| Artigo | Detalhes |
|---|---|
| Nome do projeto | Projeto de tratamento de água potável |
| Localização | Motatei, Romania |
| Ano | May 2019 |
| Water Source | Deep well water from 6 wells |
| Total Capacity | 57.6m³/h |
| System Configuration | Carbon Filter + Ion Exchange / Carbon Filter + RO |
| Container Type | 40HQ FLC |
| Control Method | Remote control |
The raw water came from six deep wells in Romania. Several water quality indicators exceeded the required limits, including ammonia, nitrate, E. coli, total bacterial count, iron, and manganese. Among these issues, nitrate was the most critical, while ammonia, iron, and manganese were slightly above standard limits.
To meet drinking water requirements, the project adopted a combined treatment process. Disinfection and activated carbon filtration were used to handle microbial indicators and slightly excessive ammonia, iron, and manganese. RO treatment was applied to reduce nitrate levels, while ion exchange water and RO permeate were blended to achieve the required final water quality.
The project uses two parallel treatment lines:
The RO permeate and ion exchange product water are mixed to produce drinking water. The system design supports stable output while maintaining suitable nitrate and hardness levels in the final blended water.
Raw Water Tank → Raw Water Pump → Activated Carbon Filter → Ion Exchanger → Product Water Tank
Raw Water Pump → Activated Carbon Filter → Security Filter → High Pressure Pump → RO Unit → Product 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.
