Technical Features And Advantages Of Wastewater Treatment Equipment

The integrated wastewater treatment system employs a modular, consolidated design that compactly arranges units-such as pretreatment (screening and sedimentation), A/O biochemical treatment, and advanced purification (via MBR membranes or activated carbon adsorption). This configuration reduces the required footprint by 40% compared to traditional decentralized systems and eliminates the need for surface-level land occupation.
Optimized integration between treatment units minimizes water quality fluctuations during intermediate stages, ensuring the effluent consistently meets the Class 1A standard set by the *Discharge Standard of Pollutants for Municipal Wastewater Treatment Plants*. The A/O process is characterized by its simplicity and low investment costs while achieving a total nitrogen removal rate exceeding 70%, whereas the A2O process enables phosphorus removal alongside nitrogen removal.
Equipped with IoT monitoring modules, the system supports online water quality analysis and automatic anomaly alerts; operations and maintenance (O&M) personnel can monitor equipment status via a remote diagnostic platform, resulting in a 30% reduction in O&M costs compared to traditional models.
A modular configuration strategy allows enterprises to adjust treatment units based on specific water quality characteristics; for instance, the biochemical unit can be enhanced through the cultivation of salt-tolerant bacteria for high-salinity wastewater, while chemical precipitation or ion exchange units can be added to address heavy metal contamination.