Save Our Indian River Lagoon – Brevard Septic To Sewer

Ardurra delivered surveying services for a large-scale septic-to-sewer conversion design project covering approximately 59 miles of roadway throughout Brevard County. The extensive survey utilized advanced technology integration, including aerial LiDAR, GPS, and traditional data collection methods, ensuring accurate mapping across diverse terrain and infrastructure conditions.

The surveying approach combined aerial photogrammetric techniques, LiDAR technology, drone operations, and conventional instruments to establish horizontal and vertical control meeting county specifications. Additional specialized services included Digital Surface Model development, storm sewer surveying, and finished-floor elevation documentation to support detailed infrastructure planning.

Key Surveying Services:

• Surveyed 59 miles of roadway for septic to sewer conversion using integrated aerial LiDAR, GPS, and traditional data collection methods

• Established horizontal and vertical control meeting Brevard County specifications through comprehensive topographic surveying protocols

• Utilized advanced technology integration, including aerial photogrammetric, LiDAR, drone, and conventional surveying instruments

• Developed Digital Surface Models providing detailed terrain analysis supporting sewer infrastructure design and planning

• Conducted specialized infrastructure surveys, including storm sewer systems and finished floor elevations, for comprehensive project planning

• Located right-of-way evidence ensuring accurate property boundaries and easement identification throughout the project corridor

Performed cross-sectional validation of LiDAR data, ensuring accuracy and reliability for engineering design applications. The surveying delivery provides Brevard County with comprehensive data to support critical infrastructure improvements, including the transition from septic systems to centralized sewer service. Advanced technology integration and systematic data collection enable accurate engineering design while supporting public health and environmental protection objectives throughout the extensive service area.