Agriculture Wastewater Treatment Systems
Наш сайт Agriculture Wastewater Treatment System is an advanced solution for managing wastewater from farming and livestock operations, ensuring high-quality effluent and environmental compliance. Wastewater from these activities is often characterized by high levels of organic matter, ammonia nitrogen, and pathogens. Our technology is designed to effectively treat these complex pollutants, safeguarding the environment and helping you meet discharge standards.
Features of Our Agriculture Wastewater Treatment
Comprehensive Treatment Process
Our systems utilize a multi-stage treatment process, including an equalization tank, coagulation-flocculation, biological reactors, and a disinfection tank to ensure thorough pollutant removal.
High-Efficiency Biological Reactors
The treatment process includes advanced biological stages such as a UASB (Upflow Anaerobic Sludge Blanket) reactor and an activated sludge aeration tank, which are designed to handle and break down high concentrations of organic matter.
Effective Pollutant Removal
The system is engineered to treat wastewater containing high levels of CODcr (>5000mg/L), BOD5 (>1500mg/L), and ammonia nitrogen (>200mg/L), among other pollutants.
Final Disinfection Stage
After the primary and biological treatment, the process concludes with a disinfection stage, ensuring the final effluent is safe for discharge.
Advantages of Our Farm Wastewater Solutions
Robust Pollutant Removal: Our systems are specifically designed to handle the challenging characteristics of aquaculture wastewater, providing high removal rates for organic matter, suspended solids, and nitrogen.
Соответствие нормативным требованиям: By effectively treating key pollutants to low levels, our solutions help you comply with local and national environmental discharge standards.
Adaptable Technology: The system’s design can be adapted to handle the varying pollutant levels that are common in aquaculture and farming, which can differ based on species, scale, and management practices.
Environmentally Responsible: Our technology provides a reliable method for responsibly managing farm wastewater, reducing environmental impact and promoting sustainable agricultural practices.
Applications for Agriculture Wastewater Treatment
Our systems are primarily designed for the treatment of wastewater generated from various agricultural and farming operations, including
Aquaculture
Treating wastewater from fish and shrimp farms.
Livestock Farming
Managing waste from animal urine and feces, as well as pen wastewater.
Agricultural wastewater treatment process
This process employs a combination of physical, chemical, and biological methods to effectively treat agricultural wastewater.
Preliminary Treatment: Wastewater (
sewage) first passes through a grating well (for large solid removal) and a catch basin for initial settlement.Chemical & Physical Treatment: The water then enters a pH regulating tank for neutralization. An air flotation machine is used to remove suspended solids, fats, and oils. Ammonia nitrogen stripping (with a
blower) follows to reduce ammonia levels.Biological Treatment (Core Process): The water undergoes advanced biological purification in an anaerobic tank (for hydrolysis and acidification), an AO tank (Anoxic/Oxic for denitrification and nitrification), and an MBR tank (Membrane Bioreactor) for highly efficient organic matter removal and solid-liquid separation. This step includes
mixed liquid reflux.Sludge & Final Polishing: Treated water from the MBR is clarified in a sedimentation tank. Excess sludge is diverted to a sludge tank, thickened, and dewatered using a filter press до
sludge transportation. The clarified water is stored in a clear water backwash tank and can be used for system backwashing. Finally, the treated water meets standards for compliance discharge.
Часто задаваемые вопросы
Agriculture wastewater typically contains high concentrations of organic matter, ammonia nitrogen, pathogens, and heavy metals. The specific pollutant levels can vary based on farming practices and species.
Our system uses a series of advanced processes, including coagulation-flocculation and highly efficient biological reactors like a UASB reactor and activated sludge aeration tank, to break down and remove high concentrations of organic matter and other pollutants.
The biological treatment stage is critical for breaking down organic matter and nitrogen-based pollutants using microorganisms. This process ensures the wastewater meets discharge standards.
The treatment process includes a final disinfection stage to ensure the water is safe before it is discharged.
Yes, because the pollutant levels in aquaculture wastewater can vary significantly based on the operational scale, our systems can be customized to meet different farm sizes and specific needs.
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