Specifications include, but are not limited to: Phase 1: Energy Training Center, Nordby Trades Center, and Energy Field by installing proper intakes and underground piping to properly route drainage the entire way to the retention pond. Current method dumps runoff into an above-grade channel which continues to be eroded and causes significant backup of water into our outdoor energy field instead of properly getting it all the way to the retention pond. Phase 2: Technology Center's roof drains and parking lots intakes. Project would create proper underground drainage infrastructure to route roof water directly to underground piping and remove current method of running above grade from the building to the parking lot. Parking lot intakes need to be relocated to better handle capacity and properly route water the entire way to the retention pond opposed to current design which daylights approximately 150 yards short of the pond. All runoff flows above grade the remainder of the distance to the retention pond, eroding ground and reducing holding capacity due to excessive silting in. Phase 3: NW corner of campus property to retention pond. Project would involve creating intakes to move runoff underground to the retention pond instead of the current above-grade method that has created considerable erosion damage and created significant silting in of the retention pond, reducing holding capacity.
