| Artigo | Detalhes |
|---|---|
| Nome do projeto | Projeto do sistema municipal de águas residuais de UF |
| Localização | Filipinas |
| Ano | May 2017 |
| Aplicação | Municipal Wastewater Treatment |
| UF Production Capacity | 68,000m³/d / 2,833m³/h |
| System Quantity | 12 UF units |
| Capacity per Unit | 240m³/h |
| UF Recovery Rate | 90% |
| Single Unit Size | 7m × 3m × 3.3m |
| Process Role | UF pretreatment before RO |
This project was designed for a large municipal domestic wastewater treatment application. The incoming water quality was relatively stable, with BOD < 20mg/L and SS < 30mg/L. After UF treatment, the water was required to meet RO feed water conditions.
The UF system was designed as the key membrane filtration section of the project. The pretreatment before UF and the advanced treatment after UF were handled by the project contractor, while the UF section was designed to provide stable filtration performance before the RO stage.
The system includes 12 UF units, each with a production capacity of 240m³/h. The total UF output reaches 68,000m³/d, with a UF recovery rate of 90%.
Raw Water Tank → Raw Water Pump → Pretreatment → UF System → UF Water Tank
Uma estação municipal de tratamento de águas residuais no Turquemenistão actualizou o seu sistema MBR existente, substituindo as antigas cortinas de membrana. Um total de 5 lotes de membranas MBR foram fornecidos e colocados em funcionamento com sucesso, apoiando o desempenho estável do sistema.
Um projeto de tratamento de águas residuais farmacêuticas na Tailândia adoptou um processo biológico MBBR. O sistema trata 40m³/d de águas residuais e suporta uma descarga estável de acordo com os requisitos do projeto.
