Aggregate Featured Projects
Tartan High School
Tartan High School in Oakdale, Minnesota needed a new parking lot and wanted one that would efficiently drain stormwater. Normally, a stormwater pond would be required to collect the water running off the parking lot but there was not an ideal location for the pond. Larson Engineering of Minnesota solved the problem by adding porous pavement to a portion of the parking lot. Aggregate Industries supplied both the base and choker material for the porous pavement.
Architect: DLR Group
Contractor: Buck Blacktop
Engineer: Larson Engineering of Minnesota
Owner: North St. Paul/Maplewood/Oakdale Ind School District 622
Other: Larson Contracting, Curb Masters
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Highway 280 Bridge
Changes on a Highway 280 bridge in St. Paul prompted a need to collect and filter water in a nearby pond.
Rip Rap - large limestone, angular stones - formed an attractive system for managing water runoff and filtration.
Architect: Minnesota Department of Transportation
Contractor: Arnt Construction
Engineer: MnDOT
Owner: MnDOT
Aggregate Provider: Aggregate Industries, Eagan
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Roseville Area High School Stadium
How do you prevent puddles on a synthetic football field? Drain it into a two-product aggregate subsystem underneath the field turf.
Architect: Sanders Wacker Bergly Inc.
Contractor: James Steele Construction
Subcontractor: Glenn Rehbein Companies
Engineer: BKBM Engineers
Owner: Roseville Area High Schools
Aggregate Provider: Aggregate Industries, Eagan
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