This type of scenario mainly involves domestic sewage (with low COD and BOD concentrations and stable water quality), with a water volume mostly ranging from 0.5 to 500m ³/d. It is the most widely used field for integrated equipment, with high requirements for landscape, low noise, and automation of the equipment.
Urban community/residential area

Unit high integration: The core units of pre-treatment, main treatment, deep treatment, and disinfection of sewage treatment are integrated into a steel/fiberglass/concrete integrated box, without the need to separately construct various civil engineering tanks (such as regulating tanks, biochemical tanks, and secondary sedimentation tanks), reducing on-site construction processes.

Comprehensive Plan for the Construction of Rural Integrated Water Purification Equipment (Suitable for Centralized Water Supply/Distributed Water Supply in Villages and Towns)
Rural integrated water purification equipment is the core equipment for solving rural drinking water safety, and its core feature is integration

The core of treating acidic wastewater is to neutralize acidity and achieve standard discharge. It is necessary to select suitable equipment based on the acidity, water volume, and pollutant types of the wastewater. The core equipment and applicable scenarios are as follows:

The integrated sewage treatment equipment market has broad prospects, but still faces multiple challenges. At the funding level, there is a high demand for construction and operation funds for sewage treatment projects, and there is a significant funding gap in some areas, which hinders the implementation of the projects; At the standard level, there is a problem of inconsistent product standards and uneven quality in the market, which affects the healthy development of the industry

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