Repair, replacement, maintenance, inspection, and planning routes for commercial roof decisions.
Low-slope assemblies and coating systems matched to heat, access, drainage, and exposure.
Commercial building types with different operating hours, tenant needs, and rooftop constraints.
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Commercial roof replacement and maintenance for medical office buildings, hospitals, and healthcare campuses across the AdventHealth Orlando system, Orlando Health, and Lake Nona Medical City.
Property Type
AdventHealth's main Orlando campus on Rollins Street is a large multi-building complex with acute care, outpatient surgery, medical office, and support building components on a contiguous footprint. Work on any of these buildings requires AdventHealth facility operations sign-off, a hot-work permit from AdventHealth's safety department (separate from and in addition to the City of Orlando building permit), and HVAC fresh-air intake isolation for any work within a defined radius of an intake. We are familiar with AdventHealth's specific procedure and have run it on projects without incident.
Orlando Health's campuses — the Arnold Palmer Hospital and Orlando Regional Medical Center complex on Gore Street, South Semoran Boulevard-adjacent outpatient facilities, and the distributed network of Florida Hospital-affiliated medical office buildings — each operate under Orlando Health's own facility protocols. The documentation required by Orlando Health's engineering department at project closeout is more detailed than standard commercial closeout — they track every maintenance event as part of the facility's JCAHO documentation package, and the roof closeout record becomes part of that package.
Hot work on any medical campus in the Orlando system — torch-applied modified bitumen, heat welding, or any open flame work — requires written authorization from the facility's safety officer, isolation of adjacent HVAC systems, and a fire watch per NFPA 51B requirements. We do not shortcut hot-work protocol on any project, but on medical campuses the documentation requirement is explicit and we provide the fire watch log as part of the closeout package.
Lake Nona Medical City — the Tavistock Development master-planned healthcare campus in southeast Orange County — is the most concentrated single-campus medical real estate development in Central Florida. Nemours Children's Hospital, UCF College of Medicine, the VA Medical Center Lake Nona, and the cluster of affiliated medical office buildings represent a combined roof footprint of several hundred thousand square feet, most of it built 2008-2020 and now in active first-cycle maintenance windows.
The UCF College of Medicine and associated research buildings add laboratory-environment constraints to standard medical building protocols. Research buildings in active use have vibration sensitivity windows, cleanroom air-handling requirements that affect when HVAC can be isolated, and access-control requirements that affect crew mobilization and material staging on a day-by-day basis. We plan around these constraints in the pre-job meeting — I ask directly what the building's weekly restriction schedule looks like before committing a production calendar.
Lake Nona Medical City buildings that took any wind or rain event impact from Hurricane Ian's (2022) remnant bands need a documented inspection. Several Medical City buildings showed perimeter flashing separation and curb flashing issues after Ian — none catastrophic, but all progressive if left unaddressed. An annual post-hurricane-season inspection is the right protocol for every building on the Medical City campus.
Medical buildings carry more rooftop HVAC equipment per square foot than any other commercial building type. Surgical-suite air handling units, negative-pressure exhaust systems, and isolation room supply units create a dense equipment field that complicates both membrane installation and drainage design. We sequence replacement around the equipment — raising units on temporary curbs where the replacement scope requires work under the unit, and coordinating with the facility's HVAC contractor for any unit that requires temporary shutdown.
Drain access on a medical building roof is often obstructed by equipment pads and conduit runs in ways that make the drainage design more complex than a clear-span warehouse. When we redesign the drainage configuration on a medical roof, we coordinate the drain relocation with the building's plumbing engineer — because a drain relocation inside a healthcare facility goes through a different approval process than it does in an office building.
Rooftop equipment on medical buildings also creates more penetrations — more curbs, more pitch pockets, more pipe sleeves — than on general commercial buildings. Every penetration is a potential failure point. We photograph and document every penetration, every pitch pocket, and every curb flashing as part of the inspection, and we include the repair or replacement specification for each one in the written scope. Medical building owners do not need surprises discovered mid-installation.
Before any medical campus project, I meet with the facility's safety officer and infection control designee to align on HVAC intake isolation requirements, hot-work permit procedures, crew access protocols, and daily communication. We do not begin work without written alignment on these items from the facility's safety team — not just the property manager.
Yes. We have experience with both system's facility protocols, hot-work permit procedures, and closeout documentation requirements. Medical campus roof work requires alignment with the facility's safety and engineering departments in addition to the standard building permit process.
We raise HVAC units on temporary curbs where the replacement scope requires work under The facility's chief engineer is in the daily communication loop throughout the project.
FBC permit final sign-off, manufacturer warranty with warranty inspection report, roof zone diagram with all penetration and curb photographs keyed to the diagram, hot-work fire watch log, HVAC isolation coordination records, and a written capital record. We can format the closeout package to match the facility's internal asset management and JCAHO documentation system on request.
Our project managers will walk the roof, document penetration and equipment conditions, and produce a written scope that accounts for your facility's infection-control and HVAC constraints before the project starts — not after mobilization.
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