Industrial buildings from the early 1980s are now old enough to need everything at once: a roof that has taken years of high-desert sun, a slab that was never designed for current forklift loads, electrical service sized for a different era and fire protection that no longer matches what is stored under it. The Albuquerque metro has plenty of that stock, from north valley business park campuses to older manufacturing and warehouse buildings along the interstates. We modernize it so it works for today's operation without the cost of starting over.
Renovation is a different craft from new construction. The building already exists, so we are working from as-builts that may or may not be right, with systems that may or may not be what the drawings say, around people and product that cannot leave. The first job is always to find out what is actually there: scanning slabs, opening ceilings, tracing utilities and testing structure before a design commits to anything.
Typical projects include raising clear height or adding mezzanines, replacing or reinforcing slabs, adding docks, upgrading electrical service, replacing roofs and rooftop equipment, installing new fire protection, converting warehouse space to production or cold storage, and updating older process areas for new equipment. We can handle one of those or several in sequence.
Every renovation starts with an assessment. We review the original drawings, survey the building, test concrete and steel where it matters, and map the electrical, mechanical and fire systems. The output is a condition report that sorts items into those that must change, those that should change and those that can wait. Owners use it to set a budget and decide the order of work.
Take a typical north valley campus. One listed Albuquerque property of about 278,677 square feet was built in two phases in 1982 and 1986 and has rail access, a looped 12,470-volt electrical feed and an underground chilled-water system, assets that most new buildings would pay a premium to have. The right renovation keeps those strengths and replaces the parts that no longer serve.
Altering an existing building raises the question of how much of it has to be brought up to current standards. New Mexico lists an existing building code, the 2021 New Mexico Existing Building Code (14.7.7 NMAC), alongside the commercial building code, and the scope of the alteration determines which provisions apply. Changes in occupancy, additions and structural work trigger specific requirements.
We work this out with the reviewing agency early, and with your design team. The conversation covers egress, fire separation, sprinkler coverage, accessibility, seismic and energy provisions. Settling the code path before design avoids the unpleasant discovery that a plan for a modest upgrade turns into a full-building retrofit.
Old industrial sites can hold surprises: asbestos-containing materials, lead paint, buried tanks, abandoned utilities, contaminated soil. In the South Valley, two municipal wells were shut down in 1981 over low levels of organic solvents, and the site remains on the Superfund list, a reminder that the metro has an industrial history that matters to anyone digging. We include environmental screening in the scope of work for older properties and plan for abatement before demolition or heavy alteration begins.
Structural surprises are as common. Corroded steel, cracked footings and undersized connections show up when finishes come off. We carry a contingency for unforeseen conditions and we document each one with photographs and a proposed fix, so you see exactly what was found and what it costs to address.
Renovation depends on skilled hands in tight conditions. Our trade partners handle concrete cutting and patching, slab repair and replacement, underground work inside the building, steel modifications and site concrete. Managing that work closely gives us the control to protect your operation, adjust to what we find and keep a tight schedule.
Where a trade is specialized, such as roofing, refrigeration or process piping, we bring in vetted subcontractors and manage them under the same safety and logistics plan. On an operating site, we coordinate with your maintenance team, because they know where the building's quirks are, and that knowledge saves time.
Renovation budgets are driven by how much of the building is touched, how much is hidden and how much of the work must happen around an operation. We provide ranges early and refine them as the assessment goes, then carry a clear contingency into the construction price. It is more honest to say that an unknown exists than to bury it in a lump sum.
Combining items usually lowers the cost per item. Opening a floor for a new drain line is the moment to repair the slab, and opening a ceiling for sprinklers is the moment to upgrade lighting. When the work is staged around production, phased construction on occupied sites gives the framework that keeps disruption within limits.
Tell us what the building has to do next and we will tell you what stands in the way. For automotive and EV suppliers, warehouse owners and plants in the South Valley, an early assessment is the best money in the project.
Often, but not always. Renovation saves on land, utilities and some structure, and it can be faster. It costs more per square foot of work because of access, protection and unknowns. We compare the two paths honestly during an assessment, including the value of existing assets such as rail access, power service and location.
Usually, with planning. We separate work zones, schedule noisy or disruptive tasks for off-hours, and plan each utility shutdown as an event. Some tasks, such as slab replacement or a tie-in to the main electrical service, need dedicated windows, and we agree on those with you ahead of time.
We start with a load study and a survey of the existing gear, then plan the new service, panels and distribution in phases. Underground feeders are coordinated with the electrical duct bank work so conduit routes are protected. Shutdowns are planned with your maintenance staff, and the 2020 New Mexico Electrical Code applies to new installations.
Yes. Changing storage, heights or occupancy often requires new sprinkler design, pumps, or water supply. We coordinate the design with the fire authority and, where site water is part of it, with the fire water loop and hydrant systems work so supply and building system are designed together.
Through investigation before pricing: scanning, sampling, test pits and a review of old drawings. We also interview your maintenance staff and look at repair records. The goal is to turn most unknowns into known items before construction begins.
Tell us about the property, the building and the schedule.
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