Even “cleanrooms” need to be cleaned, and F&S building service workers (BSWs) are up to the task.
The University of Illinois Urbana-Champaign features many state-of-the-art research facilities, including a cleanroom where some of the world’s brightest scientists and researchers use extremely sensitive tools, processes, and chemicals.
For this room to earn the name “cleanroom,” this space must be immaculate.
Researchers who use the Materials Research Laboratory (MRL) have access to more than 140 specialty instruments and $40M worth of scientific tools, including in the MicroFab cleanroom and Raith prep cleanroom. MRL is a vital resource necessary to grow the health of the university’s scientific research. U of I faculty members, external academic researchers, and private industrial partners studying materials science engineering, chemical engineering, bioengineering and aerospace engineering, physics, and other physical sciences have 24/7 access to these capabilities that advance the world’s understanding of some of the most ground-breaking scientific discoveries. Research engineers Xiaoli Wang, Jeff Grau, and Tao Shang are in charge of the cleanroom and prep cleanroom.
The rooms house a wide range of micro and nano-fabrication projects. Many precise tools, dangerous acids, and highly volatile ingredients are used to develop intricate microstructures. Optical photolithography, direct-write lithography, e-beam lithography, and wet etch processes are all carried out in MRL cleanroom labs.
In other words, BSWs cannot just walk in and start dusting, sweeping, and spraying.
Carla Ogle, an experienced BSW at MRL, learned how to navigate the space more than four years ago and has taught many others.
First, BSWs enter the “gowning” room, where anyone entering the functioning cleanrooms must put on special personal protective equipment (PPE), including a full white suit, multiple sets of foot coverings, a gown, hood, gloves, boots, safety glasses, and a hair net. Unlike regular safety PPE, cleanroom garments worn in the space act to protect the environment from the wearer.
Once in, the BSWs empty all the regular trash cans. A special duster is then used on surfaces, and the floor is cleaned three different times, the final time with chemicals specifically developed for cleanrooms.
“I enjoy working in the cleanroom because it’s a different process and more meaningful challenge to care for the space,” said Ogle. “It helps me, and the rest of our BSWs, understand the impact of the research being done on this campus and how F&S enables it.”