A listed option for projects planning to use ambient air as the ozone feed source. Confirm site air conditions and the rest of the gas path with the engineering team.
GO-1KG / 1kg to 3kg per hour / Water treatment
1-3kg Industrial Ozone Generator For Water Treatment Integration
Choose a 1kg, 2kg, or 3kg output for a wastewater treatment line with the feed-gas option that fits your process brief. This industrial ozone generator uses a water-cooled, modular structure, while the industrial ozone machine can work with ambient air or higher-purity oxygen feed.
21% ambient air source | 93% ±3% oxygen source | Stainless-steel control unit | Modular construction
Feed Gas Selection
Start with the gas source your treatment line can support
The two listed feed options change the way the generator enters a project brief. Confirm the available gas source before comparing output and process integration.
A higher-purity oxygen feed option for treatment lines that already have, or plan to specify, a suitable oxygen supply arrangement.
Use the available output range as the generator choice. Do not treat the output label alone as a guaranteed wastewater flow or removal result.
Product Facts
Keep the core equipment facts visible during system planning
GO-1KG is presented for wastewater treatment projects where ozone generation must sit inside a wider water-treatment process. The product details support a clear equipment brief without replacing project-specific engineering review.
| Parameter | Listed detail |
|---|---|
| Model | GO-1KG |
| Ozone output | 1kg, 2kg, or 3kg ozone per hour |
| Feed gas | 21% ambient air source or 93% ±3% oxygen source |
| Cooling | Water-cooled system |
| Control unit | Stainless-steel control unit / control panel |
| Construction | Modular structure |
| Named treatment uses | Domestic, municipal, pharmaceutical, brewery, chemical, electroplating, food-processing, breeding-farm, and printing & dyeing wastewater |
Integration Boundary
Use water cooling and modular structure as integration clues
The generator can be reviewed alongside upstream gas supply, ozone-water contact equipment, monitoring and downstream treatment. The final line design still depends on the project conditions.
Water cooling is a core equipment feature for a treatment-line discussion. Cooling-water flow, pressure and heat-load limits must be established for the actual installation.
The modular construction supports discussion around existing treatment workflows, but it does not mean every plant connection or process interface is included.
The stainless control unit belongs to the generator package. Dissolved-ozone measurement and other process controls may be specified separately.
Wastewater Applications
Match the treatment discussion to the wastewater stream
Ozone treatment is considered across several industrial and municipal contexts. The process objective may include color and odor reduction, COD/BOD reduction, microbial control, coagulation support, turbidity reduction or metal oxidation.
Review ozone oxidation within a process that may need attention to color, odor, organic load and microbial control.
Use the listed ozone-treatment direction as one part of a wastewater line brief for food and beverage production.
Color removal and oxidation questions are central when the stream carries dye-related organic compounds.
Clarify whether the generator is being considered for advanced treatment, disinfection or a specific polishing step.
Discuss the organic, metal and process contaminants that need to be addressed before selecting the generator arrangement.
State the wastewater source, treatment sequence and operating target so the ozone unit is reviewed in context.
Adjacent Treatment Equipment
Review the equipment around the ozone generator
These products answer different questions in an ozone-treatment line. They are related equipment paths, not automatic replacements for GO-1KG.
Technical Reading
Three feed-gas and wastewater questions to settle early
These three technical notes address feed-gas choice, water-cooled equipment and the wording used when comparing industrial ozone machines.
Article 01
Read the gas-source articleAmbient air or oxygen source?
Compare how 21% ambient air and 93% ±3% oxygen wording affects the way an industrial ozone generation project is scoped.
Article 02
Read the water-cooling articleWhere water cooling fits
Review why water-cooled ozone generators are discussed alongside the wider industrial wastewater process rather than as isolated output devices.
Article 03
Read the ozone-machine articleHow to read ozone-machine feed gas
Keep feed-gas terms, output wording and project assumptions separate when comparing industrial ozone machine options.
FAQ
Six questions for an industrial ozone generator brief
What output options are listed for the GO-1KG generator?
The product is listed with 1kg, 2kg and 3kg ozone output options per hour. The correct choice depends on the treatment process and project conditions, not the output label alone.
Which feed-gas sources can the generator use?
The listed options are a 21% ambient air source and a 93% ±3% oxygen source. Confirm the available gas supply and the rest of the gas path before selecting an option.
What does the water-cooled configuration mean?
Water cooling is part of the generator configuration for industrial treatment use. Cooling-water flow, pressure, heat-load limits and installation interfaces still need to be established for the project.
Which wastewater applications are listed?
The generator is presented for domestic, municipal, pharmaceutical, brewery, chemical, electroplating, food-processing, breeding-farm, and printing-and-dyeing wastewater applications.
Can this generator be treated as a complete wastewater plant?
No. It is a generator package with a water-cooled, modular structure. Gas supply, ozone-water contact, monitoring, downstream treatment and other plant interfaces should be specified for the full line.
What information should be sent for a project discussion?
Share the wastewater source, treatment objective, required output range, preferred feed-gas source and any existing reaction, contact or monitoring equipment so the equipment arrangement can be reviewed in context.