Data Center Construction in Mesquite, Texas

Rail-served industrial land with freeway access is the right ground for a data center shell, a truck court and a utility yard, and Skyline Industrial Park in Mesquite offers that combination. We build tilt-wall and steel shells, mission-critical slabs and power and cooling yards for operators who need a conventional industrial setting rather than an office-park address. Our starting point is the load and the utility, but the site itself, with its rail and roadway links, gives us a lot to work with.

Union Pacific operates an intermodal facility for freight rail in Mesquite as part of the park. I-635 bisects the city and is its main freeway, I-30 runs along the north side, I-20 along the south, and U.S. 80 is an east to west freeway through north Mesquite. A public airport with a 6,000-foot lighted runway, mostly serving general aviation, adds another transport asset.

For a data center owner, that means heavy equipment arrives easily, spare parts reach the site quickly, and contractors can work from a developed corridor. It also means the neighbors are industrial, and that shapes noise, screening and security.

Many Mesquite buildings are warehouse and light-industrial shells with high clear heights, wide column bays and strong floor slabs. These can be converted to data halls with new electrical rooms, cooling pads and structural upgrades, or replaced with new construction using the same tilt-wall method. Our tilt-wall and precast data center shells page explains the building system, and data center shell and core covers what is delivered at the shell stage.

A conversion needs a careful look at floor flatness, joint spacing and loading, since racks and batteries are heavier than pallets. If a slab is marginal, we recommend a new topping slab or a new equipment pad rather than hoping it will hold.

Mesquite's major employers in the city's 2023 annual financial report include a parcel delivery company, a solar module maker and a regional mall, each with 1,000 or more employees, alongside the school district and the city. A hospital and a community college employ 500 to 999 each. The presence of a solar manufacturer is a reminder that power developers are active in the area.

For that audience, our utilities and power developers page describes how we build utility yards, duct banks and access roads. Owners who pair a data hall with on-site energy storage can also review battery energy storage yard for the foundations and fire-code details.

A data center in an industrial park shares roads with trucks. We design truck courts for heavy axle loads, with concrete thick enough for tractor-trailers and joints placed to avoid reinforcing breaks under wheel paths. Turning radii are drawn for the trailers that deliver generators, transformers and chillers, and fire lanes are kept clear.

The intermodal facility generates train noise, vibration and occasional crossings. Sensitive equipment rooms are placed away from rail-adjacent walls, and the structure is detailed to limit transmitted vibration. Our truck courts and access roads scope shows the paving sections and drainage design we use for these conditions.

Equipment deliveries are planned along the I-635, I-30 and I-20 corridors. Each oversized move gets a route study, permits and escorts where required. We try to avoid downtown Dallas on delivery days and use the loop highways instead, which is feasible from Mesquite.

Concrete is scheduled with the batch plant, the pump and the finishing crew in one plan, with a weather backup. Because slabs for equipment halls are tightly specified for flatness, we do not start a pour that cannot finish in daylight. Our mission-critical concrete slabs page describes the flatness, curing and moisture control that we apply.

Summer slabs in an industrial park reflect heat, so we schedule pours early, provide shade and water, and enforce rest breaks. Crane work is restricted when wind passes a threshold or lightning is near. Neighboring industrial tenants may have their own traffic and site rules, and we coordinate with them when haul routes or crane swing radii cross a property line.

Security matters as much as safety. Stored copper, switchgear and generators are valuable, so we fence the laydown yard, light it, and use camera coverage until the owner takes over. Deliveries are logged and checked against the packing list before unloading. Owners comparing industrial sites can also read about Garland and Dallas.

Industrial land usually costs less per square foot than suburban office ground, but the savings can be eaten by site work. Mass grading, subgrade stabilization, utility extensions and detention for a large paved area are the line items to watch. We price them from borings and civil drawings rather than from per-acre rules of thumb, and we show the quantities so you can check the arithmetic.

Shell cost depends on the structural system. Tilt-wall panels cast on the slab are efficient for long, regular buildings, while steel framing handles larger spans and heavier roof loads. Either way, the mechanical and electrical yards often cost more than the shell. See our generator yards and fuel systems page for how we price the yard around the equipment it must carry, including fuel containment, spill control and access.

Give us the address, the load and the power date. We will review the slab, the roof, the truck circulation and the utility route and respond with a plan that names the risks we see in the existing conditions, the upgrades the building would need, and the sequence in which we would approach the power, cooling and shell work.

Can an existing warehouse in Mesquite become a data hall?

Often, depending on slab flatness and thickness, clear height, roof capacity, electrical service and space for yards. We survey the building and report what upgrades are needed. Some projects keep the shell and rebuild the interior, while others are better served by new tilt-wall construction.

How does the intermodal terminal affect design?

Trains create noise and vibration, and rail traffic can affect road access. We place sensitive equipment away from rail-facing walls, detail the structure to limit transmitted vibration and plan truck routes that avoid crossings. The effect varies by parcel, so we study each one.

What slab is needed for heavy trucks and for batteries?

Truck courts need thicker, doweled concrete with joints designed for wheel loads, while equipment rooms need flat, well-cured slabs sized for the heaviest cabinet. We design them separately and coordinate the joint patterns with the equipment layout.

Can I pair a data hall with energy storage?

Yes, subject to utility rules, fire-code review and site layout. We build the foundations, conduit, containment and access for a battery yard beside the data hall, and coordinate with the fire official on spacing and detection. Interconnection of the storage system remains with the utility and its approved contractors.

Is general aviation nearby a problem?

Mesquite Metro Airport has a 6,000-foot lighted runway and mostly general aviation traffic. Height review may apply to tall cranes or stacks near the field. We check this early and plan lifts to comply. Because the runway is lighted and handles instrument approaches, we also avoid leaving tall equipment standing overnight without the lighting or marking that the airport authority requires.