CloseEaglewood Cove Tank
Project Overview
CMT Technical Services supported the design and construction of Eaglewood Cove Water Tank. This is a one-million-gallon concrete water tank and 12-inch ductile-iron transmission lines that serve the new Eaglewood Cove development in North Salt Lake, Utah. The utilities supply 150 planned luxury residences, while improving system pressure for nearby neighborhoods. Learn More about Drinking Systems.
Location & Scope
- Project site: Eaglewood Cove, North Salt Lake
- Client: Private land developer
- Tank capacity: ≈1,000,000 gallons
- Pipeline length: ≈4,500 linear feet
- Associated work: Full reconstruction of surrounding local streets, including widened lanes, curb-and-gutter upgrades, and ADA-ready sidewalks.
Services Provided
Our multi-disciplinary team contributed:
- Geotechnical evaluation for tank footing stability and trench backfill.
- Civil engineering for tank site grading, overflow routing, and roadway profiles.
- Surveying for boundary verification, control networks, and construction staking.
- Materials field testing and laboratory services for concrete, asphalt paving material, and aggregate base.
- Construction management to track schedule, coordinate contractors, and document daily progress.
Community Impact
- Boosts potable-water storage and fire-flow capacity for North Salt Lake.
- Reduces maintenance interruptions through modern transmission lines.
- Rebuilt streets enhance drivability and pedestrian comfort for current and future residents.
Project Highlights
Feature |
Benefit |
|---|---|
Pre-stressed concrete tank |
Long service life with minimal maintenance |
Seismic-resilient foundation |
Supports hillside conditions common along the Wasatch Front |
Smart flow-metering |
Helps the city manage demand during peak irrigation seasons |
Why CMT Technical Services
Our integrated approach allows owners to move from concept to completion with one trusted consultant. By combining geotechnical, civil, and construction expertise under one roof, we streamline coordination, reduce delays, and deliver reliable results.