Renovation of a military facility in Menlo Park, California. Conceptual plans call for the renovation of a military facility.

The subject RFP is a Sources Sought Notice only to identify General Contractors (GC) who are capable of completing the planned construction of the Materials Characterization and Quantum (MQC) performance Molecular Beam Epitaxy (MBE) installation project, to support the MBE tool and its utility infrastructure installation. This is not a solicitation for proposal or quotations and no award will be made from this Notice. SLAC intends to issue a formal solicitation later based on responses from this Source Sought Notice. The site for these services is at the SLAC National Accelerator Laboratory, 2575 Sand Hill Rd, Menlo Park, CA 94025. The MQC and MBE installation projects are directly funded by the DOE's Office of Science. The attached construction RFP documents consist of administrative and technical specifications and drawings approved by SLAC's Building Inspection Office (BIO) and will be used as the basis for formal construction design and technical proposals. PLANNED SCOPE AND DESCRIPTION OF SERVICES The basis of the construction effort is to complete the work indicated in this SOW to deliver fully functional power, Process cooling water (PCW) system, Closed Loop CHWS/CHWR system, Liquid Nitrogen (LN2) Distribution, Process Gas System, Cryo-Compressor and LN2 Pumping Equipment, Electrical feeders for the MBE tool and mechanical systems, and Structural anchoring for the MBE tool and infrastructure systems. SLAC National Accelerator Laboratory is seeking to award a design-bid-build (DBB) construction subcontract to an experienced and highly qualified and skilled GC, to perform the requirements identified on the Statement of Work. The GC is required to complete the MQC and MBE installation projects as detailed within the SOW; it's supporting attachments and drawings. The GC is required to adhere to the project schedule, as outlined within the Statement of Work (SOW), while working in conjunction with SLAC to deliver the utmost safety, quality, and meet or surpass the administrative and technical requirements detailed in the RFP documents. A construction contract will be awarded to the most qualified GC. The GC will finalize construction by performing, testing and commissioning of all new building systems working with the Project and SLAC Operations Teams for a completed facility that will transfer to SLAC Facilities and Operations and TID groups. DRAFT REQUEST FOR PROPOSAL SLAC will use a single step Best Value Trade Off (BVTO) selection method to identify the most qualified DBB GC. The RFP and relevant references are provided to present the general scope and acquisition method for the project. This Sources Sought Notice is NOT A SOLICITATION but instead is to identify interested vendors for the upcoming formal solicitation release. SOURCES SOUGHT RESPONSE Interested GCs with the skills, capability, workload capability, and ability to obtain bonding to complete the planned project scope are invited to submit a written response to this Sources Sought Notice. Please provide the following information: Company Name Name, telephone number, and email addresses of your company point of contact(s) who have the authority and knowledge to clarify responses. Bonding capacity A statement of your company's interest in receiving the formal RFP solicitation notice and in submitting a responsive technical and business proposal. Please provide your response to John Azevedo at email: tigger@slac.stanford.edu by 5:00 pm PST on July 31, 2025. SOURCES SOUGHT DISCLAIMER: Please note that any responses to this Sources Sought posting is purely on a voluntary basis. SLAC is not requesting a proposal, any pricing, or any other information that could be considered confidential or proprietary to be submitted in response to this posting or any part of this posting. Any submissions that contain pricing, proprietary information, or confidential information will be discarded by SLAC. The Method of Contractor Selection has not been determined at this Time. Estimated Range between $140K - $202K *The value for this project is based on a financial range. The value is listed as the highest possible cost from the range provided by a stakeholder or official project document.