Hurst data center builder fitting chiller pads, water lines and screened mechanical yards on compact northeast Tarrant County sites with commissioning planned.
In a compact, built-out city like Hurst, the cooling plant decides whether a data center fits. We build chiller and dry cooler pads, pump rooms, water lines, rooftop platforms and screened mechanical yards for edge and enterprise projects, and we draw the yard before the building so there is room for the heaviest equipment. Heat rejection is the process of moving the heat from the data hall to the outside air or water, and it needs space, power and service access.
At 9.97 square miles and 564 feet above sea level, Hurst occupies a crowded corner of northeast Tarrant County. That density means few large vacant tracts and many fit-outs inside existing buildings. The 2021 financial report names North East Mall (1,706 employees), the Hurst-Euless-Bedford school district (640) and Tarrant County College (575) among the principal employers.
Commissioning is the second concern. A cooling plant is tested in stages, and the test connections, drain points and temporary power need to be designed in. We plan those steps from the start, so turnover is a scheduled event rather than a scramble.
Small lots leave little buffer between the yard and a neighbor. We study the sound level of each machine, set the distance to property lines and design screening that does not block air flow. A chiller that recirculates its own hot exhaust loses capacity, so clearances are checked against the manufacturer's data.
Roofs can host equipment if the structure allows. We review the framing, add steel where needed and design the curbs and piping to avoid leaks. Vibration isolators, flexible pipe connections and sound barriers are specified so that a rooftop chiller does not transmit noise into occupied floors below. Where a roof is not an option, a ground yard behind a screen wall can use the same equipment with easier service access.
We start from power and cooling, then work back to the building and the site. The heat load sets the plant, the plant sets the pad, and the pad sets the building location. On a tight lot this order matters, because the plant takes the first claim on space.
We schedule, coordinate and inspect trade partners against that sequence, and we hold pre-installation meetings where each trade confirms the pad, the pipe route and the crane plan.
The local building department reviews structural supports, piping, electrical connections and fire items. The planning office reviews screening and noise, and the fire authority reviews fuel storage if generators are included. Drawings show equipment weights, anchor bolt layouts and access clearances.
Water connections and discharge are reviewed by the utility. We file those requests early so tie-ins are available when the plant is ready to test. Backflow prevention, metering and the size of the service line are confirmed before piping is released, because changing a tap after the plant is built means cutting a street.
Scope includes pads or platforms, sleeves, trenching, pipe supports, insulation, containment, power and control conduits and screening. Specialty trade partners install chillers, pumps and controls, and we schedule and inspect their work.
For liquid-cooled halls, we coordinate with the mechanical engineer on liquid cooling infrastructure, including piping, flushing and pressure tests.
Rooftop installation brings fall hazards, crane lifts over occupied space and hot work near roofing. We use guardrails, controlled access zones and lift plans, and we protect the roof surface. Water treatment chemicals have storage and spill rules that we set before they arrive.
Cleanliness also matters. Pipe is capped, flushed and kept free of debris so contamination does not reach heat exchangers. We follow the procedures in construction cleanliness and safety so that piping, ducts and equipment stay clean until commissioning begins.
Typical projects include a network operations center, an edge hall in a commercial building and an enterprise room supporting a hospital or school. Each has a different cooling load, but the plant design follows the same logic. A network operations room needs steady cooling at a fixed load, while a hospital or school room may see peaks, and we size the plant and the redundancy to the pattern the operator expects.
A Simon Property Group property, North East Mall is billed as the third largest in the state, and retail buildings with large floorplates sometimes become candidates for conversion.
A Primark interior at North East Mall, 1101 Melburne Road, covers 44,809 square feet and is estimated at $12.2 million, with a start on August 28, 2025 and a finish set for March 5, 2026. That is about six months for an interior fit-out, which is a helpful benchmark for how long finish work takes even before a data hall's testing is added.
We plan from the opening date in reverse and put testing on a separate line of the chart. Equipment lead times, permits and inspections sit on the same chart. Because the commissioning period at the end is the one most often squeezed, we protect it by finishing piping and electrical rough-in early and by setting a hard date for energized chilled water.
Enterprise users and government operators with campuses or schools in the area ask for small, reliable halls. Hurst/Bell Station, which began service in September 2000 under shared ownership of Dallas Area Rapid Transit and the Trinity Railway Express, shows that rail runs through the city and that vibration should be checked for sensitive rooms.
Equipment can be staged from Arlington or Fort Worth and delivered on the day it is set, which limits storage on a compact lot.
Give us the address, the heat load and the building drawings if you have them. We will return a yard layout, a screening plan and a commissioning outline.
We start with the manufacturer's clearance drawing and add sound limits, service access and crane reach. Then we test options such as rooftop placement, screening walls or a split plant. The best layout is the one that works for maintenance as well as construction.
Often, if the structure can carry the weight. We review the framing and recommend added steel or a ground yard if the roof cannot. Curbs, piping and roof warranties are included in the plan.
It is a series of tests that begin with flushing, pressure tests and controls checks and end with running chillers and pumps under load. We plan the temporary power and test connections in design.
It depends on the equipment and the distance to neighbors. We use manufacturer sound data to estimate levels and add screening or low-noise options when needed. The planning office may ask for these numbers.
A mall interior fit-out in the area, for comparison, was scheduled over roughly six months. A data hall adds electrical, cooling and testing, so the schedule depends on gear delivery and utility power.