Pig House Ozone Environmental Treatment Generator

• Portable metal enclosure with carrying handle
• Integrated high-volume circulation fan
• Front-mounted timer and power controls
• 15 g/h and 30 g/h ozone-output options
• Compact freestanding installation
• Designed for livestock farm environmental treatment

• Two Ozone Output Options: Available in approximately 15 g/h and 30 g/h configurations for different room sizes and treatment requirements.
• Forced Air Circulation: Integrated fan helps distribute generated ozone through the treatment space.
• Timer-Controlled Operation: Built-in timing controls support scheduled treatment cycles.
• Portable Structure: Carrying handle and compact enclosure simplify movement between livestock buildings.
• Low-Noise Electric Operation: Suitable for indoor farm service areas where engine-driven equipment is unnecessary.
• On-Site Ozone Generation: Ozone is generated when required and does not need to be stored in pressurized cylinders.
• Odor Treatment Support: Ozone can react with certain odor-producing compounds under controlled treatment conditions.
• Multiple Farm Applications: Suitable for empty livestock houses, feed rooms, medicine rooms, quarantine rooms and other controlled spaces.

Reference treatment times are taken from the existing product material and should not replace site-specific ozone concentration measurement, ventilation assessment or applicable occupational safety requirements.

• Empty pig houses between production batches
• Farrowing and nursery rooms during downtime
• Quarantine and isolation rooms
• Feed storage rooms
• Veterinary medicine storage rooms
• Equipment storage areas
• Changing rooms during unoccupied treatment periods
• Other controlled livestock farm environmental treatment areas

• Place the generator on a stable, dry surface with sufficient clearance around the fan inlet and outlet.
• Select the 15 g/h or 30 g/h configuration according to room volume, treatment objective and ventilation conditions.
• Remove people and livestock from the treatment space before ozone generation begins.
• Prevent unauthorized entry while the generator is operating and during the required post-treatment period.
• Use a suitable ozone monitor when establishing or validating treatment procedures.
• Ventilate the treated space thoroughly after ozone generation stops.
• Confirm that ozone concentration has returned to an acceptable level before re-entry.
• Keep the fan grille and internal airflow path free from dust and debris.
• Inspect the timer, switches, power cable and ozone generation components periodically.
• Disconnect the electrical supply before opening or servicing the machine.

Q: What ozone-output options are available?
A: The existing product material lists 15 g/h and 30 g/h configurations.

Q: What size areas can the machine treat?
A: The original reference chart provides operating guidance for areas of approximately 100, 200, 400 and 800 m². Actual treatment requirements depend on room volume, ventilation, temperature, humidity and ozone demand.

Q: Is the machine suitable for pig houses?
A: Yes. It is intended for controlled environmental treatment in pig houses and related farm spaces.

Q: Can pigs remain inside during high-concentration ozone treatment?
A: No. Ozone is a respiratory irritant. For safety, ozone treatment should be carried out in unoccupied areas unless a professionally validated process specifically demonstrates safe exposure conditions.

Q: Can workers enter immediately after the generator stops?
A: No. The area should be adequately ventilated and ozone concentration should be confirmed at an acceptable level before personnel or animals enter.

Q: Can ozone help with farm odors?
A: Ozone can react with certain odor-producing compounds, but performance varies with concentration, contact time, airflow and contaminant load.

Q: Does ozone replace washing and manure removal?
A: No. Physical cleaning, manure removal, washing and other approved biosecurity procedures remain essential.

Q: How should the correct treatment cycle be selected?
A: Use the reference chart only as a starting point. Final settings should be determined according to room volume, ozone concentration measurements, ventilation conditions and applicable safety requirements.