Product Introduction This series of ozone generator uses the unique patent technology and adopts the inte-grated design, easy to install and operate. The core device of this series of ozone gene-rator adopts patent technology -- connectable DTA non-glass discharge body, with high ozone capacity and high concentration. The ozone generator using the independent sp-ecial technology power supply, the overall match is reasonable, and the adaptability is stronger. With the popularization and application of industrial closed circulation aquaculture equipment, high density and small water body aquaculture has more stringent requirements on water quality. Ozone disinfection has been widely used in aquaculture in Japan, Europe and the United States and other countries, and the aquatic products containing too much chlorine have been banned from entering the market. Therefore, domestic breeding companies have been in the fish, shrimp, crab, sea cucumber and other high-end breeding industry, promote more efficient, rapid sterilization characteristics of ozone disinfection process for water treatment technology. Product Parameters Ozone generator with oxygen source Type Ozone capacity Feed gas flow Ozone concentration Cooling water flow Power consumption Dimension (g/h) (Nm3/h) mg/L (m³/h) Kw mm CF-G-3-10G 10 0.09-0.13 80-120 0.02-0.03 0.08-0.10 190*440*400 CF-G-3-20G 20 0.18-0.26 80-120 0.04-0.06 0.16-0.20 380*840*460 CF-G-3-30G 30 0.27-0.33 80-120 0.06-0.09 0.24-0.30 380*840*460 CF-G-2-50G 50 0.45-0.65 80-120 0.10-0.15 0.40-0.50 380*840*460 CF-G-2-80G 80 0.72-1.04 80-120 0.16-0.24 0.64-0.80 600*700*1700 CF-G-2-100G 100 0.90-1.30 80-120 0.2-0.3 0.8-1.0 600*700*1700 CF-G-2-200G 200 1.80-2.60 80-120 0.4-0.6 1.6-2.0 1160*700*1700 CF-G-2-300G 300 2.70-3.90 80-120 0.6-0.9 2.4-3.0 1160*700*1700 CF-G-2-500G 500 4.50-6.50 80-120 1.0-1.5 4.0-5.0 1160*700*1700 CF-G-2-600G 600 5.40-7.80 80-120 1.2-1.8 4.8-6.0 1260*800*1700 CF-G-2-800G 800 7.20-10.4 80-120 1.6-2.4 6.4-8.0 1400*800*1700 Our Advantages Cooling Mode Water cooling mode. Multi-stage cooling structure design ensures the cooling efficiency to be incre-ased by 20%. Equipment can be running continuously for 24hrs. Corona Discharge Technology The ozone generator adopts the advanced dielectric barrier double gap discharge technology. The high voltage electric field between the two annular gaps is discharged on both sides to convert the passing oxygen into ozone, so the ozone generation efficiency is high. Material External electrode is made of 316L stainless steel; imported medium coating material is used for ceramic dielectric tube and borosilicate glass is used as glass dielectric tube; Ozone generation tank: 316L stainless steel body. DISCHARGE TUBE The discharge tube is the basis for the design of ozone generator. The surface finish and uniformity of the dielectric layer have a great influence on the discharge efficiency and stability. Control and Monitoring Equipment has operation monitoring functions to current, voltage, temperature, flow rate, gas pressure and operation status and protection functions.Control method includes manual control and automatic control for option. CORE TECHNOLOGY International leading glass and non-glass discharge dielectric technology Capacitive load high power inverter resonant power supply technology Capactive load high power dry type high voltage transformer technology Power control technoloay based on IP core and digital logic circuit Embedded on-line detection and remote monitoring technology of ozone system Characteristics of Ozone Purification 1.The nitrite, hydrogen sulfide and am