Under a freezer floor, the soil keeps trying to freeze, and frozen soil swells. Albuquerque's climate is dry and mild compared with the places most people picture when they think of cold storage, but the physics under the slab does not change with the weather forecast. A freezer built without an under-slab heating or ventilation system can lift its own floor, and that is the kind of problem we help refrigerated operators avoid before the first yard of concrete is placed.
Cold storage owners in this market are usually weighing one of three paths: a new freezer or cooler building near the interstate, an addition to an existing dry warehouse, or the conversion of dock space to handle temperature-controlled freight. Each path leads to different questions about insulated panel systems, vapor control, refrigeration plant location and dock design. We help owners test those questions against real site and cost data before committing to a layout.
We build cold storage for operators who care about uptime. Insulated envelope continuity, door and dock sealing, floor flatness and drainage all affect energy use for the life of the building, so we spend more time on details at the envelope than a conventional warehouse would ever need.
The Sunport reported 83,355,710 pounds of cargo in 2025, moving through an airport whose main runway stretches 13,793 feet at an elevation of 5,355 feet. Air cargo here is a small part of the story, but it shows the metro handles time-sensitive freight. The bigger flows come by road and rail: I-25 and I-40 cross at the Big-I in central Albuquerque, and the Central New Mexico Rail Park in Los Lunas is a 1,400-acre rail-served site with transload, car storage and industry spurs that can take unit trains up to 10,000 feet.
Supply is tight. CBRE's third quarter 2026 Albuquerque industrial report describes vacancy as low by historical standards, supported by rising rents and an absence of new supply, with occupier demand rebounding after a softer second quarter. For refrigerated users, that means existing dry space is hard to find, and conversion or ground-up construction often becomes the practical answer. Our logistics and distribution work gives us the same corridor knowledge that cold chain operators need.
Cold storage is concrete intensive, and the slab is the most sensitive element in the building. We schedule and supervise the sitework, foundations and slab, including the vapor barrier, insulation layers, under-slab heating or ventilation conduit, reinforcing and the topping slab. Joints and curing are managed to limit curling and cracking, because a freezer floor with failed joints is expensive to repair when it is full of product. Our industrial concrete floors program covers the flatness testing and moisture control these slabs need.
Outside the building we handle dock aprons, truck courts and the trailer parking that backs up to them. Refrigerated trailers idle at the dock, drip condensate and leak fluids, so pavement design and drainage get special attention. See our work on dock aprons and loading zones for the reinforced concrete and slope details we use where trailers park.
Insulated metal panels carry most cold storage envelopes, and their performance depends on the details at base angles, penetrations and roof edges. We coordinate panel erectors, roofers and refrigeration contractors so that the vapor barrier is continuous, penetrations are sealed in the right order and nothing gets cut into a finished wall. Wind is a real design input on the open mesa, and panels, canopies and rooftop condensers all have to be fastened with that load in mind.
Condenser and compressor locations matter for noise, service access and drainage. Water from defrost cycles, washdown and condensate has to go somewhere that will not freeze in the winter or pond in the summer. We route that water into properly sized storm or sanitary connections and keep it away from dock thresholds. When an owner has an older dry building to convert, our refrigerated dock retrofits describe how we cut in vestibules, insulated doors and refrigeration lines while the rest of the building keeps shipping.
The 2021 New Mexico Commercial Building Code adopts the 2021 International Building Code as amended and took effect July 14, 2023. For cold storage, the key questions are occupancy classification, fire separation, sprinkler design and egress in an insulated, often windowless space. The 2021 Commercial Energy Conservation Code, effective January 30, 2024, bears on envelope insulation and refrigeration energy requirements, and the 2020 New Mexico Electrical Code, which adopts the 2020 National Electrical Code, governs the heavy motor and control loads.
The state mechanical and plumbing codes are moving to their 2024 editions, which the Regulation and Licensing Department lists as effective August 1, 2026, with either the 2021 or 2024 edition available for permits until January 1, 2027. Refrigeration design is heavily mechanical, so we ask the design team which edition they are using and confirm that permit timing lines up. Our permitting and entitlements coordination tracks those dates against the project schedule.
Refrigerated space costs more than dry space for predictable reasons: insulated panels, a heavier slab section with heating, vapor control, refrigeration plant and power. The biggest swing factors are the temperature zones (cooler, freezer or blast), the amount of dock refrigeration, the size of the refrigeration plant and the electrical service. Owners who change from a cooler to a freezer midway through design pay for it in slab, envelope and equipment, so we push for that decision as early as possible.
Cost control also comes from smart site choices. Flat parcels with good drainage and nearby utilities save money on grading and storm infrastructure, and rail access can help for operators who receive bulk product. If you are weighing a build against a retrofit, our cold storage construction team can price both on the same scope and show where the premium really goes. Neighboring segments such as food and beverage processing often share these costs with cold storage on the same campus.
Share the temperature zones, pallet positions and the building you are considering. We will price the new build and the retrofit side by side, with the slab, envelope and refrigeration interface called out.
For a freezer, yes. A freezer holds the slab and the soil below it far below freezing for years, and moisture in that soil will form ice and push the floor up. Under-slab heat or ventilation keeps the soil above freezing and protects the slab. For a cooler held above freezing, the requirement is usually much lower, and the design team should confirm it. We include the right system in the price and explain the reasons so the choice is not a surprise.
Often, but the building needs to be checked first. We look at the slab, the structure that will carry insulated walls and roof loads, the available electrical capacity and the dock layout. Conversions work best when the new cold zone sits at one end of the building near a dock wall, which shortens refrigerant and drain runs. We build the cold area in phases so dry operations continue.
Wind loads on tall walls, canopies and rooftop equipment are higher than many owners expect, and open mesa sites see long gusty periods in spring. Insulated panels, condensers and dock canopies are all fastened to carry that load. Wind also drives dust, which clogs condenser coils, so we discuss coil protection and cleaning access during design.
Sealed levelers, dock shelters, insulated doors, and a vestibule or dock room that keeps warm air out. The apron must slope away from the door and drain cleanly so there is no standing water in front of the seal. Reinforced pavement handles the heavy repeated loads where trailers park. Good dock design saves energy and protects product temperature.
Treat the refrigeration package as a long-lead item. Compressors, evaporators and controls can take months to arrive, and the building should be sealed and ready when they do. We build a combined schedule that shows panel erection, slab placement, rough-in and start-up in order, and we confirm delivery dates before we commit to the shell completion date.
Tell us about the property, the building and the schedule.
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