From the Field: Clearing a Data Hall for Reuse
A facility team inherits a data hall that’s gone quiet. The servers left months ago during a migration, but the room still looks like a working data center — rows of empty cabinets, hot-aisle containment panels overhead, raised floor tiles hiding a tangle of abandoned copper and fiber, and PDUs still energized because nobody wanted to be the one who pulled the wrong breaker. The property team now needs the space back, whether it’s headed for a new tenant, a different use inside the building, or simply an empty shell ready for lease turnover. That’s the starting point for most white space decommissioning projects, and it fits the position El Paso occupies as a secondary and border market where older data halls inside logistics, telecom and enterprise buildings are being repurposed as operations shift.
On a project of this type, the physical inventory rarely matches what’s on the as-built drawings. Containment that was added after the original design, cabling that was never fully cleaned up from a prior refresh, and RPPs that were relocated without documentation are common. Before any demolition starts, our team typically walks the hall to verify what’s live, what’s abandoned, and what falls outside the agreed scope — because a white space project is fundamentally different from removing a handful of racks. It’s about delivering the entire room back to bare floor, or to whatever condition the next use requires.
If you have a project coming up, use the form below to tell our team about the facility, equipment and schedule.
What Data Center White Space Decommissioning Actually Covers
White space decommissioning is narrower than a full data center decommissioning and broader than simple equipment removal. The scope is the data hall itself — the room where IT equipment used to live — rather than the mechanical yard, generator plant, or building-wide electrical infrastructure. For a hall that’s already had its servers, storage and network gear removed (or is being cleared alongside that equipment), the remaining scope generally includes server and network racks and cabinets, raised access floor and its supporting pedestals and stringers, overhead ladder rack and cable tray, abandoned and active fiber and copper cabling, hot-aisle/cold-aisle containment panels and doors, PDUs and RPPs, overhead or underfloor busway, and the CRAC or CRAH units serving that specific space. Fire-suppression components tied to the white space are addressed where they fall within the agreed scope, and any abandoned infrastructure left behind by prior tenants or IT refreshes gets identified and removed rather than left in place for the next occupant to deal with.
This is a project people intend to build on top of. A landlord repurposing a former colocation suite, an enterprise converting a legacy server room into office or warehouse space, or an operator preparing a hall for a new fit-out all need the same outcome: a clean, safe, structurally sound room with no legacy infrastructure hiding in the ceiling grid or under the floor tiles.
Rack, Cabinet and Containment Removal
Cabinet removal sounds straightforward until you’re standing in a hall with 200 or 400 cabinets bolted to a raised floor, wired into overhead busway, and tied together with hot-aisle containment that was never designed to be disassembled quickly. Halls we work with can range from a modest 50-rack suite in a converted office building up to 900-plus cabinets in a larger enterprise or colocation hall, and the approach scales with that count. Brands like APC/Schneider, Chatsworth (CPI), Rittal, Panduit, Vertiv, Great Lakes, Eaton and Legrand are all commonly found in facilities of this type, depending on when the room was built out, and each has slightly different mounting hardware, containment attachment methods and disassembly sequences.
Containment removal usually comes first, since panels and doors from manufacturers such as APC/Schneider, Vertiv, Chatsworth, Subzero Engineering or Tate typically sit above or between the cabinet rows and need to come down before racks can be pulled without damaging the structure or the flooring underneath. Cabinets with resale value — particularly newer enclosures in good condition, or complete rows from a single manufacturer — are worth evaluating for asset recovery before they’re scrapped. A hall with a few hundred functional cabinets and matching containment can sometimes offset a meaningful share of removal costs, though the actual recoverable value depends on age, condition, completeness and current demand for that model line.
Raised Floor, Underfloor Infrastructure and Structural Considerations
Raised access floor is one of the more overlooked parts of a white space project, and it’s often where the real surprises show up. Systems from manufacturers like Tate, ASM, Haworth and Kingspan, along with older legacy panel systems still found in longer-standing facilities of this type, use different pedestal and stringer designs, and floor loading capacity affects how equipment gets moved across the room during teardown. Underneath the tiles, you typically find a mix of abandoned cabling, underfloor busway, cooling ductwork, and sometimes grounding infrastructure that was never removed during previous IT refreshes.
Clearing the underfloor plenum matters for two reasons. First, cabling and abandoned conduit left in place can block future cooling airflow or mechanical work in a renovated space. Second, floor tiles and pedestals themselves often have resale or scrap value depending on the manufacturer and condition, and a full accounting of what’s under the floor helps determine whether the raised floor system stays, gets partially reused, or comes out entirely as part of the turnover requirement.
Overhead Infrastructure, Cabling and PDUs
The ceiling grid tells its own story. Ladder rack and cable tray from Chatsworth/CPI, Panduit, Legrand or Cablofil, along with structured cabling from providers like Corning, CommScope and Belden, accumulates over years of moves, adds and changes. Much of it is abandoned — cable that was cut and left in place rather than traced back and removed — and pulling it out safely requires knowing what’s still live before anything gets cut or disconnected.
PDUs and RPPs from Vertiv/Liebert, Eaton, APC/Schneider, PDI or Square D, along with busway systems such as Starline, are usually still energized even in a hall that’s been vacated. Coordinating de-energization with the building’s electrical infrastructure, confirming lockout/tagout points, and sequencing the removal of PDUs before the branch circuits and busway above them come down is a routine part of the planning process rather than an afterthought.
Planning a White Space Project in the El Paso Market
El Paso’s industrial and logistics base — tied closely to cross-border manufacturing and distribution activity with Ciudad Juárez and the broader Santa Teresa corridor — supports a range of enterprise server rooms, telecom facilities and smaller colocation suites built to serve regional operations. Industrial parks in Santa Teresa and El Paso host substantial warehouse, trucking, packaging and logistics activity connected to manufacturing operations across the border, and many of these operations maintain on-site or near-site IT infrastructure that eventually needs to be retired or replaced.
The market has also seen attention around larger-scale data center development. The U.S. Army has conditionally selected a private investment firm to build and operate a commercial data center on underutilized land at Fort Bliss, a project tied to the region’s growing role in computing infrastructure. Development of that kind can bring turnover in smaller, older facilities nearby, as enterprise rooms and legacy colocation suites are vacated, converted or consolidated when tenants move into newer purpose-built space. That kind of turnover is where white space decommissioning work applies — clearing out the room being left behind so the building can be repositioned for its next use.
Facilities across greater El Paso often operate in working buildings with limited loading dock access, freight elevators sized for standard pallets rather than oversized cabinets, and active tenants on adjoining floors — all of which shape how a crew stages equipment, sequences removal, and schedules noisy or disruptive work. USA Decom provides data center white space decommissioning services throughout El Paso and into nearby communities including Horizon City, Socorro, Canutillo, Anthony, Santa Teresa and Las Cruces, as well as broader West Texas and southern New Mexico markets tied into the same logistics and manufacturing corridor.
Sequencing a Clean Turnover
A typical white space project moves in a deliberate order: verify power status and isolate circuits, remove overhead containment and abandoned cabling, disconnect and remove cabinets and enclosures, clear PDUs, RPPs and busway once circuits are confirmed dead, pull raised floor tiles and address underfloor infrastructure, and finish with structural cleanup — patching floor penetrations, removing anchor hardware, and leaving the slab or subfloor in the condition the building owner or next tenant needs. Halls ranging from a few thousand square feet up to 80,000 square feet or more follow the same basic sequence, scaled to the size and complexity of the room.
Material segregation happens throughout rather than at the end. Cabinets, copper cabling, aluminum tray, and steel raised-floor components each have different scrap and resale value, and separating them as removal progresses avoids the cost and delay of sorting a mixed pile later. Equipment with reuse potential — intact cabinet rows, working PDUs, or complete containment systems — gets identified early so it can be evaluated for resale or salvage rather than defaulting straight to demolition.
Returning to the Project
Back in that quiet data hall: once the walkthrough confirms what’s live and what’s abandoned, the sequence runs from the ceiling down — containment, cable tray and overhead cabling come out first, cabinets and enclosures follow once they’re de-energized and disconnected, and the raised floor comes up last so the crew isn’t working over an unstable surface while cabinets are still being moved. Cabinets in reusable condition get set aside for evaluation, scrap steel and copper get separated on-site, and the floor gets patched and cleaned to whatever standard the building owner specified for turnover. What started as a room full of legacy infrastructure ends up as an empty, structurally sound shell ready for its next tenant or use — which is the outcome most white space projects are actually built around.
Tell Us About Your Data Hall
If you’re planning to clear a data hall in El Paso or the surrounding region, use the form below to tell our team about the facility — approximate rack count or square footage, what’s still energized versus abandoned, raised floor and containment systems in place, access conditions at the building, and your target turnover date. Photos of the space are helpful if you have them. That information lets us put together a realistic scope and approach for getting the room back to usable condition.