MODIFICATION
Y -- P1461 Addition/Renovation Lejeune High School Marine Corps Base Camp Lejeune Jacksonville N.C.
- Notice Date
- 1/6/2016
- Notice Type
- Modification/Amendment
- NAICS
- 236220
— Commercial and Institutional Building Construction
- Contracting Office
- N40085 NAVFAC Mid-Atlantic, MARINE CORPS IPT 6506 Hampton Blvd Norfolk, VA
- ZIP Code
- 00000
- Solicitation Number
- N4008516R5501
- Response Due
- 2/22/2016
- Archive Date
- 9/30/2016
- Point of Contact
- Terrie Overstreet (757)341-0692 Terrie Overstreet (757)341-0692
- Small Business Set-Aside
- N/A
- Description
- THIS SYNOPSIS IS NOT A REQUEST FOR PROPOSAL. IT IS A PRE-SOLICITATION NOTICE. The Naval Facilities Engineering Command, Mid-Atlantic is seeking eligible business firms capable of performing Design-Bid Build construction services for P-1461 Addition/Renovation Lejeune High School Marine Corps Base Camp Lejeune Jacksonville N.C.,. This project will be solicited as a competitive full and open solicitation. The appropriate NAICS Code is 236220. This will be a Design-Bid Build (DBB/LPTA) solicitation. Description of Acquisition: The proposed project will include the construction of additions, renovation, and partial demolition of Lejeune High School to create a total 143,500 SF high school on its existing 75 acre campus. The project will require complete demolition of four structures (7,000 sf) on site. Major construction consists of renovation (72,134sf), demolition (45,000sf), and addition (71,122sf) to the existing High School main building. A new Central Energy Plant, 2-story classroom addition, and kitchen/dining facilities addition will be added to the portion of existing building to remain. The project will require the contractor to perform the renovation, addition, and demolition of the facility in multiple phases. This will ensure current school functions are continuous and not disrupted during construction. Construction phasing will allow for the construction of a new central energy plant to be constructed prior to the demolition of the existing services. Phasing also takes into consideration construction of new food preparation areas and temporary serving areas to insure continuous food service to the students throughout the project duration. Construction of the new educational areas will occur utilizing some of the existing educational spaces as swing space during the different phases of construction. The demolition of the large existing educational wing will occur late in the project, once the new educational areas are complete and there is no further need of the use of this area as temporary educational swing space. Several of the construction phases will require temporary utility installation/support to accommodate the approximate 1-year duration of each phase. Site improvements include a new school sign; new and resurfaced bus and parent/student drop-off drives, visitor/staff and student parking areas with new surfacing; new maintenance and Fire Department access drives; sidewalks; covered walkway (Bid Option), landscaping (Bid Option), bio-retention ponds, and access control. ATFP and Safety and Security measures will be provided. The project also includes related infrastructure such as electrical primary service, SF6 switched, pad-mounted transformer, and secondary service, direct buried communications duct bank for fiber and copper, and water and gravity sewer services. New connections to the existing storm and sanitary sewer systems will be provided as well as upgraded gas and water service to the building. The school will incorporate 21st Century learning communities, called Neighborhoods, comprised of Learning Studios (Classrooms), Hub (Shared Commons Area), Science Labs, Learning Impaired Labs, Group Learning spaces, One-to One meeting spaces, Staff Collaboration, and Storage. Educational support spaces are also included such as the information center, computer lab, gymnasium, auditorium, commons/dining area, kitchen, supply and storage areas, art, culinary kitchen, drama, band, JROTC, OT/PT, teacher work rooms, and administrative offices. The façade will include storefront with insulating laminated glazing, brick, insulated metal panel, and stucco finishes. Existing EIFS will be removed and replaced while much of the existing brick veneer will remain. Existing roofing will be replaced with new roofing and insulation. Interior finishes include porcelain and rubber tile flooring, painted GWB walls, solid surface countertops, and acoustic ceilings. The structure will be composed of shallow concrete foundations, steel frame, with load bearing exterior CMU walls, isolated interior load bearing CMU walls, and metal stud walls. Concrete slab on grade will be a 4 floating slab independent of any footings; 6 areas will be utilized in isolated areas. Expansion joints are provided between new and existing construction. The cooling system will consist of three (3), water cooled, screw-type chillers piped in parallel in a variable primary flow configuration. The heating system will consist of three (3), high efficiency, condensing type boilers piped in parallel in a variable primary flow configuration. The air side systems will consist of variable volume, modular, central station air handlers and variable volume terminal units with hot water reheat. Due to construction phasing and sequencing, temporary equipment will be required to serve existing and temporary piping and ducting distribution systems. New systems will require balancing and commissioning as they are brought online and again at project completion. Temporary systems will require balancing when they are brought online and intermittently throughout construction as their service loads change. All new and temporary equipment and systems will require direct digital controls. Low flow plumbing fixtures will be utilized along with instantaneous water heaters. Due to construction types and building areas, the building will be segregated with firewalls to reduce fireproofing of individual components. A new sprinkler system will cover the entire building. In accordance with Leadership in Energy and Environmental Design (LEED), Silver certification will be the goal of the project. An energy dashboard monitor, along with a demonstration domestic solar water heater, exposed structure, and educational signage are included as teaching tools within the building. The entire electrical distribution system will be replaced in multiple phases with temporary feeders to all existing panels to maintain power throughout construction. Display of information obtained through demand metering and integration with DDC/BAS system is required. The contract will be for a term of approximately (745 days) two years. The estimated cost for this project is between $25,000,000 and $100,000,000. A sources sought notice was posted on 10/19/15 under solicitation N40085-15-R-5501 to determine availability and capability of businesses to perform the requirement. Based on market research results, the procurement will be solicited as an unrestricted procurement with full and open competition. NAVFAC Mid-Atlantics Office of Small Business Programs concurs with the determination to solicit as an unrestricted procurement. THIS WILL BE A COMPETITIVE FULL AND OPEN SOLICITATION. All prospective Offerors must be registered in the System for Award Management (SAM) database (www.sam.gov) and the Online Representations and Certifications Application (ORCA) database (https://orca.bpn.gov). Contractors will be searched against the https://www.sam.gov to ensure they are eligible for Federal contract awards. Contractors are encouraged to register for the solicitation when downloading from the website. Only registered contractors will be notified by email when amendments to the solicitation are issued. Please forward technical inquiries to Ms. Terrie Overstreet via Email at terrie.overstreet@navy.mil.
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