Demolition, site work and renovation of a water / sewer project in Milwaukie, Oregon. Conceptual plans call for the renovation of a water / sewer project; for the demolition of a water / sewer project; and for site work for a water / sewer project.

The Oregon Department of Transportation (“ODOT” or “Agency”) is seeking Proposals from Professional Services and Related Services consultants to provide engineering, environmental, planning, and technical services necessary for the design related to the Kellogg Creek Dam Restoration (Clackamas County) project (the “Project”). The selected Proposer shall provide engineering design services for the Project, including, but not limited to, National Environmental Policy Act (“NEPA”) services for the removal of Kellogg Creek dam, removal and replacement of OR99E structure (Bridge ID: 01949), and associated habitat restoration of the watershed (collectively, the “Services”). Proposers responding to this RFP do so solely at their expense, and Agency is not responsible for any Proposer expenses associated with this RFP. Project Elements: - Remove Kellogg Dam and restore a natural stream channel through the new Oregon 99E bridge crossing and Kellogg Lake. - Modernize Oregon 99E bridge with a safer and sustainable alternative including a multi-use pedestrian underpass between the City of Milwaukie and Willamette River waterfront, and a wildlife migration corridor. - Restore functional habitat in Kellogg Lake impoundment, including floodplain, wetlands, and riparian habitat, and restore hydrologic connectivity with the Lower Willamette River. - Add community enhancement features to the newly restored natural area including a trail, viewing and access points, and educational signage. Project Timeline: Phase 1: August 2022 to Summer 2023 = Initiation & Feasibility Phase 2: Summer 2023 to December 2024 = Design and Permitting Phase 3: January 2025 to December 2025 = Procurement & Initial Construction Activities Phase 4: January 2026 to December 2027 = Construction including Demolition and In-Water Work