Commercial Roofing
A wet floor beneath a Pharr loading area can be several bays from the roof opening, so we begin by tracing the water path instead of choosing a patch from the stain. We inspect seams, curbs, edge metal, penetrations, and the drain route, then record moisture and the condition of the material around each defect. The I-2/I-69C interchange connects the Valley's east-west and north-south expressway systems, and Las Milpas Road is listed for widening in Pharr. The road network describes the market, while the roof walk establishes access and repair scope at the property. Findings come first.
We compare interior signs with low areas, outlets, penetrations, laps, and wall transitions above them. Water can travel along a deck flute or insulation seam before reaching a ceiling, so a nearby roof detail may not be the source. We photograph candidate entry points, take moisture readings where appropriate, and note whether the insulation or cover board feels compromised. A leak investigation ties those observations to a repair boundary, with an opening recommended when the hidden layer needs confirmation.
After a heavy rain, an outlet that holds debris or a scupper that cannot discharge can leave water at the membrane longer than intended. We check the route from the field to the drain and the overflow path, then look for staining or moisture beneath low points. The Pharr road program includes Las Milpas Road widening and an El Gato Road project shared with San Juan, useful local access context for a scheduled visit. It does not tell us which entrance or roof assembly a business uses. We confirm those details with staff before work. A drain and scupper assessment can isolate a flow problem from a seam or flashing failure.
Hurricane Dolly left minor damage in Pharr after gusts of 50 to 70 mph. After a tropical event, we inspect roof edges, coping, flashing, rooftop equipment, and any membrane that may have moved. A gust record is not proof that a particular building has damage; the inspection looks for open laps, displaced fasteners, lifted corners, punctures, or fresh water entry. We photograph what is present and separate a confirmed defect from areas that need a closer check before a repair is authorized.
Wind can load a perimeter differently from the center of the roof. At corners and transitions, we check the metal connection, substrate, membrane termination, and nearby wall flashing as one assembly. If the attachment is sound and the membrane is locally damaged, a focused repair may be sufficient. If several edges have movement or the backing is soft, the repair limit may need to include more than the exposed section. A wind damage review documents the condition and the material needed to restore securement instead of relying on sealant across a moving joint.
The material controls the repair detail. A thermoplastic seam needs a compatible weld, EPDM needs the correct cleaner and flashing material, modified bitumen uses another lap method, and a standing-seam panel must remain free to move. We identify the assembly at the defect, check the substrate, and prepare only sound, dry surfaces for the repair. A membrane inspection or a modified-bitumen review helps set the right repair path when the visible surface does not identify the system.
We also check insulation, cover board, and deck condition if moisture has reached below the membrane. A dry, stable assembly may support a localized patch or restoration. Wet layers need to be mapped and addressed rather than concealed under coating or recover material. The scope identifies what can remain, what should be removed, and whether drainage or edge heights change when a new assembly is considered. That comparison helps the owner choose work that addresses the failure mechanism rather than simply adding another layer to the roof.
We compare options using the area and cause of the failure, the moisture boundary, attachment, drainage, and the condition of the remaining roof. A repair can keep the work local when adjacent materials are sound. Restoration may fit when the assembly remains stable and can be prepared for a compatible system. Replacement becomes a stronger candidate when moisture is widespread, the deck or attachment is unreliable, or repeated failures make isolated patches poor value. A capital plan can separate immediate protection from later phases.
When a larger scope is proposed, we identify the work and review applicable permit and code questions before mobilization. A recover is not appropriate over every existing roof; weight, moisture, drainage, and assembly condition must be checked. The estimate marks quantities and conditions that could change after an opening exposes hidden layers. A documented inspection can give an owner photographs, moisture notes, and a sequence of recommended work. A property in San Juan may share access corridors with Pharr, but the inspection and recommendation remain property-specific.
Before we bring materials to the roof, the facility contact confirms delivery routes, access hours, occupied rooms, and any loading lane that must stay open. We mark the work zone, set the planned stop point, and coordinate interior protection where the roof is above active operations. If the scope is divided into phases, each section needs a secure tie-in and a clear record of work completed. If a leak is active, a crew can come at any hour, holidays included, and a permanent scope based on the inspected condition follows.
A phased project may suit a property that cannot close several roof areas at once. We sequence high-risk leaks, moisture removal, and replacement boundaries while coordinating with other trades whose equipment or penetrations touch the roof. A phased reroof plan can define access and communication for each stage. If a Pharr portfolio also includes McAllen or Edinburg, we keep photo records separate so one building's condition is not carried over to another.
The photo record should show the original defect, preparation, repair, and finished transition. Notes identify the membrane type, location, work boundary, moisture observed, and any nearby condition left for follow-up. If we remove wet insulation or replace a section of edge metal, the closeout shows where that work begins and ends. Maintenance staff can then check the same detail after rain and compare any new sign with the repaired area. This record also supports claim documentation when the owner is reviewing storm-related damage.
We list the conditions that could alter the scope after opening, such as a soft deck, moisture beyond the test area, or failed attachment beneath a termination. The owner can decide whether to proceed with the defined repair or review a broader option before additional work is performed. A roof condition report keeps observations and recommendations together. For a facility with repeated leaks, a restoration assessment can compare coating, recover, and replacement only after the existing roof is checked for moisture and sound attachment.
The interchange describes regional road connections, not a property's entrance or loading limits. We confirm the actual route, clearance, and staging area with the facility contact before setting a work plan.
We inspect edges, coping, flashings, rooftop equipment, and seams for movement or new water entry. The findings are photographed at the building, since a regional wind record does not establish damage at one roof.
Yes, if the surrounding membrane, attachment, and substrate support a sound repair. We check moisture and adjacent details first, then show where a local scope should stop.
A recover needs a dry, stable assembly, suitable drainage, and acceptable added weight. We inspect those conditions and compare the option with removal and replacement before recommending it.
We review operating hours and delivery paths, then set roof access, material staging, and a daily stop point. The work zone can move by phase when conditions allow a secure tie-in.