SW-26-001 - NonCalcareous Crushed Stone

The City of Bristol, Virginia, is soliciting sealed bids for SW-26-001, a procurement opportunity focused on non-calcareous crushed stone and sand. This contract opportunity is open to the City of Bristol and its associated agencies, seeking specific types of construction aggregates. The procurement aims to secure high-quality stone and sand materials, likely for infrastructure, construction, or maintenance projects within the municipal jurisdiction. Interested vendors must submit sealed bids by May 30, 2025, which is the established due date for this contract opportunity. The procurement was initially posted on May 9, 2025, providing potential bidders approximately three weeks to prepare and submit their comprehensive proposals. While specific evaluation criteria are not explicitly detailed in the provided documentation, vendors can anticipate that material quality, pricing, delivery capabilities, and compliance with municipal specifications will be key considerations in the selection process.

The contract opportunity does not explicitly outline specific set-aside designations or restrictions for disadvantaged business enterprises based on the available information. No incumbent vendors or current contractors are mentioned in the documentation, and there are no specific details regarding integration requirements with existing infrastructure or technology. Without precise budget ranges or award values specified, potential bidders should prepare comprehensive proposals that demonstrate competitive pricing and meeting the technical specifications for non-calcareous crushed stone and sand. The procurement is specifically for the City of Bristol, which has a FIPS Code of 51520, suggesting this is a localized contract opportunity primarily serving the municipal needs of this Virginia jurisdiction. Vendors interested in responding to this opportunity should carefully review the full bid specifications and ensure they can meet the City of Bristol's requirements for stone and sand materials.