Core Processes:

Employs two core process systems: AO/A²O+MBR and AO/A²O+MBBR. With "deep nitrogen and phosphorus removal + stable compliance + energy saving and consumption reduction" as the core design goals, the system optimizes the process to address the characteristics of influent wastewater with "high nitrogen and phosphorus, low C/N ratio, and large fluctuations in water quality and quantity," resulting in strong resistance to load shocks.

Core Product Advantages:

1. Excellent and stable effluent quality: The treated water strictly meets the Class A standard of the "Urban Wastewater Treatment Plant Pollutant Discharge Standard," allowing for direct discharge or reuse as reclaimed water for greening, flushing, etc., ensuring stable and reliable water quality.

2. Small footprint, suitable for confined spaces: Utilizing a modular integrated design, it highly integrates multiple treatment units such as bar screens, equalization tanks, biochemical reactions, sedimentation, and filtration into one unit, saving over 60% of the footprint compared to traditional wastewater treatment facilities.

3. High degree of automation, significantly reducing operation and maintenance costs: Equipped with a PLC fully automatic control system, it can achieve fully automated operation of the entire process, including wastewater influent, process reactions, and effluent, meeting specific program control requirements. No 24-hour dedicated personnel are required; only periodic inspections by staff are needed.

4. Flexible selection, covering all needs: Multiple standardized equipment models are available, with treatment capacities ranging from 5-200 m³/d. Equipment size and power can be flexibly adjusted according to the actual wastewater discharge volume of the plant. Materials are available in corrosion-resistant carbon steel and 304/316 stainless steel, adaptable to different budgets and usage requirements for various plant construction scenarios.

5. Short installation cycle, minimal on-site work: The equipment is pre-assembled and debugged in the factory. On-site work only requires foundation pouring, pipe connection, and electrical connection before it can be put into use, significantly shortening the on-site construction cycle and aligning with the project schedule.

Suitable scenarios:

Domestic sewage treatment during tunnel construction, domestic sewage treatment on offshore oil drilling platforms, domestic sewage treatment during oilfield exploration, domestic sewage treatment in special scenarios, domestic sewage treatment in office areas and employee dormitories during operation, and treatment of scattered domestic sewage in various special scenarios.