Description: Underdeck structural and marine improvements. Contract comprises four main project elements: steel caisson protection, sludge barge loading dock fender replacement, underdeck repair and improvements, and ice breaker reconstruction.
City · NY, US
Solicitation files and supporting documents for this bid.
RFP documents aren’t available here yet.
Our team can help you find the original solicitation documents.
Request File RetrievalDecision makers connected to this RFP from New York City.
Adjacent opportunities open for bidding right now.
CountyOR
Posted
Oct 7, 2026
Nov 17, 2026
Work consists of 1,400 SF Aeration Basin vertical, horizontal and overhead concrete surface removal and repair: Repair System B; 400 SF Aeration Basin vertical, horizontal and overhead concrete surface removal and repair: Repair System C; 176 LF Aeration Basin Polyurethane Injection Grouting.
Metropolitan Council - Twin Cities
State AgencyMN
Posted
Sep 23, 2026
Dec 2, 2026
Work icnludes approx. of 16,870 SF of landscaping; 13,000 Sf of bituminous pavement; 16,560 SF of concrete coating; 228 LF of 3/4" conduit (PVC); 104 LF of 1" conduit (PVC); 7,314 LF of 3/4" conduit; 5,982 LF of conduit; 17,602 LF of #4/0 conductor; 17,181 LF of #1 conductor (15kV); 40,043 LF of #14 conductor.
Special DistrictMN
Posted
Sep 23, 2026
Dec 2, 2026
Work icnludes approx. of 16,870 SF of landscaping; 13,000 Sf of bituminous pavement; 16,560 SF of concrete coating; 228 LF of 3/4" conduit (PVC); 104 LF of 1" conduit (PVC); 7,314 LF of 3/4" conduit; 5,982 LF of conduit; 17,602 LF of #4/0 conductor; 17,181 LF of #1 conductor (15kV); 40,043 LF of #14 conductor.
CityFL
Posted
Oct 6, 2026
Nov 20, 2026
This project targets seven (7) strategically selected outfalls for the installation of Hydrodynamic Separator (HDS) systems, to intercept and treat stormwater before it reaches the canal. These systems operate via gravity flow, making them ideal for retrofitting into existing infrastructure with minimal energy or maintenance demands. By capturing sediments, oils, floatable, and associated pollutants, the HDS units will significantly reduce contaminant loads and improve water quality in both the canal and downstream receiving waters.
