Improving Immunization Rate Project - DHSS

The State of Missouri's Department of Health and Senior Services (DHSS) has issued a Single Feasible Source Services (SFSS) solicitation for an Improving Immunization Rate Project. The procurement opportunity, identified by solicitation number SFSS30034902000077, is seeking services designed to enhance immunization rates across the state, specifically targeting Clay County and Jefferson City jurisdictions. The contract period runs from July 1, 2019, through June 30, 2020, with a solicitation response period open from August 12, 2019, at 2:00 PM CDT to August 19, 2019, at 3:00 PM CDT. Vendors can submit responses either electronically through the MissouriBUYS system or via hard copy to the Division of Purchasing. While specific deliverables and detailed evaluation criteria are not explicitly outlined in the documents, the primary objective appears to be developing and implementing strategies to increase immunization rates within Missouri. Interested vendors must review and accept solicitation documents through the MissouriBUYS system or submit printed copies, with the contact person for questions being Kelsey Huwe from the State of Missouri.

No specific set-aside designations, disadvantaged enterprise requirements, or restrictions on vendor types are mentioned in the solicitation documents. The opportunity appears open to all vendors without preferential treatment or limitations. There is no indication of incumbent vendors or existing contractors for this project, and no information is provided about current infrastructure or technology requiring integration. The solicitation documents do not specify an estimated total contract value or budget range, leaving potential financial details ambiguous. Payment terms are established as Net 45 Days with Free On Board Destination delivery terms. The lack of detailed financial information, line-item specifications, and explicit performance metrics suggests this is a broadly defined service procurement aimed at improving immunization rates through flexible, vendor-proposed approaches.