Pig Farm Reclaimed Water Reuse System

• Reclaimed water filtration module
• Reclaimed water disinfection and sterilization module
• Constant-pressure water supply integration
• Pig-house deodorization water supply
• Livestock-house surface washing water reuse
• Project-based modular treatment and water distribution layout

• Reclaimed Water Recovery: Reuses compliant treated effluent instead of discharging all treated water from the farm.
• Additional Filtration: Provides a polishing filtration stage before reclaimed water enters the reuse network.
• Disinfection Treatment: Adds a dedicated disinfection stage to improve reclaimed water quality for suitable farm utility applications.
• Reduced Freshwater Demand: Replacing part of the fresh water used for cleaning and odor-control systems helps lower overall water consumption.
• Odor-Control Integration: Reclaimed water can be supplied to compatible exhaust-air deodorization and spray systems.
• Farm Washing Applications: Suitable reclaimed water can be reused for selected livestock-house surface washing operations.
• Constant-Pressure Supply: The treatment system can be integrated with a constant-pressure pumping network according to farm requirements.
• Modular System Design: Filtration, disinfection, pumping and control sections can be configured according to influent quality and required reuse capacity.
• Project Customization: Treatment capacity, equipment layout and water distribution points are designed according to farm size and operating conditions.

• Commercial pig farms
• Large-scale livestock farm environmental projects
• Pig-house exhaust-air deodorization systems
• Odor-control spray water supply
• Livestock-house surface washing
• Farm utility water reuse
• Wastewater treatment plant effluent recovery
• Water-saving renovation projects for existing pig farms

• Analyze treated-effluent quality and required reuse-water quality before final system design.
• Select treatment capacity according to daily reclaimed-water availability and farm reuse demand.
• Install filtration, disinfection, pumps and pipelines according to the approved process layout.
• Keep reclaimed-water pipelines clearly separated from potable and livestock drinking-water networks.
• Inspect and clean filtration components at intervals determined by inlet-water quality and operating pressure.
• Check the disinfection system regularly and replace or service consumable components according to the selected technology.
• Inspect pumps, valves, pressure-control equipment and pipelines for leakage or blockage.
• Monitor treated-water quality periodically to confirm suitability for the intended reuse application.
• Drain and protect exposed pipelines and equipment where freezing conditions are possible.
• Isolate electrical power and system pressure before equipment maintenance.

Q: What water does this system treat?
A: It is designed to further treat reclaimed water or compliant effluent that has already passed through the pig farm's main wastewater treatment process.

Q: What treatment processes are included?
A: The core process includes additional filtration and disinfection before the water is returned to suitable farm applications.

Q: Where can the reclaimed water be reused?
A: Typical applications include exhaust-air deodorization systems, spray water and selected livestock-house surface washing operations.

Q: Can it reduce fresh water consumption?
A: Yes. Reusing treated water for suitable non-potable applications reduces the amount of fresh water required for these farm operations.

Q: Does the system include constant-pressure water supply?
A: A constant-pressure supply system can be integrated according to the required flow, pressure and farm pipeline layout.

Q: What is the treatment capacity?
A: Capacity is selected according to wastewater-treatment output, farm size and daily reclaimed-water demand.

Q: Can the reclaimed water be used as livestock drinking water?
A: This product is primarily intended for non-potable reuse. Drinking-water applications require additional treatment, testing and compliance with the applicable local water-quality regulations.

Q: What information is required for system design?
A: Please provide the treated-effluent water analysis, daily available water volume, required reuse volume, intended reuse points, target water quality, pipeline distance and required supply pressure.