Controlled Piped Ozone Gas for Air, Water and OEM Processes
A defined ozone outlet allows gas to be collected, measured and delivered to an injector, diffuser, process duct, enclosed space, reaction vessel or customer machine. Selection depends on the process—not a generic room-size formula.
One generator architecture, many controlled applications
Collect and transfer
Ozone leaves through a defined gas connection and can be routed to the required contact point instead of being blown directly from an exposed plate or tube.
Control concentration and flow
Ozone output in g/h, gas concentration and gas flow are separate engineering variables. All three matter in laboratory, agricultural and commercial systems.
Select cleaner feed gas
Oxygen feed minimizes nitrogen entering the discharge cell and can help reduce nitrogen-oxide by-products in sensitive applications.
Where a controllable ozone-gas stream creates value
Water Treatment & Ozone Water
Venturi injection, diffusers, recirculation loops and ozone water machines for industrial and OEM projects.
Water-treatment overview →Cold Storage & Enclosed Spaces
Remote ozone generation with controlled tubing distribution. Oxygen feed can be important where NOx by-products must be minimized.
Cold-storage overview →Duct & Odor-Control Systems
Ozone delivered to kitchen exhaust or other process ducts while the generator remains accessible for service.
Duct-system overview →Laboratories & R&D
Adjustable ozone concentration and gas flow for reaction studies, material tests and controlled research apparatus.
Laboratory overview →Agriculture
Irrigation and wash-water equipment, post-harvest systems, controlled atmosphere processes and other engineered uses.
Agriculture overview →Food Processing
Process-water, cold-room and equipment sanitation systems designed with suitable materials, controls and validation.
Food-process overview →OEM & Commercial Equipment
Gas-generation modules and complete assemblies integrated into branded machines, washing systems and process skids.
OEM integration overview →Qualified Medical Equipment
Components for qualified equipment manufacturers, without treatment claims or clinical-use instructions.
Equipment-integration overview →Prepared dry air and oxygen are not interchangeable
Prepared dry air
Requires effective drying and filtration. The stated ozone output on this site normally refers to oxygen feed under the stated test condition. Under otherwise comparable conditions, prepared-air output is typically around one fifth of the oxygen-feed mass output; the actual ratio depends on dryness, temperature, gas flow and discharge-cell design.
Oxygen feed
Normally supports higher ozone mass output and concentration while reducing nitrogen entering the discharge cell. This can help reduce NOx formation and improve gas consistency for laboratories, agriculture, cold storage, food-related and other by-product-sensitive projects.
Air cooling and water cooling suit different operating duties
Air cooling
Installation is simpler because no cooling-water connection, circulation pump or water tank is required. It is generally better suited to lower output, intermittent duty and moderate ambient temperatures. Large output, long continuous operation and hot installation environments can exceed its heat-removal margin.
Water cooling
More stable heat removal makes it the usual choice for higher output, continuous duty or high ambient temperature. It requires a water connection or recirculating loop with a tank and, where needed, a chiller, plus attention to flow, water quality, leaks and maintenance.
What changes from one application to another
On a small screen, swipe the table horizontally to see all columns.
| Input | Examples | Effect on selection |
|---|---|---|
| Rated ozone output | g/h at a stated feed gas, flow and test condition | Our stated output normally refers to oxygen feed; prepared-air output is typically around 20% under comparable conditions |
| Gas concentration | mg/L, g/Nm³ or wt% | Some injection, oxidation, laboratory and agricultural processes require a minimum concentration |
| Gas flow | L/min or Nm³/h | Higher flow can sometimes raise mass output, but it also dilutes ozone concentration; both values must be specified |
| Process load | Water flow, room/duct volume, airflow, reaction volume | Required ozone dose and control range |
| Transfer method | Venturi, diffuser, tubing manifold, reaction vessel | Pressure, back pressure and gas-path design |
| Feed gas | Oxygen concentrator, cylinder oxygen, prepared dry air | Output, concentration, NOx risk and gas preparation |
| Cooling, duty and ambient | Air- or water-cooled; batch, intermittent or continuous; installation temperature | Heat-removal capacity, stability, service planning and cooling-water requirements |
| Safety controls | Monitor, alarm, ventilation, off-gas destructor | System integration and commissioning scope |
Higher initial system cost can support lower service difficulty
A piped-output installation may include gas preparation, an oxygen source, tubing, injectors or distribution hardware, controls and off-gas treatment. That can cost more initially than an exposed ozone plate or fan-blown tube. In return, the ozone source can be placed in an accessible location, operating variables can be controlled, and components can be serviced without placing the generating element inside a wet, cold, dusty or greasy process zone.
Describe your ozone application
Send the process target, required ozone mass/concentration, gas flow, feed gas, operating conditions and control requirements.
Research the application before specifying equipment
Application pages explain project fit; categorized engineering articles provide the technical background for system selection and integration.
Water Treatment
Wastewater, process water, rainwater, aquaculture and ozone-water systems.
Browse articles →Agriculture & Horticulture
Irrigation, greenhouse, hydroponics and controlled agricultural applications.
Browse articles →Food & Beverage Processing
Process water, equipment sanitation and food-handling integration.
Browse articles →Air, Odor & Enclosed Spaces
Cold rooms, ducts, odor control and controlled enclosed-space treatment.
Browse articles →Industrial & Laboratory
Industrial oxidation, research rigs and precision gas-delivery applications.
Browse articles →Generator Engineering
Output, concentration, flow, gas source, cooling and OEM selection.
Browse articles →Safety & Integration
Monitoring, ventilation, destruct units, interlocks and by-product control.
Browse articles →Parts & Maintenance
Ozone tubes, modules, power supplies, replacement and troubleshooting.
Browse articles →