Laboratory, Science & Research Building Design
Designing a laboratory, vivarium, science building, or research building offers numerous challenges to the MEP Consulting Engineer Lab Designer. Engineering a safe environment, especially in labs that utilize dozens/hundreds of fume hoods and other special exhaust is the first concern. The demand for increased ventilation requires the HVAC engineer to not only have a firm grasp of the user's requirements and processes but also how the dynamics of the heating and cooling loads are affected by these ventilation requirements. Energy efficiency and occupant comfort must be integrated into the mechanical and electrical design from the start. Computer modeling assists to integrate fume hood and room exhaust and their associated diversities with the peak heating and cooling loads of ventilation systems, chillers, boilers and other MEP system components. This permits an efficient and controlled environment. This controlled environment is especially important in a Vivarium and other research applications where control variables such as temperature, humidity and room pressurization must be closely maintained.
Although designing numerous new laboratory and science buildings, many other projects involve renovating and remodeling mechanical and electrical systems in existing lab and research buildings. Renovation in a laboratory or research building is one of the most challenging areas of our business. Our engineers and designers are often faced with updating and replacing major mechanical and electrical infrastructure in a laboratory building, while still keeping the building functioning during the renovation. With 24 hour/day 365 day/year operation, the phasing of a project can often be much more demanding than the project itself. Ketchmark & Associates, Inc. has found that detailed field survey early in the design process is essential. Our founder and president, Dana Ketchmark, often says that "you can't properly design and renovate an existing building by sitting at your desk. If you spend enough time in a building it will speak to you and tell you what you can and cannot do". By their inherent nature laboratory, science and research buildings include numerous specialty systems, such as fume hood exhaust, process gases, heavy telecom and power requirements, room pressurization controls, etc.. These systems all compete for limited space availability. As design progresses, systems are over-layed onto one another, allowing them to be fully coordinated, saving a great deal of construction cost and time. This also avoids unnecessary "design by addendum and bulletin", which usually results in a compromised project. In addition, most complex renovations include detailed narratives on proposed construction phasing, explaining to the contractor how the design and construction have been integrated into the ongoing building operation. These narratives coupled with clear, concise and detailed drawings/specifications help make each project a success.
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Western Michigan University
New Chemistry Bldg
MEP for 90,000 sqft chemistry &
biology building
Commissioning Info
Construction Costs Info
Waubonsee Community College
New Science Bldg
MEP for 45,000 sqft chemistry, biology,
physics, anatomy & nursing building
Project Info
University of Chicago
Cummings Life Sciences Bldg
MEP for 100,000 sqft wet lab design, support,
and office renovation
Project Info
University of Chicago
Cummings Life Sciences Bldg
250,000 cfm lab exhaust system
renovation, new process cooling,
new electrical distribution, rebuild
main air handling units
Project Info
Experimur
Mechanical, electrical, plumbing & fire protection design for 72,000 sqft vivarium, wet lab,
support and office
Project Info
Western Michigan University
Haenicke Hall
HVAC design for 80,000 sqft research building,
& vivarium
University of Chicago
Cummings Life Sciences Bldg
MEP design for 5,000 sqft vivarium renovation
University of Chicago
Culver Building
MEP for 20,000 sqft laboratory
renovation, including new
building infrastructure
University of Chicago
Anatomy Building
MEP design for 10,000 sqft laboratory
renovation, including new
building infrastructure
University of Chicago
Pathology Laboratory
MEP for 20,000 sqft wet lab renovation
University of Chicago
Rheumatology Laboratory
MEP for 10,000 sqft wet lab, support,
and office renovation
University of Chicago
Neurology Laboratory
MEP for 7,000 sqft wet laboratory
renovation
University of Chicago
Miscellaneous Labs
MEP design for 20,000 sqft wet lab design
Western Michigan University
Haenicke Hall
HVAC for Biological. Safety level 3
(BSL-3) laboratory
University of Chicago
Bio-Psychology Building
HVAC for 42,000 sqft Addition/Retrofit,
vivarium & research
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