| Objet | Détails |
|---|---|
| Nom du projet | Projet de traitement des eaux usées pharmaceutiques |
| Localisation | Thaïlande |
| Année | September 2019 |
| Application | Pharmaceutical Wastewater |
| Capacité de traitement | 40m³/d |
| Process | Biological + MBBR |
| System Type | Integrated Wastewater Treatment Plant |
| Discharge | Treated Water Discharge |
This project was designed for wastewater treatment from a pharmaceutical production facility. Based on the wastewater analysis and discharge requirements provided by the client, a suitable biological treatment process was required to ensure stable operation and compliance.
Pharmaceutical wastewater often contains complex organic components, requiring efficient biological treatment and stable process control.
After technical analysis and calculation, an MBBR (Moving Bed Biofilm Reactor) process was selected for this project. The system adopts an integrated design to simplify installation and operation.
The treatment system includes:
MBBR media are installed in the anoxic and oxic tanks to enhance biological treatment efficiency.
Anaerobic Tank → Anoxic Tank → Oxic Tank (MBBR) → Sedimentation Tank → Clean Water Tank
Excess sludge generated during the treatment process is discharged through the sludge outlet and treated using a plate filter press. The resulting sludge cake is regularly removed for disposal.
Une station municipale de traitement des eaux usées au Turkménistan a modernisé son système MBR existant en remplaçant les anciens rideaux de membranes. Au total, cinq lots de membranes MBR ont été fournis et mis en service avec succès, ce qui a permis de stabiliser les performances du système.
Un projet de traitement des eaux usées pharmaceutiques en Thaïlande a adopté un processus biologique MBBR. Le système traite 40 m³/j d'eaux usées et permet un rejet stable conformément aux exigences du projet.
