80 MG/L, suitable for making high-concentration ozone water, high-difficulty wastewater treatment, bleaching decolorization and so on

Ozone is a broad-spectrum sterilization, all kinds of bacteria and viruses have a strong killing effect. The ozone gas produced has strong oxidation, catalysis and so on, viruses and bacteria in ozone gas due to the action of a variety of free radicals, protein dissociation and denaturation, nucleic acid and enzyme activity reduced, thus disinfection sterilization and purification of air; ozone and formaldehyde, carbon dioxide, xylene and other toxic and harmful gases degradation, oxidation and other complex physical and chemical reactions, and by-products non-toxic harmless, can avoid secondary pollution.

VII. PRODUCT USE

1. clean the air (place the vent pipe where it needs to be cleaned)

(1) Hotel room disinfection, car disinfection, office disinfection

(2) Sterilization and disinfection of production workshops, bed sheets, wards and schools

(3) Mushroom culture to prevent infection

(4) Sterilizing and keeping fresh in food processing plants to remove odour

(5) VOC exhaust gas treatment, better than photolysis

2. water treatment (aeration/jet/gas-liquid mixing)

（1）Restaurant canteen hotel and other tableware, drinking utensils, tea set cleaning disinfection

（2）Raw water treatment, tap water treatment, wastewater treatment

（3）Laundry water to avoid germs

（4）Floor spray mop cleaning

（5）Difficult wastewater treatment, decolorization, degradation COD

（6）Decolorization of wastewater treatment in printing and dyeing plants

VIII. Sterilization capacity

ozone is highly oxidizing and is recognized by the world as a broad-spectrum and high-efficiency fungicide. its oxidation ability is higher than chlorine. it can sterilize 600-3000 times faster than chlorine in water, and even kill bacteria in a few seconds. for common escherichia coli, streptococcus faecalis, pus bacillus, staphylococcus aureus, mold and so on, the killing rate can reach more than 99% for 5 minutes in an environment with ozone concentration of 0.3 PPM. The effect of sterilization and disinfection is almost instantaneous. When the ozone concentration in water reaches 0.3-2 mg/L, the bacteria can be killed within 0.5-1 min. The amount of ozone water needed to achieve the same sterilization effect (e. g.,99% killing rate) is only 0.0048% of chlorine.