The replacement plan explains tear-off or recover assumptions, insulation and drainage needs, occupied-building phasing, system options, and closeout requirements. Recover systems have their place, but they only work if what's underneath is sound. A lot of the buildings we're called to in Ector County have decking that's already wet, insulation that's already compressed, or a structure that's already been recovered once before. In those cases, tearing off down to the deck is the only honest way to give an owner a roof that actually performs for its warranty period.
A recover system installed over a wet deck traps that moisture in place. It looks fine from a rooftop walk for the first year or two, and then the insulation underneath starts to break down, the new membrane starts to telegraph soft spots, and the owner is paying for the same problem twice , once for the recover, and again for the tear-off that should have happened the first time. We'd rather have that conversation up front than let a client find out the hard way three years later.
Moisture surveys, either infrared scans or core cuts at strategic points, tell us where the deck and insulation are still dry and where they're not. On a lot of older metal buildings around West Odessa, the wet zones cluster around penetrations, HVAC curbs, and low points where water has been ponding for years without anyone noticing from ground level.
Tear-off means stripping the existing membrane or metal panels, removing wet or degraded insulation, inspecting the deck itself for rust, rot, or structural fatigue, and replacing anything that's compromised before a single new sheet of insulation goes down. On steel deck buildings that's often straightforward. On older wood deck sections we sometimes find in downtown Odessa's older commercial stock, deck repair can become a bigger part of the project than the membrane itself.
Disposal is its own logistics problem on a working property. Dumpster placement has to account for truck traffic at a pipe yard, guest parking at a hotel, or loading docks that can't be blocked during business hours. We plan that before demo starts, not as an afterthought once debris is already piling up.
For low-slope commercial buildings, TPO and PVC single-ply systems are common choices because they hold up against UV exposure and reflect heat, which matters through a Permian Basin summer. EPDM still gets specified on some buildings where budget or roof geometry favors it. For the metal buildings that make up so much of Odessa's service-yard and fabrication-shop inventory, standing seam and R-panel replacement systems are sized and fastened specifically for the wind uplift this region sees, not a generic spec pulled from milder climates.
We walk owners through the tradeoffs in plain terms: upfront cost, expected service life, how the system performs under hail impact, and how much maintenance it will realistically need over the next decade. Standing seam metal roofing and single-ply membrane systems solve different problems, and the right answer depends on the building, not on which system happens to be cheaper that quarter.
An oilfield service yard doesn't stop moving trucks because a roof crew showed up. A hotel near the airport still has rooms booked. We break tear-off into manageable sections so no more roof is opened than can be dried in before end of day, and we coordinate the loudest and dirtiest phases of demo around the hours that matter least to whoever's operating the building.
That planning conversation is where a lot of the real value of hiring an experienced crew shows up , not in the membrane itself, but in how little disruption the replacement causes a business that has to keep running.
The owners who end up needing the largest tear-off scope are usually the ones who deferred a decision through two or three rounds of patching. What could have been a straightforward membrane replacement becomes a deck repair project, because the water that was getting patched over kept finding its way into the structure underneath. We'd rather flag that risk during an inspection than have an owner discover it once demo has already started and the clock is running on an open roof.
We look at moisture content in the existing insulation and deck condition first. If either is compromised, a recover just buries the problem rather than fixing it, so we recommend tear-off instead.
We document it with photos, explain the repair scope and cost before proceeding, and only move forward once the owner has approved the change. We don't cover over damaged deck to save time.
Yes, and on active properties it usually has to be. We section large roofs so operations aren't disrupted all at once and so no section is left exposed longer than it takes to dry it in.
Membrane, insulation, and metal panels are hauled off site for disposal or recycling depending on material type, and we coordinate dumpster placement around your site's traffic patterns.
Generally yes, because there's more demo and often deck repair involved. We give owners a realistic schedule based on what we find during the inspection, not an optimistic one based on a best-case scenario.