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Snowmaking Supply Infrastructure


AQUA designs the primary snowmaking supply infrastructure that delivers raw water from source and storage to resort snowmaking systems: the reservoirs, pump stations, and transmission pipelines that sit upstream of the distribution network. This work requires engineering capabilities outside the range of standard civil practice. High-head hydraulic analysis, transient and surge design, large-scale pumping systems configured for seasonal mountain operation, and dam safety engineering are not incidental services on these projects. They define them.

AQUA works alongside snowmaking system designers and equipment vendors throughout design and construction. Primary supply infrastructure is sized, configured, and built to support operational requirements. System integration, vendor coordination, and constructability in active resort terrain are part of the design process, not afterthoughts addressed during construction.
Capabilities Include:
Reservoirs and Dam Safety Engineering
Snowmaking reservoirs are commonly dam-regulated structures subject to state dam safety permitting requirements. AQUA manages the full engineering and regulatory process for new reservoir construction, existing reservoir modifications, and rehabilitation of aging reservoir infrastructure. Hydrologic and hydraulic analysis, embankment design, outlet structure design, and dam safety compliance documentation are handled in-house. Embankment work requires full-time on-site engineering observation and documentation that is separate from general construction oversight and is required for state regulatory closeout.
  • New snowmaking reservoir design and existing reservoir expansion
  • Reservoir rehabilitation: underdrain system installation, liner repair and replacement, outlet structure improvements
  • Dam safety permitting across all hazard classifications: low, medium, and high
  • Dam safety compliance documentation: Emergency Action Plan, Standard Operating Plan, Initial Filling Plan
  • Hydrologic and hydraulic analysis: inflow design flood routing, wave runup, and freeboard justification
  • Construction observation and engineer's completion certification for regulatory closeout
Primary Supply Pump Stations
Primary snowmaking pump stations operate under demanding conditions: high discharge pressures, large flow rates, seasonal operating cycles with extended idle periods, and tight integration with compressed air systems. Station design is developed in direct coordination with snowmaking equipment vendors on pump selection, packaged system interfaces, and equipment installation requirements. Structural design for cast-in-place concrete and prefabricated building configurations is handled in-house.
  • High-capacity, high-head pump station design with multiple vertical turbine pumps and integrated air compressor systems
  • Upper mountain pump stations for conveying water from primary storage to high-elevation distribution points
  • Structural design: cast-in-place concrete and prefabricated building configurations
  • Mechanical piping design: suction, discharge, manifold, and appurtenance layout
  • Integration with potable water systems with state drinking water-compliant backflow prevention
  • Vendor coordination on packaged pump systems and equipment installation requirements
Transmission Pipelines and Hydraulic Analysis
Large-diameter raw water transmission pipelines in snowmaking systems regularly operate under static pressures that exceed the rated range of standard utility pipe materials. Welded steel and other high-pressure rated materials are common requirements rather than exceptions. Transient and surge conditions in high-head systems with large pump stations can be severe: surge analysis and mitigation design are integral to every primary supply system. Hydraulic modeling is performed for all primary supply system designs to verify pressure zones, flow distribution, and operating conditions across the range of snowmaking demands.
  • Raw water transmission pipeline design for high-pressure, large-diameter applications in all applicable materials
  • Hydraulic modeling: pressure zones, flow distribution, and system operating conditions
  • Transient and surge analysis with surge mitigation design
  • Cathodic protection coordination for buried metallic pipelines
  • Fiber-optic communication integration for real-time facility monitoring
INQUIRE

Relevant Project Experience

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Deer Valley East Village
​Water Treatment Facility

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Nordic ​Village
​Venture Ski Resort

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Deer Valley East Village
1.2 MG Culinary Water Tank

More Information

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Ski Resort Infrastructure Brochure

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Deer Valley East Case Study

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Utah Office
533 W 2600 S, Suite 275
Bountiful, UT 84010
801.299.1327​
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7935 E Prentice Avenue, Suite 100
Greenwood Village, CO 80111
720.667.1250
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12725 SW Millikan Way, Suite 300
Beaverton, OR 97005
801.683.3733
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