Pig Farm Ozone Disinfection Generator

• Stainless steel ozone generator housing
• Large integrated air circulation fan
• Digital operating and timing controller
• Adjustable ozone output configuration
• Compact freestanding structure
• Designed for livestock farm environmental treatment

• Livestock Farm Design: Developed for pig houses and other agricultural environments with high humidity, dust and corrosive gases.
• Stainless Steel Housing: Metal enclosure provides improved resistance to humid and corrosive farm conditions.
• Adjustable Ozone Output: Ozone generation can be regulated according to treatment requirements.
• Digital Control: Integrated controller simplifies timed and scheduled operation.
• Forced Air Distribution: Integrated fan assists with distributing generated ozone through the treatment space.
• Odor-Control Support: Ozone can oxidize certain odor-causing compounds under appropriately controlled treatment conditions.
• On-Site Ozone Generation: Ozone is produced when required without storing ozone gas in cylinders.
• Compact Installation: Integrated enclosure is convenient for use in farm rooms, storage areas and temporary sanitation zones.

• Empty pig house treatment between production batches
• Livestock building odor-control treatment
• Quarantine and isolation rooms
• Farm equipment storage rooms
• Feed and material storage areas where appropriate
• Changing rooms during unoccupied treatment periods
• Poultry and livestock facility sanitation support
• Other unoccupied agricultural spaces requiring controlled ozone treatment

• Select the ozone generator capacity according to room volume, treatment objective, ventilation conditions and required contact time.
• Place the unit on a stable surface with sufficient clearance around the air inlet and outlet.
• Remove all people and animals from the treatment area before ozone generation begins.
• Prevent unauthorized entry during the complete ozone treatment period.
• Use appropriate timing and ozone concentration monitoring when establishing treatment procedures.
• After treatment, stop ozone generation and ventilate the area thoroughly before re-entry.
• Confirm that ozone concentration has returned to an acceptable level before personnel or livestock enter the area.
• Keep fan guards, ventilation openings and internal air passages free from excessive dust.
• Inspect electrical connections, control components and the ozone generation module periodically.
• Disconnect electrical power before maintenance or opening the equipment housing.

Q: What is this ozone generator designed for?
A: It is designed for controlled air treatment, odor-control support and sanitation applications in pig farms and other livestock facilities.

Q: Can the ozone output be adjusted?
A: Yes. The current product configuration provides adjustable ozone output for different treatment requirements.

Q: Why is stainless steel used for the housing?
A: Stainless steel provides better resistance to the humid and corrosive conditions commonly found in livestock production environments.

Q: Can ozone help control livestock-house odors?
A: Ozone can oxidize certain odor-causing compounds, but actual performance depends on ozone concentration, contact time, air circulation, contaminant load and ventilation conditions.

Q: Can pigs remain inside the building while the machine is operating?
A: No. Ozone is a respiratory irritant. High-concentration ozone treatment should only be carried out in unoccupied areas without people or animals present.

Q: Can workers enter immediately after the treatment cycle?
A: No. The treated area must be thoroughly ventilated and ozone concentration should be confirmed at an acceptable level before re-entry.

Q: What ozone capacity should be selected?
A: Capacity should be selected according to room volume, treatment purpose, ventilation rate, contact time and the required ozone concentration. Project-specific sizing is recommended.

Q: Is ozone treatment a complete replacement for farm cleaning?
A: No. Ozone treatment should be integrated with physical cleaning, manure removal, washing, ventilation and other approved farm biosecurity procedures.