Airport Terminal & Aviation Facility Roofing in Cleveland, OH

Aviation roofs in the Cleveland market are some of the largest and most complex low-slope assemblies in the region. A single concourse or cargo building can cover hundreds of thousands of square feet of membrane interrupted by curbs, drains, mechanical wells and rooftop equipment. At Cleveland Hopkins International Airport and Burke Lakefront Airport, those decks sit fully exposed to Lake Erie wind and 30 to 50 freeze-thaw cycles every winter, so detailing and drainage have to be exact.

What separates airport work from ordinary commercial roofing is that the building never closes. Passengers move below an occupied terminal, aircraft are fueled beside an active hangar, and freight runs through cargo docks around the clock. Every phase has to be planned so the roof stays dry, foreign-object debris is controlled, and ground operations continue. We build sequencing, containment and daily close-out into the scope before a single fastener is driven.

Roofing terminals and concourses without grounding operations

Terminal and concourse roofs carry constant rooftop traffic from HVAC service crews, baggage-system equipment and communications gear, so the membrane gets walked, loaded and penetrated far more than a typical building. We favor reinforced TPO and EPDM systems with reinforced walkway pads at every service route, plus heavier-gauge protection over high-traffic mechanical wells. Curb flashings, expansion joints and pitch pans are detailed for movement because long terminal decks expand and contract noticeably across Cleveland's temperature swing.

Phasing is the heart of any terminal job. We isolate work zones above non-critical areas first, keep tie-ins watertight at the end of every shift, and coordinate crane picks and material staging around gate activity and ground-vehicle routes. Night and low-traffic windows are used where the airport authority requires them. Nothing is left open to a forecast, which matters when lake-effect bands can drop heavy snow with little warning.

Badging, escorts and security coordination shape how the crew even reaches the roof. Access points, material-delivery routes and lift positions are arranged with airport operations in advance, and personnel follow the facility's airside rules wherever the work approaches secure or movement areas. Building these requirements into the schedule up front keeps the project moving instead of stalling at a checkpoint, and it keeps the roofing work from ever interfering with the operations it sits above.

Hangar and cargo-building roof systems

Hangars and cargo buildings combine very large clear-span decks with demanding interior conditions. Maintenance hangars need reliable thermal performance and condensation control, while cargo facilities run dock doors and conditioned freight space under wide low-slope roofs. We specify systems sized for the deck type, whether that is metal, lightweight insulating concrete or steel with a cover board, and we set insulation values to current code so heating loads through a Cleveland winter stay manageable.

Wind uplift governs design on these exposed lakefront structures. Perimeter and corner fastening patterns are increased per the uplift calculations, and metal hangar roofs receive seam and fastener review before any coating or recover decision. For cargo roofs that have reached the end of their service life but retain sound insulation, a tear-off to deck is often the right call so saturated material is removed and drainage can be corrected rather than buried under a new membrane.

Large fuel-vapor, exhaust and equipment penetrations are common on hangar and cargo roofs, and they need correct flashing and clearances to stay watertight and code-compliant. We detail each one to the membrane manufacturer's specification, build crickets so water sheds around big curbs and units, and document their locations for the facility's records. On a deck this size, a disciplined approach to every penetration is what separates a roof that lasts from one that nuisance-leaks for years.

Drainage, ponding and FOD control

Standing water is the enemy of any large low-slope airport roof. Acres of membrane drain to a limited number of internal drains and scuppers, and even a slight low spot holds water that accelerates membrane aging and adds load when it freezes. We survey drainage during assessment, add tapered insulation to re-slope chronic ponding areas, and make sure overflow scuppers are sized so a clogged primary drain during a heavy melt does not flood the deck.

Foreign-object debris control is non-negotiable near active airfield surfaces. Loose fasteners, insulation scraps and packaging can damage engines and tires, so we run tethered-tool practice, contained debris removal and end-of-shift sweeps, and we keep material stored and weighted against wind. Roof-edge and parapet details are built to keep gravel, ballast and small components from migrating toward movement areas.

Assessment, documentation and maintenance programs

Aviation facilities manage their roofs as long-term assets across capital and budget cycles, so assessment and documentation matter as much as installation. We map large roof areas zone by zone, record membrane age, moisture findings, flashing condition and drainage performance, and tie that to remaining service life. That gives facility teams a defensible basis to phase replacements over multiple budget years rather than reacting after a leak threatens an occupied concourse or a conditioned cargo space.

Routine maintenance is what keeps these roofs reaching their full service life on an exposed lakefront. Scheduled inspections catch lifted seams, failing pitch pans and clogged drains before a freeze-thaw cycle turns them into interior leaks, and a maintained roof also protects the manufacturer warranty. We keep records and photos from every visit so the building owner has a continuous history of the roof, which supports both ongoing planning and any future due diligence on the property.

Frequently Asked Questions