Canaveral Sector Gate Project Overview - Industry Day Presentation 01-16-2025.pdf
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This is an Industry Day presentation from the U.S. Army Corps of Engineers Jacksonville District regarding the Canaveral Sector Gate Replacement project scheduled for January 16, 2025. The presentation outlines details for a supply contract to design, fabricate, and deliver two Fiber Reinforced Polymer (FRP) sector gates for the Canaveral Lock in Brevard County, FL.
The project involves replacing existing steel sector gates with FRP composite gates that will mate to existing steel hinge and pintle assemblies. Each gate leaf is 23-ft tall, 54-ft long, 54-ft wide and currently weighs approximately 183,000 lbs. Key requirements include a 100-year design life, ability to allow water flow through screened straight sides, manatee protection features, and UV damage resistance. The government will handle installation but requires contractor technical representatives on-site for fit and finish oversight. Questions and feedback are due by January 29, 2025, 8AM EST. The presentation also provides information about a future similar project at St. Lucie Lock. Project contacts include Gerald Garvey (Contracting Officer), Brittany Jackson (Contract Specialist), and Kimberly Daniel-Ray (Deputy Small Business Programs).
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Canaveral Sector Gate Replacement
Industry Day Presentation January 16, 2025
BUILDING STRONG®
AGENDA
Administrative Items - KO Presentation Topics - PM Project Overview - PM Contracting Overview - KO Small Business Overview - SBA Closing Remarks - KO Adjourn
PRESENTATION TOPICS
1. Project Overview:
Canaveral Sector Gate Composite Gate Information St. Lucie Sector Gate
Greg Jones, Chief of South Florida Operations Office
David Weston, Project Manager David Mastriano, Engineering Tech Lead Eric Johnson, Project Tech Lead
2. Contracting Overview:
Brittany Jackson, Contract Specialist & Gerald Garvey, Contracting Officer
3. Small Business Overview:
Kimberly Daniel-Ray, Deputy Small Business Ernise Cummings, Deputy Small Business
Canaveral Contract information
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Please provide answers to the attached list of questions.
Answers to questions, comments, and feedback for this project are due no later than 29 January 2025, 8AM EST.
Industry Day Goals
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Canaveral project overview
Acquisition method is a supply contract to fabricate 2 FRP* (composite) Sector Gates
Obtain Feedback from Industry on the technical specification and biddability for fabricating new FRP* Sector Gate
Gov’t would like to partner with industry to support future infrastructure projects that improve the resiliency of the USACE portfolio
Information on upcoming St. Lucie FRP* Sector Gate project
*Fiber Reinforced Polymer (FRP)
Canaveral Lock Overview
Canaveral Lock
Canaveral Site Overview Canaveral Lock Eastern Monolith
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Canaveral and St. Lucie Lock Info
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- Design Charrette evaluated solutions to refurbish/replace steel gates.
- Lock traffic primarily recreational
- Lift of Lock:
- St. Lucie, 14.5 ft
- Canaveral, 3-4 ft
Canaveral Lock: Port Canaveral
St. Lucie Lock: Okeechobee Waterway
- Sector gate is composed of 2 gate leaves
- Canaveral Gate
- Leaf size: 23-ft tall, 54-ft long, 54-ft wide
- Leaf weighs approx 183,000 LB
- St Lucie Gate
- Leaf weighs approx 131,000 LB
- Skin plate (damming surface) on radius of gate leaf
- Straight sides of gate leaf open for water flow, but screens mounted to prevent manatee entrapment.
- Fun Fact: Canaveral Lock was sized to pass the Saturn rocket’s first stage
Canaveral Eastern Monolith Overview
Scope of Work: Design, Fabricate, and Deliver 2 Fiberglass Reinforced Polymer sector gates.
Installation will be by Government.
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Canaveral Lock Jan 2020 Dewatered Western Sector Gate – USACE Fleet
USACE Maintenance Fleet – Dewater monolith for rehabilitation of gates and operating equipment
Normal lock hours 6 a.m. - 9:30 p.m.
Dewatering Maintenance crews hours 6 days a week 22 hr days if 2 shifts and/or 12 hrs day if 1 shift. That is always subject to change.
https://www.saj.usace.army.mil/CanaveralLock/
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https://www.saj.usace.army.mil/CanaveralLock/
Upstream side of gates with radial skin plate damming surface.
Also, shown is wire rope channel for operating the gate (right) with operational water levels
Backside fender system (below) with a manatee at the gate.
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Internal structural framing looking from the top towards the bottom and from the sides of the gates shown on the right.
Side of the gate with manatee screen and the underwater access to the area behind the gate is shown below.
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Western Sector Gate
Pintle assembly (before and after cleaning) Hinge and Pintle Assemblies for the existing gate.
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MANUFACTURING METHODS-
FRP COMPOSITES
Pultrusion VARTM Wet Layup
• Large selection of “off the shelf” product lines with well defined properties and cross sections.
• Design guidance available with more being developed by the industry.
• Not capable of larger monolithic structures due to die restrictions. • Excellent for fabricating large monolithic structures.
• Easy embedment of components such as steel plates, foam cores, or sensors.
• Used for many field repair and rehabilitation applications.
• Performance depends on surface prep and field quality controls.
• ACI 440 standards available for wet layups on concrete.
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MANUFACTURING METHODS-
VARTM
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LARGE SCALE APPLICATIONS
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Conceptual Design Considerations from ERDC to USACE for connections
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Canaveral Lock Eastern Sector Gate
Conceptual Design in P&S for Fabrication
Project will be a supply contract to design, fabricate and deliver the gates.
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Canaveral Lock Eastern Sector Gate
Canaveral Delivery Location
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New gates will be delivered by barge for the Gov’t to install. Contractor will assist Gov’t with fit and finish of those gates. Surveys of touch points are being gathered by USACE maintenance crews.
Manatee Protection – Info Only
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Manatee protection system are on all of the USACE Locks in Array System
Manatee protection system is under a separate USACE contractor that manages, maintains, and rehabilitates this system on all USACE Locks. That contractor will remove the array from the existing gates and will rehabilitate that array to install on new FRP gates.
Manatee Protection - Info Only
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Manatee Array System
Note: this is not part of this acquisition
Western Sector Gate - Info Only
Side of gate w/ fenders and manatee screens.
Note access door w/i screen manatee arrays skin side and timber side
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Stilling well -water sensor manatee array system
Manatee Screens is a design feature and part of the submittal process. They can be screens, grates, etc., with a performance criteria of minimum size and the ability to withstand damage from marine life.
Canaveral and St. Lucie Lock Info
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- Design Charrette evaluated solutions to refurbish/replace steel gates.
- Lock traffic primarily recreational
- Lift of Lock:
- St. Lucie, 14.5 ft
- Canaveral, 3-4 ft
Canaveral Lock: Port Canaveral
St. Lucie Lock: Okeechobee Waterway
- Sector gate is composed of 2 gate leaves
- Canaveral Gate
- Leaf size: 23-ft tall, 54-ft long, 54-ft wide
- Leaf weighs approx 183,000 LB
- St Lucie Gate
- Leaf weighs approx 131,000 LB
- Skin plate (damming surface) on radius of gate leaf
- Straight sides of gate leaf open for water flow, but screens mounted to prevent manatee entrapment.
- Fun Fact: Canaveral Lock was sized to pass the Saturn rocket’s first stage
Canaveral & St Lucie Lock Overview
Canaveral Lock
St Lucie Lock
St Lucie Lock Jan 2022 Dewatered Sector Gate
Side of gate w/ fenders and manatee screens
Upstream side of gates with radial skin plate damming surface
Internal structural framing looking from the top towards the bottom
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Contracting Points of Contact
Gerald Garvey, Contracting Officer Email: Gerald.L.Garvey@usace.army.mil
Brittany Jackson, Contract Specialist Email: Brittany.R.Jackson@usace.army.mil mailto:.L.Garvey@usace.army.mil mailto:.Tatham@usace.army.mil
SMALL BUSINESS OPPORTUNITIES
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KIMBERLY DANIEL-RAY, Deputy Small Business Programs Email: Kimberly.S.Danielray@usace.army.mil mailto:Kimberly.S.Danielray@usace.army.mil
CLOSING REMARKS
If there are any additional question please add them to the list of questions that were provided.
Answers to questions, comments, and feedback for this project are due no later than 29 January 2025, 8AM EST.
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File details come from the government source that posted it. Updated .