Lab Design Best Practices
Laboratory design involves key principles that architects, designers, and researchers use to plan their optimal facilities. Whether you have previous experience building laboratories, or are embarking on one of your first projects, here are some best practices to keep in mind to help you get started.
Map Out Your Design Project from the Start
Before you take any steps to get your lab design or renovation project off the ground, create a checklist of factors to consider along the way. Every build is different and depends on the type of laboratory, as well as applicable regulations and safety requirements.
The lab design requirements that must be met to maintain safety standards and security varies between each type, so be sure to understand your lab’s specific needs. You may need to devote resources specifically to safely handling biological materials, or you may need to concern yourself with security of the facilities.
The following are examples of laboratory types that may have their own unique safety requirements:
Create a checklist where you can track your lab’s specific needs before the project begins to avoid hurdles down the road. Beyond that, put into writing the needs, wants, and aspirations of the lab owners and researchers.
A well-developed program should include information on:
- Goals for the lab
- Type and number of occupants
- Design constraints involved costs and floor plan
- Organizational charts for personnel
- List of furniture and equipment needed
- List of applicable regulatory codes and certifications needed for the project
Hold a Kick Off Meeting with Stakeholders
Building or renovating a laboratory requires meticulous project management skills. Ensure everyone from the building managers to the facilities and maintenance workers understands the breadth of the lab design project.
Plan a kickoff meeting at the beginning of the project with the following stakeholders:
- Lab Owners
- Mechanical Engineers
- Faculty and Students
- Facilities and Maintenance Personnel
Encourage feedback along every step of the way. Each of these stakeholders may be connected in some way to one another so it is important they are able to communicate in case they have concerns about the new design or renovation.
Plan for Control Areas Early in the Design Project
Group H occupancy, otherwise known as control areas, is part of the International Building Code (IBC) administered by the International Code Council (ICC)
Taken directly from chapter 3 of the IBC:
“High-hazard Group H occupancy includes, among others, the use of a building or structure, or a portion thereof, that involves the manufacturing, processing, generation or storage of materials that constitute a physical or health hazard in quantities in excess of those allowed in control areas constructed and located as required in Section 414.”
In order to properly comply with regulations, carry out a hazard analysis of the entirety of your planned or existing laboratory layout. Make sure you document any future uses that may fall under the regulation of hazardous materials.
Once you’ve clearly indicated the perimeter of your control area, establish a program to continue receiving inspections from the appropriate organizations and personnel.
Design Your Fume Hood Set Up Around the HVAC System
If your laboratory design involves fume hoods, communicate with your facilities management and mechanical engineers to ensure your fume hoods can be properly connected with the building’s HVAC system.
If you have already installed a fume hood and want to test its connection to the HVAC system, conduct a paper strip test. Tape a strip of paper, tissue, or ribbon to the fume hood sash and observe whether the activated fume hood conducts an air flow.
Have On-Site Engineers, Electricians, and Plumbers Assess Initial Designs
Once you obtain detailed drawings from a lab designer or furniture manufacturer, have your site’s engineering and facilities team review them for accuracy and fit. As the project develops and installation begins, check in regularly with your on-site team to ensure both the manufacturers and the building team are aligned on the specifications of your laboratory.
Inspect the Dimensions of Doors and Hallways
Beyond the actual design of the layout, lab furniture and equipment will need to be transported through the building during installation and for future removal or replacement. Document the necessary pathways you need to take to get your laboratory installed successfully.
The right furniture manufacturer should offer on-site consultations that include these measurements, like ceiling heights, equipment paths, door widths, and turning clearances.
Let Us Be Your Lab Design Partner
The lab design experts at OnePointe Solutions can assist you in building the most effective and efficient infrastructure for your research. If you would like a full-scale design and quote including floor plan, layout, casework, cabinets, tables, fume hoods, carts, chairs, or more, contact us and we will gladly give you the information you are looking for.
We price competitively and have designed hundreds of laboratories across the US from major universities to government agencies. We can help you find the optimal lab design and layout for your projects. Call (866) 613-7312 for a quote and detailed proposal.
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