Conventional Ozone Generator
High efficiency, stable operation, energy saving – dielectric barrier discharge (DBD) technology at internationally advanced level.

Adopts Micro Dual‑Gap Glass Dielectric Barrier Discharge Cells
IGBT High‑Frequency Inverter Power Supply, Frequency 4–6 kHz
Ozone Power Consumption: Only 14 kWh, 15–20% Lower than Conventional Medium‑Frequency Equipment
Air Source Operating Pressure: 0.2 MPa, Ozone Output: 0.5–85 kgO₃/h
Optional Gas Sources
Liquid Oxygen Source → (Liquid O₂)
Oxygen‑Enriched Source → (V)PSA System (On‑site oxygen generation)
Air Source → (Air Preparation System)

Core Technologies
I. Discharge Cell
Illustrated: Narrow Dual‑Gap Electrodes
Stainless steel electrodes – corrosion resistant, uniform air gap
High withstand voltage, high dielectric constant glass tubes
Narrow dual‑gap discharge – reaches 150 mg/L at 1.5 m
II. IGBT High‑Frequency Power Supply

Frequency: 4–6 KHz, DSP precise control
Unit power consumption: 14 kWh/kgO₃
Forced air cooling – safe and reliable
III. Low‑Power Transformer
Low‑power magnetic core – extremely low heat generation
Air‑cooled design, compact size
Output sinusoidal waveform – stable voltage