Aiming at the problems of untimely and inaccurate quality data collection in key construction processes of sewage treatment plant stations

as well as the lack of dynamics in management and control

this paper studies a dynamic quality control method for construction integrating intelligent perception technology. First

it analyzes the current status of construction quality management and control of sewage treatment plant stations and the application background of intelligent perception technology

and clarifies the existing data collection problems. Then

the control method is constructed from three aspects: the selection and deployment of multi-source perception equipment

the establishment of quality data collection frequency and standard system

and the design of real-time data transmission and preprocessing mechanism. Finally

the application effect is verified through an engineering case. The results show that this method can increase the process qualification rate by 15 percentage points

shorten the key process cycle by 12%

and reduce the workload of manual inspection by 40%

providing effective technical support for the construction quality management and control of sewage treatment plant stations.