Laboratory and Precision Space Near Boulder's Research Labs

Vibration limits and temperature drift decide how a precision building is built, and they are set long before the first footing is poured. We build laboratory, instrument and light-manufacturing space for private owners, research spin-offs and the suppliers who work near Boulder's federal science campuses, where the neighbors define what an exacting building looks like and tenants expect the contractor to understand why.

The research presence is well documented. Boulder hosts the National Center for Atmospheric Research, the National Institute of Standards and Technology, NOAA, the U.S. Geological Survey, the National Snow and Ice Data Center and the National Solar Observatory. Those institutions are public, and what we say about them comes from public sources. What matters for a builder is the pool of private companies, instrument makers and consultants that gather around work of that kind and need space where measurements can be trusted.

We handle that work with a preconstruction process that begins with the instrument, not the building: its weight, its heat output, its sensitivity to floor movement and its utility needs, before a structural system or mechanical scheme is proposed.

Floors, enclosures and utilities that behave

For sensitive instruments, the slab is the instrument's foundation. We build thick, isolated slab sections with controlled joints, specify flatness and levelness targets early and verify them with floor surveys before equipment is set. Where a building will carry optical benches or similar loads, we separate the pad from the rest of the structure and from any nearby equipment that vibrates, such as air handlers or loading docks.

Temperature and humidity stability depend on envelope and mechanical design working together. We coordinate insulated, tightly sealed envelopes, vestibules, redundancy in cooling and, where needed, low-vibration air distribution. Electrical power is the third consideration: clean, conditioned service, grounding schemes that suit sensitive electronics and back-up generation that does not introduce vibration or noise into the testing environment.

Buildings that serve measurement work

Public sources say the NIST Boulder facility was dedicated in 1954 and that its laboratories house the NIST-F1 cesium atomic clock, the source of the nation's official time. That is the kind of instrument whose surroundings have to be controlled, and it sets the standard that neighboring private labs measure themselves against. The National Center for Atmospheric Research, headquartered at the Mesa Laboratory, reported fiscal year 2015 expenditures of $167.8 million, which gives a sense of the scale of research activity in the area. For a private owner, the practical meaning is a steady market for specialized space: wet and dry labs, electronics benches, calibration rooms, machine shops and the offices that support them.

We organize our scope into building shell, laboratory infrastructure and tenant systems. The shell covers structure and envelope; the infrastructure covers exhaust, process utilities and power; and the tenant systems are the casework, fume hoods, gas distribution and specialty rooms. Dividing the scope this way lets a developer deliver a flexible base building and a tenant add the details that its own experiments need. We price each part separately so the lease negotiation is informed.

The structural and concrete work we manage closely

The precision begins in concrete. We schedule and inspect the placing and finishing of slabs for equipment that cannot tolerate movement, the forming of housekeeping pads and trenches for utilities, and the construction of below-grade chambers and pits for instruments that need isolation. We schedule curing carefully and protect finished surfaces from construction traffic until instruments are set.

Where a lab needs a controlled-environment room, we coordinate framing, insulation, finishes and penetrations with the specialty trades so seals stay tight. Our commissioning and closeout process documents each system's performance, with test and balance reports that an owner can hand to an accreditation body or an insurer.

Who hires a builder near the labs

The audience is broader than researchers. Government and public sector buyers sometimes need support facilities, and private firms that supply instruments, software or testing services look for nearby space of their own. The result is a mix of tenants with different budgets, which is why we offer a scalable approach from simple office conversions to full laboratory buildings.

Light manufacturing for scientific products is a related market. Owners with small production lines move through the same questions: how much power, how clean, how quiet and how flexible. Our manufacturing plant experience and our knowledge of specialty data center cooling and power systems help when a tenant combines computing with lab work.

Services that matter on precision projects

Estimating is where most of the value lies. Our preconstruction estimating breaks laboratory work into the pieces owners can actually control, such as air changes, hood counts, process piping and redundancy. We run options so a tenant sees how each requirement affects cost.

Procurement is the other piece. Air handlers, exhaust fans, chillers and specialty doors can have long delivery times, and long-lead procurement lets us order equipment before the rest of the design is final, with owner approval, so that the schedule survives the usual shortages.

Where the dollars go

Laboratory space costs more per square foot than office space because of mechanical systems. Exhaust and make-up air, redundancy, and controls typically account for the largest part of the difference, followed by electrical capacity and specialty plumbing. We show each as its own line, and we show the cost of a requirement alongside the requirement so owners can judge whether it is worth keeping.

Structure is the second driver where vibration criteria are tight. Where a site is on stable ground, a conventional slab may suffice, while a softer site or an upper-floor lab needs more. For owners comparing districts, the east Boulder business parks and the area around the university offer different building stocks, and we provide side-by-side budgets on request.

Need space for sensitive equipment?

Send us the instrument list, the sensitivity requirements and the building you are considering. We will respond with a feasibility memo and a first budget, including the structure and utility checks that determine whether the space will perform.

Questions Owners Ask

How do you control vibration in a new lab building?

We start with a vibration criterion from the instrument vendor, then design the structure and the mechanical layout to meet it. That can mean isolated slab sections, stiffer framing, placing noisy equipment away from sensitive rooms and measuring the floor before instruments are installed.

Can an existing building be adapted for precision work?

Often, if the structure, floor loads and utility capacity are suitable. We survey the building and run a short feasibility study before a lease or purchase decision so the owner knows the likely cost.

Why is lab construction so much more expensive than office construction?

Mechanical, electrical and plumbing systems account for a much larger share of the cost. Air changes, exhaust, redundancy and specialty piping drive the number, and we separate those lines so you can see where costs come from.

Do you build for the federal laboratories?

We build for private owners and developers working near them. Information we cite about the federal institutions in the area comes from public sources, and we do not imply any relationship with them.

How early should we involve a contractor?

As soon as you have an instrument list or a target tenant. Early pricing of mechanical systems and long-lead equipment can change the building concept, and it is far cheaper to learn that before the design is drawn.

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