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Core Ozone Generators

Large Industrial Ozone Generators, 10–150 kg/h

CF-G-2 air-source and oxygen-source ozone generator configurations for large continuous-treatment plants. The website selection band is 10–150 kg/h; the published range and operating figures depend on feed gas and model.

Capacity / scope
10–150 kg/h website selection range
Feed Gas
Air / Oxygen-source supply

Selection boundary: This is a 10–150 kg/h website selection band. Air-source configurations on this page extend to 60 kg/h and oxygen-source configurations extend to 150 kg/h. Compare the 1–10 kg/h page for a boundary duty.

View Applications
Large-Capacity Ozone Generator

PRODUCT OVERVIEW

What this equipment is for

This page groups the upper end of GUOLIN's published CF-G-2 equipment tables into a practical 10–150 kg/h buyer selection range. The air-source table extends to 60 kg/h and the oxygen-source table extends to 150 kg/h. A complete plant may also require oxygen supply, cooling, dosing, contact, off-gas treatment, controls and project-specific redundancy.

How to select this ozone generator range

Use this page when calculated ozone duty exceeds 10 kg/h or the plant requires a multi-unit high-capacity arrangement. Select the feed-gas route, unit duty, redundancy, turndown, cooling, transfer process and controls together rather than treating kg/h output as the complete specification.

Best fit for

  • Large municipal drinking-water and reuse plants
  • High-capacity industrial wastewater or process oxidation
  • Projects requiring multiple duty and standby units

Selection factors

  • Single-unit duty versus multi-unit redundancy philosophy
  • Annual operating profile and required turndown
  • Oxygen flow, purity, pressure and supply responsibility boundary
  • Equipment-room layout, lifting access and maintenance isolation

System interfaces to confirm

  • Oxygen-source equipment or liquid-oxygen supply interface
  • Cooling-water and heat-rejection interface
  • Dosing, contact and residual off-gas boundary
  • Plant controls, analyzers, ventilation and safety signals

What this page defines

This page owns the 10–150 kg/h generator selection task. Published CF-G-2 tables begin at 1 kg/h, so duties near 10 kg/h should also be compared with the 1–10 kg/h page. Requirements outside the published table require a project review and a confirmed proposal; they are not implied by this page.

Air source or oxygen source?

The catalogue figures below identify two published configuration routes. They are comparison inputs and do not represent every operating condition.

Air-source configuration

Catalogue output
10–60 kg/h on this page
Catalogue concentration
2–2.5 wt%
Catalogue specific power
14–16 kWh/kg O₃
Confirm before selection
Model-specific gas flow, cooling-water flow, unit arrangement, operating profile, utilities and controls

Oxygen-source configuration

Catalogue output
10–150 kg/h on this page
Catalogue concentration
8–10 wt%
Catalogue specific power
7–7.5 kWh/kg O₃
Confirm before selection
Oxygen flow, purity, pressure and responsibility boundary, plus model-specific cooling, utilities and controls
Check the industrial ozone-generator sizing and transfer basis

Key selection points

  • Website selection range: 10–150 kg/h
  • Air-source catalogue range on this page: 10–60 kg/h
  • Oxygen-source catalogue range on this page: 10–150 kg/h
  • Model, utilities and supplied system boundary are confirmed for the project

Catalogue range

Final specifications are confirmed against project conditions.

ConfigurationOzone outputConcentrationSpecific power
CF-G-2 · Air source10–60 kg/h2–2.5 wt%14–16 kWh/kg O₃
CF-G-2 · Oxygen source10–150 kg/h8–10 wt%7–7.5 kWh/kg O₃

Equipment views

Large-Capacity Ozone Generator equipment view 1
Large-Capacity Ozone Generator equipment view 2

Large industrial ozone generator FAQs

What large ozone-generator outputs are published in the catalogue?

For the selection band shown on this page, the air-source CF-G-2 table covers 10–60 kg/h and the oxygen-source table covers 10–150 kg/h. The wider published tables begin at 1 kg/h, so a boundary duty should be compared with the 1–10 kg/h page.

Can a large ozone plant be selected from kg/h output alone?

No. The required concentration, feed-gas route, normal and peak duty, cooling conditions, transfer process, redundancy, controls and site interfaces must be confirmed together.

How are duties above the published 150 kg/h table handled?

They require project-specific engineering and a confirmed technical proposal. This page does not represent a standard model or supply commitment above the published oxygen-source table.

Does the generator price automatically include oxygen, cooling, dosing and off-gas treatment?

No. Those subsystems can be included in a complete project, but the final supply boundary is defined in the quotation for the application and site.

Ozone system assembly and factory acceptance preparation
Power electronics assembly and testing

SYSTEM INTEGRATION

Built and checked as a coordinated system

Generator selection, power equipment, controls and supporting subsystems are reviewed together before the final project scope is confirmed.