Product Introduction
The AO process integrated wastewater treatment equipment is a modular biological wastewater treatment system, primarily utilizing a biofilm for purification. It maximizes the advantages of biofilm reactors such as anaerobic biofilters and contact oxidation beds, including high biomass density, strong tolerance to pollutants, low energy consumption, stable operation, and easy maintenance. This system offers a broad application prospect and promotional value.
Equipment Advantages:
1. The AO process integrated wastewater treatment equipment has strong resistance to shock load. The average detention time in the contact oxidation method is over 6 hours.
2. Capable of denitrification and phosphorus removal, and can be adjusted in equipment design to handle industrial wastewater, domestic wastewater, and urban wastewater.
3. The biofilm reactors are typically filled with composite soft media, which are lightweight, high-strength, and have stable physical and chemical properties. They offer a large specific surface area, strong biofilm adhesion, and high efficiency of contact between wastewater and the biofilm.
4. The contact oxidation tank uses aeration blowers for aeration, causing the fiber bundles to continuously float and ensuring even aeration. This promotes the growth and maturation of microorganisms, exhibiting the characteristics of the activated sludge process.
5. Stable effluent water quality, low sludge production and easy to handle.
6. Submersible pumps can be installed within the equipment, reducing engineering investment.
7. The equipment can be placed on the ground or buried underground. When buried, the top can be covered for landscaping purposes, reducing the land area required for the factory and minimizing ground structures.
8. Easy to implement automatic control; simple management operation.
9. The equipment can be mounted on a vehicle to create a mobile rural integrated AO process integrated wastewater treatment system.
Product Structure
The AO process integrated wastewater treatment equipment primarily utilizes biochemical treatment technology, specifically the Contact Oxidation method. The design of the integrated domestic wastewater treatment equipment is based on the quality parameters of domestic wastewater and similar industrial organic wastewater, calculated generally as domestic wastewater quality. The incoming BOD5 is estimated at 200 mg/L.
Key Components: 1. Hydrolysis and Acidification Tank; 2. Contact Oxidation Tank; 3. Sedimentation Tank for Impurities; 4. Disinfection Treatment; 5. Anaerobic Digestion Tank for Sludge.
Application Scope
AO process integrated wastewater treatment equipment is suitable for residential communities, office buildings, shopping malls, hotels, restaurants, government agencies, schools, factories, and other similar facilities for domestic wastewater and similar industrial organic wastewater, such as textile, beer, papermaking, leather production, food, and chemical industries' organic wastewater treatment.
Equipment Outlook
An AO process integrated wastewater treatment equipment is a modular biological wastewater treatment unit. It is a biological wastewater treatment system that primarily utilizes biofilm as the purification medium. This system fully leverages the advantages of biological membrane reactors such as anaerobic biological filters and contact oxidation beds, including high biomass density, strong tolerance to pollutants, low energy consumption, stable operation, and easy maintenance. This makes the system highly applicable and valuable for promotion.
EquipmentSelect
1. The AO process integrated wastewater treatment equipment selects an economical and effective rural wastewater and sludge treatment process based on the composition and concentration of the influent water quality, ensuring that the effluent meets the quality standards for standard discharge and that sludge is safely utilized and disposed of.
2. The treatment process must consider both wastewater treatment and sludge treatment processes, and conduct unified research on them.
3. Consider factors such as the scale of wastewater treatment, local climate, geology, topography, personnel quality, and economic level.
