Making (LEED) Platinum from Gold Takes Teamwork – Flexi-Lab Space & Innovative Modular Design – University of Colorado at Boulder Systems Biotechnology Building – A Case Study Update

Chris Ertl, AIA, MBA, LEED AP BD+C, HDR Architecture, Inc.
Mike Early, JE Dunn Construction, Inc.

It's Official - LEED Platinum Certified! This presentation showcases a unique module-based flexible laboratory design that overcomes challenges inherent in fixed laboratory concepts. We will discuss how Teamwork took a LEED Gold design to Platinum while still maintaining the original construction budget. This 336,000 sq. ft. Biotechnology Building (CU SBB) had a total project cost of $163 million. ($132 million construction cost). It's the newest state-of-the-art laboratory at the University of Colorado Boulder. This interdisciplinary facility was completed in February, 2012 and provides a sustainable and engaging environment that encourages and promotes cutting edge research.

A four-story, four-wing building combining large, open multi-module lab spaces with dedicated core areas for vivaria, NMR, EPR, Mass Spec functions. Chemistry, Biochemistry, Bioengineering and Bio-Frontiers research occupies collaborative neighborhoods in this building. Lab groups share adjacencies, common areas and utilities for increased sustainability and to foster collaboration.

The design incorporated large open laboratory spaces having multiple modules that also share common high performance/low-flow fume hoods. The flexible design allows a research project to adjust the number of modules to the changing level of study. Large lab suites consist of common layouts of 2-9 modules per lab. Layouts accommodate different types and styles of fume hoods for special research needs. Each suite shares a common HVAC zone. Lab spaces occupy 60% of the space and require 100% makeup air which posed a challenge to achieving LEED Platinum. Techniques and post-occupancy energy savings will be discussed.

Lab casework module features presented include: independently moveable lab furniture and under-counter mobile storage units; flex-hoses, quick connects from overhead ceiling services; flexible electrical and tele-data connection; and, ADA adjustable / removable service carriers with integral shelving. The design allows a researcher, as needed, to quickly re-configure their lab space to better accommodate changing research needs at minimal cost.

This presentation reflects the following aspects of the I2SL approach: more energy efficient design and reduced costs by using high performance/low flow fume hoods with phoenix control; reduced air flow in unoccupied lab spaces; water saving features for large lab equipment and fixtures; use of FSC certified fixed and moveable wood casework; and, incorporating re-usable/recyclable materials. Flexibility in reconfiguring lab spaces will save future environmental costs typically associated with laboratory renovations.

Biographies:

Chris has 18 years of professional experience, conducting a broad range of programming, design and project management services for complex research and teaching lab projects for academic and federal clients. He has a detailed understanding of state-of-the-art lab design concepts and their impact on building systems. Developing laboratory facilities that respond to user needs, have longevity and create an environment conducive to world-class research within budget are what he strives for in each project. He is passionate about working with scientists to understand how they perform their complex work and help them translate that into dynamic and productive work environments. He applies sound planning principles to create productive, safe, reliable, and adaptive facilities to enhance the quality of life in the laboratory. Chris advocates a multidisciplinary process that utilizes BIM to both integrate complex building systems, accommodate people and material flow safely and efficiently.

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