Damage Repair
Albuquerque operates in a high-wildfire-risk region — the Sandia and Manzano Mountains to the east and the Jemez Mountains to the north have all produced significant fire events that affected air quality and ember transport into the metro. Commercial buildings near the urban-wildland interface face fire risks that most continental US metros do not.
Fire damage to commercial roofing in the Albuquerque market comes from two primary sources. The first is direct fire events: HVAC equipment fires, kitchen exhaust fires on restaurant buildings, electrical fires that reach the roof assembly. These are localized, typically confined to specific roof zones, and produce damage signatures — burned membrane, heat-distorted insulation, melted flashings — that are straightforward to document and scope. The second source is more specific to New Mexico and the Albuquerque region: wildfire ember transport.
Albuquerque sits in a high-fire-risk corridor. The Cibola National Forest, the Sandia Mountain Wilderness, and the Jemez Mountains to the north have all produced significant fire events in recent decades — the 2022 Hermit's Peak and Calf Canyon fires in the Sangre de Cristo Mountains northeast of Albuquerque produced ember transport across wide areas of northern and central New Mexico. In high-wind conditions during an active fire, embers can travel miles from the fire front and land on commercial flat roofs, where they find dry roofing materials that have been desiccated by Albuquerque's low humidity. A TPO or modified bitumen membrane ignited by wildfire embers can produce a localized roof fire that damages a 10 to 50 foot diameter area before a building's occupants are even aware of it.
We document fire damage for both event types. The scope package distinguishes fire-origin damage from smoke-contamination damage, documents what was consumed or compromised in the assembly, and produces a repair-vs-replace recommendation for the affected area and adjacent zones.
Assessing Fire Damage in the Roof Assembly
Fire damage on a commercial flat roof typically progresses through three zones. The primary zone is where the fire burned actively — membrane consumed or severely distorted, insulation charred or melted, potentially deck damage below. The secondary zone is the heat-affected area immediately surrounding the burn: membrane blistered or softened by radiant heat, insulation facers damaged without full combustion, fasteners and flashings heat-stressed. The tertiary zone is the smoke and soot contamination area — membrane that appears intact but may have soot infiltration into seam interfaces or heat-related adhesive degradation.
Each zone requires a different scope response. The primary zone requires complete tear-out to the deck and structural assessment before re-roofing. The secondary zone requires core pulls to establish insulation condition and membrane performance testing — heat-affected TPO may look intact but have lost the weld bond integrity at seams that are now within the heat-affected radius. The tertiary zone requires cleaning and seam inspection but may not require membrane replacement.
We document all three zones separately, photograph the boundary between zones from multiple angles, and include the zone map in the scope package. An adjuster or restoration contractor working from a fire damage scope needs to understand which zone they are dealing with at every location — the work requirements and costs are substantially different.
Wildfire Ember Impact Documentation in New Mexico
Wildfire ember impact on a commercial flat roof typically produces a scatter of small burn marks — ranging from quarter-inch scorch marks to larger primary ignition sites where an ember landed and ignited the membrane — across an area that correlates with the wind direction during the fire event. The pattern is different from a localized equipment fire: it is distributed, directional, and may affect multiple roof zones simultaneously.
Documenting ember impact for insurance purposes requires establishing the connection between the documented wildfire event, the wind conditions at the time, and the building's location relative to the fire. We pull National Weather Service surface wind observations for the building's location at the time of the fire event, and we note the fire's location relative to the building and the documented ember transport distances reported for the event by the New Mexico State Forestry Division or the USFS Cibola National Forest fire management records.
Ember impact that does not produce visible membrane combustion may still have caused heat damage to seam interfaces and flashing adhesive at the impact sites. We probe every observed impact location — even small scorch marks — for seam adhesion integrity and membrane puncture. A scorch mark that appears cosmetic may overlie a heat-compromised seam that will allow water intrusion in the next monsoon event.
Frequently asked questions
Who do we call first after a commercial roof fire — fire department, insurance, or roofer?
Fire department first, then insurance. Contact us after the fire department has cleared the building for inspection. We will produce the roofing component of the damage documentation that your property adjuster needs to process the claim. We coordinate timing with any fire restoration or public adjuster you have engaged so the documentation sequence does not create conflicts.
Can fire-damaged roofing be repaired, or does it always require replacement?
It depends on the zone extent and the deck condition. A localized primary burn zone of 200 square feet with undamaged deck below, surrounded by a heat-affected secondary zone of another 500 square feet, can often be addressed with tear-out and replacement of the affected area plus reinforcement of the surrounding secondary zone seams. A fire that has compromised a significant percentage of the roof field or has damaged the structural deck requires full replacement and structural assessment. The written scope states the basis for the recommendation.
What is the risk of wildfire-related roof damage for Albuquerque commercial buildings?
Buildings within two to three miles of the urban-wildland interface — the eastern foothills along Tramway Blvd, the North Valley near the Bosque, and the communities at the base of the Sandia Mountains — face the highest ember transport risk during active fire events in the surrounding forests. Buildings further into the urban core have lower but non-zero risk during significant fire events with east or northeast winds. There is no specific fire-zone rating system for commercial flat roofs in New Mexico equivalent to California's, but the risk is real and worth factoring into maintenance planning.
