COE Sewer System Inventory

Ardurra delivered sewer system inventory services for Coeur d'Alene Airport - Pappy Boyington Field (COE), successfully integrating diverse data sources into an intuitive online dashboard for enhanced asset management efficiency. The complex project consolidated disparate information, including as-built documents, survey data, CAD drawings, and detailed inspection reports, into a unified system supporting informed decision-making.

The integration process required sophisticated data extraction techniques to compile PDF as-built documents, survey data from multiple sources, including CAD drawings and field photos, as well as comprehensive HTML gravity main inspection reports that contained tables, diagrams, images, and videos. Each data element was strategically associated with individual sewer system features for seamless accessibility.

Key Project Highlights:

• Integrated diverse data sources, including as-built PDFs, survey data, CAD drawings, and field documentation into a unified system

• Consolidated complex inspection reports featuring tables, diagrams, images, and videos associated with individual sewer features

• Employed advanced data extraction techniques combined with geospatial analysis and database management for comprehensive integration

• Developed an intuitive online dashboard providing seamless access to comprehensive sewer system information

• Enhanced asset management efficiency through centralized data visualization and management capabilities

• Enabled informed decision-making by providing airport officials with easily accessible, comprehensive infrastructure data

• Created scalable system architecture supporting future data additions and system expansions

The implementation transformed the COE's sewer system management from a fragmented data source into a comprehensive, user-friendly platform. The integrated approach provides airport officials with immediate access to critical infrastructure information, supporting proactive maintenance planning and efficient operational decision-making.