Lisa Delaney

Lisa Delaney serves as a key procurement professional within the Defense Health Agency, supporting the agency’s mission to deliver seamless, readiness-focused healthcare services to uniformed personnel, retirees, and their families. She manages a high-volume portfolio of janitorial and facility support contracts under NAICS 561720, ensuring clean, safe, and compliant environments across DOD medical installations worldwide. Her acquisitions directly enable clinical operational continuity by securing essential custodial services that meet stringent military health standards, including infection control protocols and biohazard waste handling. Delaney’s work is foundational to maintaining the integrity of DHA’s global health infrastructure. Her primary contractor relationships include Dependable On-Site Scan & Shred, Inc., Hanith Bioscience, LLC, Livion Technology, LLC, I-2-I Solutions, Inc., and Draeger Inc., reflecting a consistent preference for vendors with proven expertise in medical facility support, biosecurity compliance, and specialized cleaning technologies. These partnerships are characterized by long-term performance reliability, adherence to federal facility standards, and responsiveness to dynamic operational needs across military treatment facilities. Delaney’s contracting activity shows a 100% preference for non-set-aside awards, indicating a procurement strategy focused on open competition and broad vendor eligibility rather than socioeconomic set-asides. This reflects an emphasis on operational urgency, service consistency, and the need for scalable, nationwide vendor capacity to meet DHA’s global footprint requirements. Her technical domain is narrowly specialized in janitorial and facility services, with a strong focus on medical-grade cleaning, hazardous material disposal, and environmental compliance in clinical settings. She procures services that integrate with DHA’s health data and safety systems, ensuring alignment with DoD-wide standards for sanitation, waste management, and infection prevention in high-acuity care environments.