Cherish
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| Item | Details |
| Treatment Process | A/O, A²/O, A/O-MBR |
| Treatment Functions | Biological degradation, sedimentation, optional disinfection |
| Applicable Wastewater | Domestic sewage and similar industrial wastewater |
| Structure & Installation | Compact design, space-saving; can be installed underground or above ground |
| Performance Features | Economical operation, strong shock load resistance, high treatment efficiency, easy maintenance |
| Effluent Standard | GB18918-2002 Grade 1A / Grade 1B |
| Daily Treatment Capacity | 24–500 m³/day; larger capacity available on request |
All treatment units are integrated in one container, requiring much less land than traditional scattered equipment.
Can be installed underground or above ground, suitable for limited sites, residential areas, small factories and remote areas.
Adopts mature processes such as A/O, A²/O and MBR, ensuring effluent quality steadily meets national discharge standards.
Performs reliably even with fluctuating water volume and pollutant concentration, avoiding system failure.
Economical energy consumption, simple operation, few wearing parts, reducing daily management and maintenance workload.
Standard capacity ranges from 24 to 500 m³ per day, and larger models can be customized to meet different project demands.
It is mainly designed for domestic sewage and can also treat similar biodegradable industrial wastewater.
The system adopts mature and reliable processes including A/O, A²/O, and A/O-MBR, with integrated biological treatment, sedimentation, and optional disinfection.
The effluent quality can stably meet Grade 1A or 1B of GB 18918-2002 Discharge Standard of Pollutants for Municipal Wastewater Treatment Plants.
Standard models range from 24 to 500 m³ per day. Larger capacities are available upon custom order.
Yes. The system is compact and can be installed either above ground or fully underground to save space and reduce noise and visual impact.
No. It features simple operation, low energy consumption, and easy maintenance, with strong resistance to shock loads and stable long-term performance.
