Introduction to Integrated Wastewater Treatment Equipment

Integrated Wastewater Treatment Equipment Introduction

The integrated wastewater treatment equipment combines the primary sedimentation tank, I and II stage contact oxidation tanks, secondary sedimentation tank, and sludge tank into one unit. It also incorporates aeration in the I and II stage contact oxidation tanks, effectively integrating the contact oxidation process with the activated sludge process. This approach saves the hassle of hiring professionals to design the wastewater treatment process and undertake infrastructure construction.

Wastewater treatment technologies are widely adopted both domestically and internationally, primarily categorized into two methods: activated sludge process and biofilm process. Common methods such as conventional aeration, oxidation ditch, A/B process, and A2/O process fall under the former, while biological rotating disk and contact oxidation belong to the latter. An integrated wastewater treatment unit combines a primary sedimentation tank, I and II stage contact oxidation tanks, secondary sedimentation tank, and sludge tank into one unit. It performs aeration in the I and II stage contact oxidation tanks, effectively integrating the contact oxidation and activated sludge processes, leveraging the strengths of both while overcoming their weaknesses, thereby enhancing the wastewater treatment level.

An integrated wastewater treatment equipment is a specialized device designed for the treatment of domestic wastewater, typically consisting of multiple treatment units. It effectively removes various harmful substances from the wastewater, ensuring compliance with national discharge standards.
This equipment boasts compact structure, small land occupation, easy installation, stable operation, and high processing efficiency, making it suitable for residential areas, office buildings, hospitals, schools, villages, and train stations for the treatment of domestic wastewater.
The main treatment units include grates, regulating basins, anaerobic basins, anoxic basins, contact oxidation basins, and sedimentation basins, among others. Through the collaborative action of these units, harmful substances such as suspended solids, organic pollutants, and ammonia nitrogen can be effectively removed from wastewater. Additionally, the integrated wastewater treatment equipment can be adjusted according to varying water quality conditions, catering to different treatment requirements.
Moreover, the equipment boasts high levels of automation and easy operation management, effectively saving labor costs and enhancing wastewater treatment efficiency. It is important to note that when selecting an integrated wastewater treatment system, ensure the manufacturer has the corresponding production qualifications and experience to guarantee the treatment effectiveness and stability of the equipment.