Mission-critical commercial roofing for Houston data centers and colocation facilities. Redundant low-slope systems, leak detection, and re-roofing over live operations.

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• Roofing for Houston's mission-critical facilities
• A data center roof has one job that overrides every other consideration: keep water away from rooms full of energized equipment. Everything else, reflectivity, warranty length, even cost, is secondary to that. We work on data centers, colocation halls, network hubs, and the server rooms inside corporate and institutional buildings across the Houston metro, and we approach every one of them as a critical environment first and a roof second. A leak that would be a nuisance over a warehouse is a potential outage over a raised floor or a rack row, and the cost of that outage dwarfs the cost of the roof.
• Houston is a real data center market, driven by the energy industry's appetite for compute, the medical and research footprint, and the colocation providers serving everyone else. These facilities sit in business parks along the Energy Corridor and the Sam Houston Tollway, in converted industrial space, and inside purpose-built halls. They share a roof problem: very large low-slope decks, dense rooftop mechanical equipment, and absolutely no tolerance for moisture intrusion.
• What makes a data center roof different
• The rooftop of a data center is crowded with the cooling and power infrastructure that keeps the white space alive: large CRAC and CRAH condensers, chillers, generator and switchgear exhaust, conduit runs, and often dunnage steel supporting heavy units. Every one of those is a penetration or a load point, and every one is a potential leak path directly above sensitive equipment. The cooling load also means the roof is structurally and thermally busy, and the equipment runs continuously, so there is no window where the rooftop is quiet.
• The redundancy mindset that governs everything else in a data center has to govern the roof too. A single membrane with a single line of defense at the flashings is not the right answer over a critical load. We build in redundancy: robust membrane thickness, reinforced detailing at every penetration, and on many projects a system designed so that a breach in the field of the roof is contained rather than free to travel to the nearest seam over a server room.
• Conditions that drive the design in Houston
• Heat and ultraviolet load matter more here than almost anywhere, because a data center is fighting a cooling battle every hour of the year. A dark, heat-absorbing roof pushes more thermal load into a building whose entire purpose is rejecting heat, which means more runtime on the very cooling equipment sitting on that roof. Reflective white membranes and coatings cut the rooftop surface temperature dramatically and directly reduce the cooling burden, which on a continuously running critical facility is a meaningful and permanent operating savings.
• Then there is the Gulf Coast threat picture. Hurricane-force wind, the large hail Harris County sees, and the extraordinary rainfall that produced the Harvey flooding all bear on a roof protecting irreplaceable infrastructure. We detail edge metal, fastening, and uplift resistance for the wind, specify membranes and thicknesses that survive hail, and lay out drainage that clears intense rainfall fast, because ponding water over a critical facility is an unacceptable standing risk. Roof drains, overflow scuppers, and tapered insulation all get designed to move Houston's downpours off the roof before they pool.