Industries We Serve

Healthcare Systems in Asheville, NC

Roofing for Asheville-area hospitals and medical office buildings, sequenced around infection control risk assessments and interruption-sensitive clinical space.

Roof Work Sequenced Around Surgical Schedules, Not the Other Way Around

A leak over an operating suite at a Mission Hospital campus building or a medical office building in Biltmore Village doesn't get treated like a leak over a stockroom, and neither does routine roof replacement. Healthcare facility teams bring us infection-control requirements before they bring us a start date, and we build the submittal package around whichever suite, floor, or wing has to keep running.

Infection Control Risk Assessment Comes Before the Bid

Any roof work above or adjacent to occupied clinical space starts with an infection control risk assessment the facility's own team runs, and our submittal has to answer to it: negative-air containment at roof penetrations feeding return-air paths, dust and debris control during tear-off, and a written plan for what happens if a penetration opens into ductwork serving a surgical suite unexpectedly. We price containment measures as their own line item rather than folding them into the roofing cost, so the facility sees exactly what infection control adds to the job.

On campuses mixing clinical and non-clinical buildings, that assessment changes by structure. A medical office building with exam rooms gets a lighter containment plan than a surgical or imaging wing, and we scope each roof section separately rather than applying one blanket protocol campus-wide.

Submittals a Hospital Capital Projects Office Expects

Bond-funded and system-funded capital projects at this scale run through a capital projects office that wants the same documentation a general contractor would submit on new construction: product data sheets, shop drawings for roof-mounted equipment curbs, a safety and interruption plan, and a closeout binder indexed to the project number. We build our submittal log to match the format the capital office already uses rather than asking them to adapt to ours.

Rooftop mechanical space is its own coordination problem on a hospital roof. Chillers, generator enclosures, and medical gas vents all penetrate the membrane, and every one needs a shop drawing showing flashing detail before tear-off starts nearby, not a field decision made by whoever is on the roof that day.

Infection control risk assessment sign-off before mobilization
Product data sheets for membrane, insulation, and cover board
Shop drawings for every rooftop equipment curb and medical gas vent penetration
A dust and negative-air containment plan specific to each building section
Daily access log naming which roof zones are active and which are closed
Moisture survey results before any recover system goes over an existing roof

Work That Cannot Stop for a Roof Crew

An emergency department roof and a central plant roof do not get the option of a closed section overnight the way a hotel wing does. On these buildings we plan tear-off in narrower daily sections than we would on a comparable commercial building, and we hold a hard dry-in requirement before crews leave for the day regardless of the forecast, because a mid-shift storm over an active ED is not an acceptable risk to manage after the fact.

Noise and vibration get a second look near imaging suites. MRI and other sensitive equipment can be affected by mechanical fastening vibration transmitted through a steel deck, so we coordinate fastening schedules with facilities engineering on any roof section directly above imaging, and adjust the attachment method where the equipment underneath calls for it.

Backup Power and Life-Safety Systems Stay Live Throughout

Emergency generators, medical gas manifolds, and fire pump connections often sit on or adjacent to the same roof section scheduled for work, and none of them can go offline for a roofing crew's convenience. We map every life-safety penetration before mobilization and build a written protocol with facilities engineering covering exactly which systems require advance notice before any work happens near their roof curb, and which require a facilities representative present during that specific portion of the job.

Generator exhaust and combustion air intakes get particular attention on recover projects, since adding insulation thickness or changing a curb height can change clearance dimensions the original equipment installation assumed. We verify those clearances against the equipment manufacturer's requirements before finalizing the roof detail, rather than discovering a conflict once the new curb is already built.

Documentation That Survives a Later Leak Investigation

When a leak shows up two years after a reroof, the first question is what the roof looked like before the work started and what changed. We keep dated photos of every penetration, drain, and flashing detail from pre-construction through closeout, along with the moisture survey if one was run, so that record exists independent of memory or a since-departed facilities director. That documentation is also what a warranty claim wants to see first, and having it organized at handoff saves the facility from reconstructing it under pressure. Our roof inspection page covers how we structure that baseline record on an occupied healthcare building.

Facility Engineers Ask These Before Signing a Roofing Contract

Do you handle the infection control risk assessment yourselves?

The facility's infection control team runs and signs the assessment; we submit the containment plan that satisfies it and price the containment measures as a distinct line item.

How close to an operating suite can roof work happen?

Directly above it, with the right containment plan, but we scope those sections separately and typically run narrower daily work zones there than on non-clinical buildings.

What happens if a penetration opens into active ductwork?

Work stops on that penetration immediately, facilities engineering is notified before anything else happens, and the sealed-off procedure in the containment plan takes over until the duct path is confirmed and documented.

Can roof-mounted generators and medical gas lines stay live during the work?

Yes, with shop drawings submitted in advance for every curb and penetration around them, and coordination with facilities on which systems cannot see any interruption.

What documentation do we get for our own capital asset records?

A closeout binder indexed to your project number: product data, shop drawings, the moisture survey if one was performed, warranty documents, and dated photos from pre-construction through final walk.