In the context of increasingly severe global water scarcity and pollution, integrated sewage treatment equipment has become a core issue for ecological environment protection and sustainable development. The integrated sewage treatment equipment, with its core advantages of integration, modularization, and high efficiency, effectively compensates for the pain points of traditional sewage treatment systems such as large footprint, long construction period, and complex operation and maintenance

The mainstream processes for integrated equipment include MBR, SBR/CASS, A ²/O, and contact oxidation. The focus of rectification varies for different processes

Equipment for pre-treatment stage of power plant sewage treatment
The pre-treatment stage equipment is mainly divided into two categories: solid-liquid separation basic equipment and water quality regulation equipment. The core function is to remove impurities, regulate water quality, and provide protection for subsequent treatment. The specific equipment and functions are as follows:

The sources of wastewater in power plants are complex, including desulfurization wastewater, oily wastewater, coal containing wastewater, chemical wastewater, and domestic sewage. It is necessary to adopt the principle of "classified collection, quality treatment, and cascade utilization" according to the characteristics of water quality, and form a complete treatment system with targeted equipment. According to the processing stages, the system will sort out various core equipment and adaptation scenarios, taking into account the needs of traditional processes and zero emission upgrades. ​

High space utilization and strong landscape adaptability: The main structure is buried below the ground surface, only exposing the maintenance port and control system, which can save ground space to the greatest extent possible. It can naturally integrate with the surrounding landscapes of communities, scenic spots, rural areas, and other scenes without damaging the layout of the ground environment.

1. Check if all valves are intact and open flexibly.
2. Ensure that the water pump rotates flexibly and there are no hidden dangers that may affect normal operation. If discovered, promptly eliminate them.