Reliable steam infrastructure is essential to maintaining continuous healthcare operations across a medical campus. At the Miami VA Medical Center, aging boiler equipment within the central utility plant had begun experiencing operational failures, creating growing reliability concerns for the campus-wide steam system supporting critical patient care environments.

Following deficiencies identified through a Facility Condition Assessment (FCA), Above Group provided multidisciplinary engineering services for a modernization and expansion of the central utility plant designed to strengthen long-term resiliency, improve system reliability, and support the future operational needs of the medical center.

The project includes the replacement of aging boiler equipment, installation of two new boilers, upgrades to steam distribution and monitoring systems, and construction of a new two-story, 10,000 SF plant addition housing a modernized control room and staff support spaces. Because the central steam plant serves the entire medical campus, maintaining operational continuity throughout design and construction planning was a critical project priority.

Above Group conducted detailed field investigations, heat and cooling load analyses, and phased infrastructure planning to support the integration of new boiler systems with remaining active plant equipment. The design also modernized building automation and monitoring capabilities through Siemens Desigo and Tridium Niagara integration, improving campus-wide visibility into steam plant performance and system operations.

As an SDVOSB engineering firm specializing in federal healthcare infrastructure, Above Group understands the operational complexity involved in modernizing mission-critical utility infrastructure within occupied VA healthcare campuses.

Key Engineering Features

• Central utility plant modernization project
• Replacement of aging boiler infrastructure
• Installation of two new boilers and integration of remaining existing equipment
• New steam distribution piping and monitoring systems
• Two-story, 10,000 SF utility plant addition
• Modernized Siemens Desigo and Tridium Niagara building automation integration
• Electrical distribution supporting critical plant operations
• Heat and cooling load analysis for plant optimization

Project Challenges

• Central steam plant serves the entire medical campus with no tolerance for extended outages
• Aging boiler systems created increasing operational reliability risks
• Integration of new and existing boiler systems required carefully phased sequencing
• Constrained utility plant site required close coordination of new construction with active infrastructure
• Design required compliance with VA utility plant and steam system standards

Results

• Modernized steam infrastructure supporting long-term campus reliability
• Elimination of major boiler deficiencies identified through FCA evaluation
• Improved monitoring, controls, and fault detection capabilities
• Expanded operational and maintenance support space for facility staff
• Enhanced resiliency for mission-critical healthcare infrastructure
• Infrastructure investment supporting an estimated 20–30 years of future plant operations