Air Source Industrial Ozone Generator – Maximum Ozone Output 30 kg/h

The air source industrial ozone generator is a device that uses air as a raw material to generate ozone through high-voltage discharge, widely used in industrial water treatment, air purification, and food processing, for disinfection, deodorization, and degradation of harmful substances. Compared to oxygen-source ozone generators, air-source ozone generators are lower in cost but produce a lower concentration of ozone, making them suitable for scenarios where ozone concentration requirements are not high.

Specification
Ozone Preparation Principle
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Specification

Table 1: Air Source Industrial Ozone Generator Technical Parameters
Type	Ozone Production	Oxygen	Ozone Concentration	Cooling water flow	Power	Ozone Room Dimensions	Pipeline		PSU Dimensions
Type	kg/h	Nm³/h	mg/l	m³/h	KW/h	mm	Cooling water	Gas Pipeline	PSU Dimensions
SOGA-500G	0.5	≤ 20	25–30	2	≤ 7.5	1000 × 1000 × 1985	DN20	DN25	700 × 1000 × 2100
SOGA-800G	0.8	≤ 32	25–30	2	≤ 12	1000 × 1000 × 1985	DN20	DN25	700 × 1000 × 2100
SOGA-1KG	1	≤ 40	25–30	3	≤ 15	1000 × 1000 × 1985	DN25	DN25	700 × 1000 × 2100
SOGA-2KG	2	≤ 80	25–30	6	≤ 30	1100 × 1100 × 1985	DN32	DN40	700 × 1000 × 2100
SOGA-3KG	3	≤ 120	25–30	9	≤ 45	1100 × 1100 × 1985	DN40	DN50	1600 × 1200 × 2200
SOGA-4KG	4	≤ 160	25–30	12	≤ 60	1400 × 1400 × 2000	DN40	DN50	1600 × 1200 × 2200
SOGA-5KG	5	≤ 200	25–30	15	≤ 75	1400 × 1400 × 2050	DN50	DN65	1600 × 1200 × 2200
SOGA-8KG	8	≤ 320	25–30	24	≤ 120	1400 × 1400 × 2100	DN65	DN65	1600 × 1200 × 2200
SOGA-10KG	10	≤ 400	25–30	30	≤ 150	3600 × 1100 × 1800	DN65	DN80	1800 × 1200 × 2200
SOGA-15KG	15	≤ 600	25–30	45	≤ 225	3600 × 1225 × 1908	DN80	DN100	1800 × 1200 × 2200
SOGA-20KG	20	≤ 800	25–30	60	≤ 300	3600 × 1375 × 2050	DN100	DN125	2400 × 1500 × 2200
SOGA-25KG	25	≤ 1000	25–30	75	≤ 375	3600 × 1445 × 2120	DN100	DN150	2400 × 1500 × 2200
SOGA-30KG	30	≤ 1200	25–30	90	≤ 450	3600 × 1531 × 2326	DN125	DN150	2700 × 1500 × 2200

Ozone Preparation Principle

The air source industrial ozone generator uses DBD discharge method to produce ozone, which typically consists of two electrodes: a high-voltage electrode and a ground electrode, with an insulating medium (usually glass) sandwiched between the electrodes.

After the air is compressed and pre-treated to remove moisture and impurities, it flows into the generator inlet. Under the conditions of applied alternating high voltage, the oxygen gas between the high-voltage electrode and the ground electrode undergoes corona discharge. As the voltage increases, the electric field strength rises, exciting and ionizing the oxygen molecules in the gas, releasing free electrons. These free electrons collide with other oxygen molecules (O₂), leading to further ionization and the generation of reactive oxygen atoms (O). These reactive oxygen atoms then combine with oxygen molecules to form ozone (O₃), which is ultimately discharged through the generator's outlet.

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