Integrated wastewater treatment equipment adopts a modular integrated design, compactly arranging units such as bar screen sedimentation pretreatment, A/O process biological treatment, and MBR membrane or activated carbon adsorption deep purification. This reduces the footprint by 40% compared to traditional decentralized equipment and does not occupy surface area.
By optimizing the connection method of each treatment unit, water quality fluctuations in intermediate stages are reduced, ensuring that the effluent consistently meets the Class A standard of the "Discharge Standard of Pollutants for Municipal Wastewater Treatment Plants". The AO process is characterized by its simplicity, low investment, and total nitrogen removal rate of over 70%, while the A2O process removes phosphorus while removing nitrogen.
The equipment is equipped with an IoT monitoring module, enabling online water quality analysis and automatic alarm functions for anomalies. Maintenance personnel can monitor the equipment's operating status through a remote diagnostic platform, reducing maintenance costs by 30% compared to traditional methods.
The modular unit configuration strategy allows companies to add or remove treatment modules according to actual water quality characteristics. For high-salinity wastewater scenarios, the cultivation of salt-tolerant bacteria in the biological unit can be enhanced; for heavy metal contamination, chemical precipitation or ion exchange units can be added.
