TECHNICAL CHALLENGE: Critical Regional Water Infrastructure
Transportation/Utility Infrastructure Project of the Year to Lehi-based Gerber Construction for the CWP—North Shore Terminal Reservoir Phase II at AGC Utah's 103rd Annual Convention. This critical Central Utah Water Project infrastructure required precision engineering for multi-million gallon reservoir capacity serving Utah's explosive population growth.
Complex Engineering Requirements:
- Large-capacity reservoir construction utilizing advanced earthwork and concrete technologies
- Environmental compliance during construction near the sensitive Great Salt Lake ecosystem
- Multi-agency coordination with federal, state, and local jurisdictions
- Advanced geotechnical engineering for massive earthwork and foundation stability
- Utility integration systems coordinating with regional water distribution networks
- Construction scheduling, minimizing environmental impact during sensitive migration periods
Regional Infrastructure Integration:
- Central Utah Water Project coordination, requiring federal compliance and oversight
- Water distribution network integration with existing municipal and agricultural systems
- Environmental protection systems during construction near wetland areas
- Access road construction supporting heavy equipment operations in remote areas
PROJECT RESULTS: 2025 Industry Recognition
2025 AGC Utah Transportation/Utility Infrastructure Project of the Year
Technical Success:
- Critical water storage capacity supporting regional growth and drought resilience
- Environmental compliance with zero violations during sensitive area construction
- Multi-agency approval demonstrating successful coordination and technical competence
- Advanced construction methods, setting standards for similar regional infrastructure projects
- On-schedule delivery meeting critical water supply timeline requirements
Industry Recognition Value:
- Most recent AGC award (January 2025), demonstrating current technical excellence
- Peer recognition from Utah's construction industry leadership
- Project complexity, showcasing advanced engineering and construction capabilities
- Regional infrastructure impact contributing to Utah's water security and growth management
TECHNICAL ADVANCEMENT OPPORTUNITIES:
Infrastructure Engineering Expertise:
- Large-scale earthwork engineering and construction management
- Water infrastructure design coordination with regional and federal water projects
- Environmental compliance engineering for sensitive ecosystem construction
- Multi-agency project coordination is essential for major infrastructure careers
Advanced Construction Technologies:
- GPS-controlled equipment operations for precision earthwork and grading
- Advanced materials engineering for long-term infrastructure durability
- Construction scheduling optimization for complex environmental and regulatory constraints
- Quality assurance systems ensuring compliance with federal and state standards
ENGINEERING SOLUTION: Advanced Infrastructure Construction
Earthwork and Excavation Engineering:
- Mass excavation operations utilizing GPS-controlled heavy equipment for precision grading
- Soil stabilization techniques for long-term embankment stability and settlement control
- Dewatering systems managing high groundwater and seasonal water level variations
- Compaction control protocols ensuring engineered fill meets design specifications
Concrete and Structural Systems:
- Reinforced concrete construction for inlet/outlet structures and control systems
- Precast concrete installation for standardized components and quality control
- Advanced formwork systems accommodating complex hydraulic structure geometry
- Post-tensioned construction is required for large-span structural elements
Environmental Engineering:
- Erosion and sediment control systems protecting water quality during construction
- Wildlife protection protocols coordinating construction with migration patterns
- Wetland mitigation measures, ensuring no net loss of sensitive habitat areas
- Air quality management, controlling dust and emissions during earthwork operations
