Application Cases

As a core component of water environment management in the Maozhou River basin, Guangming District launched the "Guangming Comprehensive Pipeline Inspection Project." This project covers 2,200 kilometers of drainage pipe network across 13 river basins, aiming to accurately locate potential hazards such as misconnections, damage, and leaks. However, its implementation faces multiple challenges.

This system innovatively integrates intelligent control technology with historical operating data to construct an intelligent scheduling system for pump stations. Through independently developed intelligent algorithms such as constant liquid level control and constant flow control, it achieves efficient and coordinated operation of pump equipment, significantly improving overall energy efficiency.

The Longhua Drainage "Station, Network, River and Reservoir" integrated platform focuses on four major functional modules: facility operation and maintenance, safety management and control, intelligent early warning and joint dispatch. By monitoring the operation status of the pipeline network, river, pumping station and reservoir in real time, it provides information support for all aspects of drainage management.

The smart water plant uses digital twin technology to build a high-precision 3D model, enabling real-time linkage between process parameters and virtual scenes, and supporting multi-terminal collaborative management.

In July 2025, sediment appeared in the water supply in some areas of Hong Kong. The initial assessment was that the problem originated from a 400-meter section of water pipe upstream of Queen's Hill Estate and Shan Lai Court, and it was speculated that the asphalt coating of the pipe peeled off, causing impurities to mix into the water.

In October 2022, the pipeline to be inspected in a certain area in Southwest China was a DN800 water supply pipeline in the core of the urban area, which undertakes the daily water supply task for multiple surrounding communities and commercial areas and is a key node in the city's water supply.

In 2023, a DN2200 raw water pipeline in a certain area of ​​Northeast China was the core pipeline for the city's direct water supply. Its stable operation was directly related to people's livelihood and the normal operation of the city.

Recently, Bomingwei Technology's wholly-owned subsidiaryXingmo TechnologyProvided for a pipeline renovation project in the central urban area of ​​ShanghaiDN1800 large diameter UV-CIPP repair hoseMatching BomingweiSelf-developed UV curing repair equipmentto help the projectSuccessfully completed ultra-large diameter pipeTrenchless repair work on drainage pipes.

In the field of trenchless repair in municipal engineering, in-situ curing repair of reducing pipes has always been a technical challenge in the industry.。Recently,Xingmo TechnologyAssistanceZhangzhou Linjiang Drainage Pumping StationDrain pipeRepair project,againstDN1200Variable diameterDN900 cast iron pipe，Adopting customized UV-CIPPUV curingThe repair plan tackled the challenges of construction at the corners where diameters change in stages, successfully advancing the project.indivual,oneindivualabout3Standardized repair work on 0-meter pump station pipeline。

UV curing repairIn UV curing repair, the fit between the hose liner and the original pipe wall is crucial to the quality of the repair. Currently, the industry commonly suffers from the problem of selecting liner sizes too broadly: using smaller hoses results in a smooth and aesthetically pleasing repair, but the liner may not fit snugly against the pipe wall, creating cavities; using larger hoses risks the accumulation of wrinkles on the pipe wall. If the pipeline has a variable diameter structure, the difficulty of matching the size increases exponentially, and most teams can only passively "make do" with one end, unable to meet the fitting requirements of both large and small pipe diameters.