Commercial Roofing
A budget meeting in January asks for one number for the roof, and the first answer from the field is a set of conditions with dates attached. An Edinburg, TX property with three roof sections, two of them leaking at a flashing and one with wet insulation near a drain, does not have a single capital need. It has an urgent repair, a scheduled restoration and a replacement that can be timed. Roof capital planning is the work of separating those and putting each where the money and the weather allow.
I start from the failure, not the calendar: what is leaking, what is about to leak and what is merely old.
Every section gets its own findings: the system, the condition of the surface, seam and flashing details, drainage, moisture readings and any history of leaks. I photograph and mark each on a plan. A roof that has leaked three times at the same curb tells me something different from one with a single puncture. The first suggests a repeating problem, and the second a one-time event. The plan and photographs let a manager who has never been on the roof see why a recommendation exists.
These findings feed a short list per section: what must be done, what could be done and what should only be watched.
I also record the cost of doing nothing for each section, in plain terms: another season of interior damage, a larger wet area, a smaller choice of repairs. A manager who sees that cost beside the repair cost can explain the request to whoever approves the budget without leaning on a general claim about deferred maintenance.
I do not offer a number of years from age alone. Remaining life depends on the sheet's flexibility, the state of its seams, how much of the insulation is wet and how the details have aged. A test cut and a moisture survey give measured inputs, and the Valley's long heat-safety season, from May through October, is weighed in as a stress on membranes and sealants. The result is a range with its reasoning shown, and it is revised as new evidence comes in.
A range with reasons is more useful in a budget meeting than a single number with none.
The numbers improve with repetition. A roof inspected in the same way each year shows its own rate of decline, and that rate is a better predictor than any chart. I compare each year's photographs and readings with the last, and I flag sections that are aging faster than the plan assumed so the budget can move before a failure forces it.
A section with dry insulation, a flexible sheet and a few open details fits a repair. One with a sound base and a weathered surface may fit a coating restoration, and one with a dry base and a spent sheet may take a recover. Wet insulation across a large area, a soft deck or several failed layers points to replacement. I show each option's cost range, disruption and expected life side by side so the choice rests on the roof.
The comparison includes a column most budgets leave out: the interaction between roofs and everything under them. A replacement that must be done in phases because tenants cannot move costs more than one that can be done in a single pass, and the plan prices that difference. The roof record kept between projects supplies the evidence for each of these choices.
Among the codes Edinburg has adopted are the 2018 IBC and the 2018 energy conservation code. A replacement or recover may trigger insulation, attachment or energy requirements, and permits add time and cost. I check what applies before pricing, so the number includes work the code requires and does not surprise the owner at inspection. Where the existing deck needs repairs, I identify that as an allowance with a named trigger, such as wet decking found at the tear-off boundary.
Allowances with triggers keep a budget firm without padding it.
Insulation thickness deserves a line of its own. A recover or replacement that adds insulation raises the roof edge, and every curb, wall flashing and drain has to be checked against the new height. Budgets that ignore curb heights tend to grow during construction, so I measure them during the inspection and carry the cost of raising any that are too low.
Often, yes. A phased plan fixes the worst sections first, protects the rest with targeted repairs and schedules the next sections as funds allow. The risk is that unaddressed sections keep aging while the budget waits, so I set a trigger for each: a leak count, a moisture reading or an age threshold. For owners with several buildings, in Mission and Pharr as well as Edinburg, the same ranking method sorts the whole portfolio, and a multi-site roof program turns it into a calendar.
Where funding is uncertain, the plan includes a minimum scope: the least work that controls active leaks and protects the building for a defined period, with a note on what it does not cover. That gives an owner a defensible fallback and shows the board exactly what a smaller budget buys.
The NWS lists hurricane readiness from June through October and heat-safety season from May through October for the Rio Grande Valley. Large replacements are often timed outside the most active tropical months when the building allows it, but waiting for the perfect season can leave a leak running. I plan the work for the best window available, protect the open area daily and keep a temporary protection kit staged. Occupied buildings need the same access plan in any season, which I describe in the scope.
Insurance and lender timelines matter too. A lender that requires a roof reserve or a condition report before closing can set the date for an inspection, and an insurer that renews in a given month can set the date for repairs. I ask for those dates up front and build the plan around them, since a roof project that misses a closing or a renewal creates costs unrelated to the roof.
Three to five years is workable if inspections happen every year. Beyond that, the estimates drift. The plan is revisited each year with new findings, so the numbers stay tied to the roof and the budget follows what the inspection shows.
Sometimes, with repairs that control leaks and a moisture check at set intervals. The deciding factor is the insulation. If it stays dry, deferral is workable. If it is wet, waiting adds cost as the damage spreads.
Measured area, system type, condition findings, code requirements and a range for wet material. I show each assumption so a lender or auditor can follow the number.
Treatment of costs depends on the owner's accounting rules, and your accountant should decide. I provide the scope, the cost and the expected life in a form the accountant can use.
By risk and condition: active leaks first, then wet insulation, then aging details. The ranking uses the same inspection scale on every roof so the comparison is fair.