Poultry Water Chlorination Dosing System

The Poultry Drinking Water Ozone Disinfection System is designed for treating farm drinking water by generating ozone and transferring it into the water stream before distribution to poultry houses. Ozone provides strong oxidation and disinfection capability and then naturally decomposes toward oxygen rather than remaining as a long-lasting chemical disinfectant residue.

The system is suitable for breeder farms, broiler houses, layer farms, hatchery water systems and centralized poultry water treatment stations. It can be integrated with storage tanks, filtration equipment, pumps, pipelines and nipple drinking water systems according to project requirements.

For commercial livestock equipment projects, the ozone treatment system can be incorporated into new poultry house construction, steel structure building utilities or existing farm water system renovation. System capacity and configuration should be selected according to source water quality, water demand and required treatment objectives.

• Ozone-Based Water Disinfection: Uses ozone as a strong oxidizing agent for poultry drinking water treatment.
• On-Site Ozone Generation: Ozone is generated at the treatment location, reducing the need to store large quantities of conventional disinfectant chemicals.
• Rapid Oxidation: Suitable for controlling microorganisms and oxidizable contaminants in properly designed water treatment processes.
• Low Residual Treatment: Ozone naturally decomposes after treatment and does not provide the same persistent residual effect as chlorine-based disinfectants.
• Integrated Water Treatment: Can be combined with filtration, water storage, pumps, mixers and monitoring equipment.
• Commercial Farm Application: Suitable for centralized poultry farms, multiple-house projects and automated livestock water management systems.
• Flexible Configuration: Ozone generation capacity, mixing method and pipeline connections are customizable.
• Installation Flexibility: Suitable for equipment rooms, centralized water stations and skid-mounted treatment arrangements.

• Ozone generator
• Gas supply or oxygen supply section according to configuration
• Ozone gas delivery pipeline
• Venturi injector, mixing pump or gas-liquid mixing device
• Contact tank or reaction section where required
• Water circulation or booster pump where required
• Water inlet and outlet connections
• Flow control valves
• Control cabinet
• Ozone concentration or oxidation monitoring equipment where specified
• Off-gas treatment device where required
• Supporting frame, skid or equipment cabinet

The actual component combination is selected according to water quality, treatment capacity, farm layout and automation requirements.

The system produces ozone at the treatment site and introduces the ozone-containing gas into the poultry drinking water through a suitable gas-liquid mixing method. Depending on the project design, a Venturi injector, mixing pump, diffuser or other transfer device may be used.

During contact with the water, ozone acts as a strong oxidizing agent. Proper contact time, gas transfer efficiency and operating conditions are important for achieving the required treatment effect.

After the treatment stage, ozone gradually decomposes. The treated water can then be transferred to storage tanks or distributed through the farm drinking water network. Final system design should consider downstream pipe length, water demand and whether an additional residual disinfectant strategy is required.

Note: Ozone output, water flow capacity, contact time, operating pressure, power supply and monitoring configuration should be confirmed according to actual source water conditions and farm treatment requirements.

• Broiler drinking water treatment
• Layer farm water disinfection
• Breeder poultry drinking systems
• Pullet rearing houses
• Hatchery water treatment
• Central farm water treatment rooms
• Nipple drinking water supply systems
• Water storage tank treatment
• Commercial poultry production complexes
• New livestock equipment projects
• Steel structure poultry building projects
• Farm water system renovation

The system may also be adapted for selected livestock water treatment applications, including pig farm construction projects, where water quality and system design are suitable for ozone treatment.

• Ozone generator capacity according to water demand
• Air-fed or oxygen-fed configuration according to project requirements
• Air-cooled or water-cooled ozone generation system
• Venturi injector or alternative gas-liquid mixing system
• Contact tank configuration
• Booster and circulation pump selection
• Water filtration integration
• Automatic control system
• Monitoring instrument configuration
• Skid-mounted installation
• Pipeline diameter and connection customization
• Centralized multi-house poultry farm water treatment design

SHEWUYOU can configure the system according to farm capacity, incoming water conditions, poultry house quantity, peak water consumption and local installation requirements.

The ozone disinfection system is normally installed upstream of the poultry house drinking water distribution network. Depending on the project, treated water may pass through a contact section or storage tank before being supplied to nipple drinking lines.

The equipment should be installed in a dry, ventilated and service-accessible location. Pipeline direction, water flow, gas connections, pump operation and electrical supply should be checked before commissioning.

Routine maintenance may include inspecting ozone generation components, filters, pumps, injectors, valves, tubing and monitoring instruments. Mixing devices and contact sections should be kept clean to maintain efficient ozone transfer.

Ozone is a powerful oxidizing gas. Equipment rooms should follow appropriate ventilation and occupational safety practices, and ozone concentration should be controlled according to the manufacturer's operating instructions and applicable local requirements.

For large commercial poultry farms, the ozone system can be integrated into a centralized water treatment station serving one or multiple poultry houses. The treatment station may combine raw-water storage, filtration, ozone treatment, water tanks, pressure control and distribution pipelines.

During new poultry house or steel structure building construction, planning the water treatment equipment together with livestock equipment and utility pipelines can simplify installation, maintenance and future system expansion.

For existing farms, modular or skid-mounted ozone equipment can be selected to reduce modification work and facilitate connection with existing water supply infrastructure.

Q: What does a poultry drinking water ozone system do?
A: It generates ozone and transfers it into the farm water supply to provide oxidation and disinfection before the water reaches poultry drinking systems.

Q: Can the system be connected to nipple drinking lines?
A: Yes. The ozone treatment section can be installed upstream of nipple drinking water lines as part of a properly designed farm water treatment and distribution system.

Q: How is the required ozone generator capacity selected?
A: Selection depends on water flow, source water quality, treatment target, contact conditions and the total water consumption of the farm.

Q: Can the system work automatically?
A: Automatic control, pumps, monitoring instruments and PLC-based configurations are available according to project requirements.

Q: Does ozone remain in the drinking water for a long time?
A: Ozone is relatively unstable and decomposes after treatment. System design should therefore consider contact time, distribution distance and the farm's complete water sanitation strategy.

Q: Can the equipment be customized for a large poultry project?
A: Yes. Treatment capacity, ozone generation method, mixing equipment, tanks, pumps, controls and pipeline connections can be customized according to the poultry project.