2019 FLOOD DAMAGE REPAIRS PHASE 4 - RIVERTON WMA, CHECK STATION DIKE, Nishnabotna WU, Fremont Co

The Iowa Department of Natural Resources (DNR) is soliciting bids for flood damage repair work at the Check Station Dike in the Riverton Wildlife Management Area, located in Fremont County. This construction procurement, identified as 2019 Flood Damage Repairs Phase 4, requires contractors to complete comprehensive dike restoration and repair services. The project bid is scheduled to open on January 2, 2025, at 4:00 PM CST, with proposal submissions due by January 23, 2025, at 11:00 AM CST. Project documentation, including detailed plans, specifications, and proposal forms, can be obtained from Beeline and Blue in Des Moines. Prospective bidders must submit proposals directly to the Department of Natural Resources and are prohibited from using the IMPACS electronic submission system. The project engineer, Mandi Aldrich Peters, can be contacted at 515-205-1698 for technical inquiries, while the primary solicitation contact is Stephanie Graham, reachable at 515-344-0055 or stephanie.graham@dnr.iowa.gov.

The solicitation documents do not specify explicit set-aside designations or restrictions on bidding organizations. No information is provided about incumbent vendors, disadvantaged enterprise participation, or specific integration requirements with existing infrastructure. The procurement appears to be a standard public works construction project open to qualified contractors capable of performing flood damage repair work on state-managed wildlife management area infrastructure. While a specific budget range is not disclosed in the available documentation, public infrastructure repair projects of this nature typically require specialized civil engineering and construction expertise with experience in environmental restoration and dike reconstruction. Interested contractors should carefully review the complete project documentation available through Beeline and Blue to fully understand the scope, technical requirements, and potential project complexity associated with this flood damage repair initiative.