This paper summarizes the market conditions and major factors driving the price increase across each of the Four Lakes projects.
Spence Brothers will be accepting bids from trade contractors for construction of Sanford Dam. Bid categories include excavation, paving and site utilities, structural steel, structural demo, cast-in-place concrete, roller compacted concrete, and plumbing - primary spillway. Read the full invitation to bid here: spence_brothers_invitation_to_bid-sanford_7.17.23.pdf
Bids from Talle Construction, Co., Inc. and Barnard for Sanford Dam restoration
Please see updated bids shared in October 2023 here. August has been a very busy month, after the focus in July on obtaining the counties’ approval on the 2022-2024 Operations and Maintenance Special assessment. I wanted to provide a brief update of our progress and plans for the remainder of the year...
Read Full Report Restoration Plan Update: Status and Financing Plan (Chapters 10 and 11)
See original Restoration Plan published in May 2021 Following the flood of 2020, Four Lakes Task Force, as a sponsor to the NRCS EWP program entered into an agreement to stabilize the Sanford Dam. This stabilization project aims at restoring the Sanford Dam, consisting of the spillway and embankment, to a stable condition and rerouting the river back to its original pre-flood course. In addition, this project will reduce further erosion of the banks near the spillway and prevent continued deterioration of the site. The work done as part of this stabilization project will be utilized during the restoration project which is forthcoming in the following years. Like the Edenville Dam Phase I Sister Wall and Phase II Tittabawassee stabilization projects, GEI Consultants is the engineer of Record, Spicer Group is acting as the Owner’s Engineer and Fisher Contracting Company will be performing the construction work.
The scope of the project includes three phases: site preparation/access, modifications to the spillway, and installation of a sheet pile I-wall. A summary of each phase is as follows: |
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