Project

Northwestern University – Research Lab

Northwestern University – Research Lab

The Louis A. Simpson and Kimberly K. Querrey Biomedical Research Center will provide critical space for scientists researching cancer, heart disease, neurodegenerative disorders, diabetes, and other critical areas of study. The Perkins+Will design features a curved glass exterior with flexible floor plans for laboratories. The tower profile references and updates the soaring traditional Gothic buildings on Northwestern’s Chicago campus, presenting a striking profile on the city’s skyline and leading the way for future campus development.


Brief

From the outset, Dortek worked alongside the project team to identify key areas that would require specialist molded fiberglass doors. This collaboration allowed the team to use specific design details that Dortek have developed over its time working in world class medical research facilities. Some of these details included: Extended frame backstop – this protects the back edge of a door from heavy rolling loads when opened at 90 degree angle. Dortek’s integral blind system – Inta Vista. This blind incorporates both the blackout function and red tint film needed in behavioral research areas.

These details, along with university specific hardware and design considerations were incorporated into a strong project specification. Dortek worked with Power Construction to coordinate submittals, delivery scheduling, installation and commissioning through a seamless process.


Solution

Dortek supplied 147 Molded FRP door sets along with 5 glass sliding doors for this project. FRP fire doors were required in some circumstances, Dortek’s UL 10C rated fire doors allowed the designers to keep aesthetic consistency throughout each area using rated and non rated doors. Stainless Steel frames were utilized on this project as this facility type is known to have heavy racks and carts moving along corridors at regular intervals. The use of stainless frames offers more design flexibility durability over extended periods of time.