> VELADERO PROJECT
(Successfully concluded)
 
 
CIVIL
> RIVERSIDE PARK SUBDIVISION
(Successfully concluded)
> ROCKY GULLY SNOW MAKING RESERVOIR
(Successfully concluded)
> OHAU SNOW MAKING RESERVOIR
(Successfully concluded)
> WHITE HILL PROJECT – WIND FARM
(Successfully concluded)
> GLENCOE SUBDIVISION
(Successfully concluded)
> JACKS POINT – GOLF COURSE
(Successfully concluded)
> QUEENSBERRY SUBDIVISION
(Successfully concluded)
> MACRAES MINE –CIVILWORKS
(Successfully concluded)
 
MINING
> REEFTON GOLD PROJECT
GLOBE PROGRESS MINING
> TAKITIMU COAL MINE
> OHAI COAL MINE
 
> CERRO CORONA PROJECTT
(Successfully concluded)
> EL BROCAL PROJECT
> BONGARÁ PROJECT
(Successfully concluded)
> LA ARENA PROJECT
> LA ZANJA PROJECT
> MARCONA PROJECT
> TOROMOCHO PROJECT
 
 
       
     
  QUEENSTOWN - NEW ZEALAND    
       
 

Ski areas rely on the ability to make snow in order to create and maintain quality skiing conditions on slopes during times of inadequate snowfall. In cold ambient conditions, the process of making snow requires three ingredients (sub-freezing conditions, water, and air) and can consume a great deal of water and energy.

 
 

 

 
 

This large demand for water is often a problem for ski areas due to concerns about natural water supplies. Drawing from natural sources during times of low or reduced flow, such as the winter season, can have negative impacts on wildlife. To protect aquatic habitats, ski areas’ draw on natural streams and lakes should be minimized by building reservoirs dedicated to snowmaking operations.

 
       
 

In December 2007 STRACON was awarded a contract for the construction of a 48,000 m3 capacity snow making reservoir at Coronet Peak Ski Field in Queenstown, New Zealand.

       
 
The scope of this project involves the site clearance of 12,085 m2, a total volume of 30,000 m3 of earthworks associated for the reservoir and the outlet trench, the installation of 1,500 m of pipes (63 mm to 300 mm diameter) for the storm water reticulation and snow making pipe system as well 9,000 m2 of liner protection over the internal surface of the reservoir.
       
       
 
ROCKY GULLY PROJECT – PHOTO GALLERY
   
 

       
 
PROJECT SHEET ROCKY GULLY