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--Y-Indian River Lagoon - South (IRL-S) C-23/24 Storm Water Treatment Area (STA), St. Lucie County, Florida

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USA-SNOTE-070417-001Federal

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

AI Contract Overview

The contract pertains to the Indian River Lagoon - South (IRL-S) C-23/24 Storm Water Treatment Area (STA) project located in St. Lucie County, Florida, within the North St. Lucie River Water Control District's stormwater system. This project involves the construction and configuration of multiple water treatment cells divided by County Road 613, with inflow beginning at Canal C-24 on the west side and outflow directed eastward into the confluence of the NSLRWCD Header Canal and Canal 71, eventually reaching Ten Mile Creek. The STA will feature five cells arranged to allow various scenarios of water flow, depth, and retention times, aimed at enhancing stormwater treatment effectiveness. The design includes two pump stations with capacities of 260 cfs and 240 cfs, which facilitate water movement through the cells and beneath County Roads 613 and 609 via gated culvert structures. These gated structures will control water depths and discharges from each cell, ensuring proper management of the treatment process. The contract documentation emphasizes that the current solicitation is for informational purposes only, with draft plans and specifications made available but not yet open for registration or bidding. The project is overseen by the Department of Defense's W074 Endist Jacksonville Office, with the solicitation identified as USA-SNOTE-070417-001 and listed under NAICS code 237990. The overarching goal is to enhance stormwater treatment infrastructure within the specified canals and waterways to improve water quality and flow management in the St. Lucie County area.

General Info

Construction of five-cell stormwater treatment area in St. Lucie County with pump stations and gated culverts.

Agency

Department Of Defense → W074 Endist Jacksnvlle

NAICS

237990 - Other Heavy and Civil Engineering Construction

Place of Performance

Set-Aside

NONE

Documents

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Timeline

PostedApr 17

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Organization & Contact Information

AgencyDepartment Of Defense → W074 Endist Jacksnvlle

ContactsNo contacts available

OfficeJACKSONVILLE, FL, 32207-0019, USA

Organization / AgencyDepartment Of Defense → W074 Endist Jacksnvlle

Office AddressJACKSONVILLE, FL, 32207-0019, USA

ContactsNo contact information available

Full Description

FOR INFORMATION PURPOSES ONLY. DO NOT REGISTER FOR PLANS AND SPECIFICATIONS AT THIS TIME. DRAFT SOLICITATION PLANS AND SPECIFICATIONS ARE AVAILABLE ON FEDTEDS UNDER SOLICITATION W912EP-07-Z-0003-- FOR INFORMATION PURPOSES ONLY. The proposed IRL-S, C-23/24 STA project will be located in St. Lucie County, Florida adjacent to C-24 and within the North St. Lucie River Water Control District (NSLRWCD) Storm Water Management System. The STA is bounded by the NSLRWCD Canals 69 and 70 t o the North, Central and South Florida (C&SF) Project canal C-24 to the west, NSLRWCD Canal 73 to the South, and NSLRWCD Header Canal and Canal 71 to East. The IRL-S, C-23/24 STA project is configured with multiple cells to provide several scenarios of flows, depths and treatment detention times. The STA is divided by County Road (CR) 613 with Cells 1 and 2 to the West and Cells 3, 4, and 5. Flow is from We st to East with inflow starting from C-24 and outflow releases made into the confluence point of the North St. Lucie River Water Control District (NSLRWCD) Header Canal and Canal 71, just east of CR 609. Outflow releases will be routed east to Canal 71 an d then to Ten Mile Creek. Water from the C-24 canal will be pumped into the west side of Cells 1 and 2. This pump station will have a capacity of 260 cfs. At the east side of Cells 1 and 2 the water is collected and sent under CR 613 by a gated culvert structure to the second pum p station. The second pump station will have a capacity of 240 cfs. The flow is then distributed inot the west side of Cells 3, 4, and 5 and sent under CR 609 by a gated culvert structure and released into Canal 71. Along the east side of each cell there will be two gated culvert structures to control the depth and discharges from each cell.