148 Chester Court              Bowling Green, KY  42103                                         Phone - (270) 843-2247           Fax - (270) 843-9323
  750 West 15th Street         Hopkinsville, KY 42240                                              Phone - (270) 885-9893           Fax - (270) 885-9869

 

WKU Creason Road Parking Lot:
In the spring of 2002, plans were begun for the renovation and expansion of an existing parking lot at the intersection of US 68-80 and University Drive.  This area has regularly flooded to the point of being impassable and unusable many times per year for over fifty years.  With the need to expand parking in this area to over 700 spaces, DDS ENGINEERING, PLLC was hired to design a site layout and storm water plan that would solve the flooding problems while protecting the cave system immediately beneath the parking lot.  We performed field reconnaissance, topographic surveys and office calculations to support our further preparation of site design, grading and drainage plans and landscape plans for the improved parking lot and shuttle bus stop.

The storm water management plan called for the use of an extremely large filtration system, which collects all runoff from the site, filters it by mechanically, then drains the filtered water into the underlying confluence
of three cave systems.  The direct discharge of storm water into a cave system mapped by the microgravity technique is the first attempt of its type to be utilized in this manner.

Civil Engineering Magazine profiled this project in its June 2003 issue because of the massive storm water handling capacity and superior filtration dynamics of the system designed by the engineers at DDS ENGINEERING, PLLC. Vortechnics, Inc. of Scarborough, Maine, who manufactured the four Vortechs System units utilized in the design of this project has also profiled this project in their in-house magazine because the system is the second largest custom system they have produced.  The system manages runoff of 133 cfs, the equivalent of a one year storm event over the entire 630 acre watershed.

Read the Stormwater Project Profile
 



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