River channel nitrogen and phosphorus removal integrated equipment
The river denitrification and phosphorus removal system features highly integrated equipment, rapid biochemical reactions, high removal efficiency, and excellent effluent quality for direct reuse. Returning sludge from the anoxic reaction tank to the anaerobic reaction chamber creates an environment conducive to anaerobic phosphorus release by phosphate-accumulating bacteria, enhancing their bioselectivity and achieving highly efficient phosphorus and nitrogen removal.The system is suitable for water treatment such as municipal water plant upgrading, urban overflow water emergency treatment, industrial wastewater phosphorus removal, etc.
Keywords:
River channel nitrogen and phosphorus removal integrated equipmen
• Surface hydraulic load can reach 30 m³/(m²·h)
• High processing capacity: A single skid-mounted unit can handle up to 25,000 tons per day.
• Low operating costs: ¥0.5-¥1.0 per ton of water, depending on the treatment scale.

Category | Model | Water treatment capacity(T/D) | Specifications and Dimensions | Number of entities | Removal rate |
Main body of the equipment | SY-K-1000 | 1000 | φ4.58*4.8/15*3*3 | 2/1 | Total phosphorus ≤ 0.3mg/L Total phosphorus removal rate ≥ 90% Ammonia nitrogen ≤ 1.5mg/L Ammonia nitrogen removal rate ≥ 70% |
SY-K-2500 | 2500 | φ6.88*4.8/15*3*3 | 2/2 | ||
SY-K-5000 | 5000 | φ9.93*4.8/15*3*3 | 2/4 | ||
SY-K-10000 | 10000 | φ13.75*4.8/15*3*3 | 2/4 |
*The configuration is for illustration only, and the actual product shall prevail. Any changes will not be notified separately.
Online Message
If you are interested in our products, please leave your email and we will contact you as soon as possible. Thank you!
Related Products
Related Case
Shuiyi Group is a leading integrated water environment management service provider in China
Zhenjiang Water Environment Comprehensive Improvement Project
Taicang Beijing Road South and Taiping Road West Pump Station Terminal Wastewater Treatment Project
Cixi Henghe In-Situ Ecological Water Replenishment Project