Ozone Generator Engineering Blog

Air cooling simplifies installation, while water cooling provides more stable heat removal for larger output, longer duty cycles and warmer environments. The correct choice depends on the complete operating condition—not ozone capacity alone. Why cooling matters in ozone generation Electrical-discharge ozone generation creates heat, and ozone decomposes faster as temperature rises. Excess temperature can reduce … Read more

Ozone output, ozone concentration and gas flow describe different parts of the same operating point. Comparing generators by g/h alone can lead to the wrong selection, especially for venturi injection, laboratory work, agricultural equipment and OEM systems. Three values that should be read together Variable Typical units What it describes Ozone mass output mg/h, g/h, … Read more

Air-fed and oxygen-fed ozone generators may use a similar discharge principle, but they do not deliver the same ozone output, concentration or gas quality. The correct choice depends on the process, required concentration, gas flow, operating duty and tolerance for nitrogen-derived by-products. The practical difference is the feed gas A piped-output ozone generator receives a … Read more