SEAWALL CONSTRUCTION PROJECT (DESIGN/BUILD) - UNRESTRICTED

PROJECT DESCRIPTION: The Bureau of Land Management (BLM) requires Design/Build construction contract documents including, specifications, and drawings depicting existing conditions and proposed construction, a finalized construction cost estimate and construction of the approved drawings and specifications for construction of a boat dock/loading/offloading area at Partners Point on Lake Havasu. The work requires furnishing transportation, labor, equipment and materials to design and construct foundations, seawall, retaining wall, and improvements including associated earthwork, erosion control and surface drainage and ramps, railings and security fencing/gate required to provide a safe and functioning area for loading and offloading materials and personnel from boats alongside the shoreline of Lake Havasu in Arizona. The Concept Drawings and Outline Specifications represent a solution which requires furnishing transportation, labor, equipment and materials to design and construct a concrete retaining wall and seawall comprised of interlocking steel sheet-piles along the shoreline of Lake Havasu. This work includes site survey for contours, design planning and development, preparation of specifications and drawings, construction layout, sheet pile installation backfilling and compaction, tie-back anchor installation, concrete slab and decking, temporary and permanent security fencing and gates, concrete retaining wall, pipe railing, concrete caps, erosion control and surface drainage. The project area is approximately 0.2 acres, not including a potential additional stockpile/staging area that is located northerly from the project site, approximately 300 feet away, alongside the project site access road. The work requires design and construction personnel with knowledge of wave action and river flows. LOCATION: Travel 0.26 miles west on Sweetwater Avenue to the BLM Lake Havasu Field Office, which is located at 2610 Sweetwater Avenue, Lake Havasu City, AZ. 86406; thence 1.16 miles south on an unnamed road to the Partners Point work yard. CONSTRUCTION MAGNITUDE: The construction magnitude is between $500,000 and $1,000,000. OTHER INFORMATION: Solicitation no. L13PS01202 to include all attachments should be made available on or around the7 October 2013 and will only be available electronically through FBO.gov. Limited information will be made available on FedConnect.net. APPROXIMATE DATES: The one solicitation will be issued encompassing Phases 2. Phase 1 solicitation response date is 21 October 2013, 3:00 PM MT (5:00 PM ET). For the most qualified offerors, you will be invited to submit a proposal and provided the information for Phase 2. The date for response will be provided at that time. No further notice will be posted. ***SITE VISIT***10 October 2013, 10:00 am, at the location noted above. ***RSVP for the site visit by 3 October 2013, 3:00 MT by emailing the following information to contact@example.gov: (1) Name (First Name and Last Name), (2) Company, (3) Whether you anticipate proposing as prime contractor or a subcontractor, (4) Email address and (5) Phone number.******* PERIOD OF PERFORMANCE: The period of performance is estimated at 282 calendar days from the notice to proceed. For assistance in downloading information from either site please contact the website's helpdesk. Interested contractors must be registered in the SAM (previously CCR and ORCA), which can be found at https://www.sam.gov/portal/public/SAM/. All responsible sources may submit a proposal which shall be considered by the agency. Responsibility is defined by Federal Acquisition Regulation Subpart 9. CONTACT INFORMATION: The BLM point of contact for this requirement is Jacqueline Carter, Contracting Officer at +1 (555) 000-0000, contact@example.gov. SET-ASIDE INFORMATION: This solicitation is UNRESTRICTED. A small business plan is not required. The associated North American Industry Classification System Code (NAICS) code for this acquisition is 237990, Other Heavy and Civil Engineering Construction.