Drainage networks is vast and intricate, possessing highly complex spatial and non-spatial attributes. However, the management of maintenance records, files, CCTV inspection records, and image data is often underutilized. To solve this issue effectively, modern management techniques must be employed to facilitate timely and efficient management, transitioning from empirical to scientific management. Drainage System Infrastructure Asset Management (IAM) has been widely adopted in many countries and regions, becoming an indispensable tool in daily management and urban planning.

An effective Drainage System Asset Management System should be capable of collecting and verifying all data associated with infrastructure assets, accessible to users as asset information. It should provide flexible data management tools, display tools, and report generation tools, seamlessly integrating with Maintenance Management Systems (MMS), field measurement records, SCADA online monitoring systems, Geographic Information Systems (GIS), hydraulic modeling systems, desktop office systems, and corporate databases.

We utilizes modern information technology to conduct comprehensive asset data surveys of drainage networks and establishes corresponding management systems. This includes integrating maintenance, inspection, and repair processes into the system for integrated management.

• Development of 2D/3D infrastructure asset management systems

• Dynamic IAM with inspection and repair functions

• Lifecycle assessment of asset management investment efficiency