Core Ozone Generators
A project-selection range covering the 1–10 kg/h CF-G-2 air-source and oxygen-source configurations listed within GUOLIN's large-scale equipment tables. Final equipment and system scope depend on output, concentration, operating duty, utilities and plant interfaces.
Selection boundary: This is a website selection band within the published CF-G-2 large-scale equipment tables, not a separate catalogue classification. Compare the compact range near 1 kg/h and the large range above 10 kg/h.
PRODUCT OVERVIEW
This page groups the 1–10 kg/h end of GUOLIN's published CF-G-2 large-scale equipment tables into a practical buyer selection range. It is not a separate catalogue classification. Air-source and oxygen-source configurations use different concentration and utility conditions, so the same kg/h output does not define an interchangeable system.
Use this page when the calculated ozone duty is between 1 and 10 kg/h. Confirm the treatment objective, peak and normal demand, required gas concentration, feed-gas route, operating profile, utilities, redundancy and plant interfaces before fixing a model or unit arrangement.
The catalogue figures below identify two published configuration routes. They are comparison inputs and do not represent every operating condition.
NEXT DECISION
Compare the compact family when the calculated requirement is close to 1 kg/h; its published models extend through 800 g/h.
View compact rangeUse the large-range page when required output exceeds this selection band or the plant needs broader high-capacity planning.
View large rangeUse the solution pages when the treatment objective, transfer process or treatment position is not yet defined.
Choose by application
No. It is a website selection band covering the 1–10 kg/h end of the published CF-G-2 large-scale equipment tables. The catalogue tables continue beyond 10 kg/h under feed-gas-specific conditions.
Review both the compact and 1–10 kg/h pages. The compact page lists catalogue models through 800 g/h and shows a family boundary at 1 kg/h; final selection depends on operating duty, concentration, utilities and system arrangement.
Within this selection band, the air-source table states 2–2.5 wt% ozone concentration and 14–16 kWh/kg O₃ specific power. The oxygen-source table states 8–10 wt% and 7–7.5 kWh/kg O₃. These are catalogue configuration values; model and project conditions still apply.
No. Output is only one boundary. Feed-gas route, concentration, normal and peak duty, cooling-water conditions, transfer process, redundancy, controls and site interfaces must also be confirmed.
Not automatically. These subsystems can form part of a complete project, but the final supply boundary is defined for the specific quotation and application.
SYSTEM INTEGRATION
Generator selection, power equipment, controls and supporting subsystems are reviewed together before the final project scope is confirmed.