The butterfly-shaped facility that is the new Rush University Medical Center (RUMC) sits quietly on the Near West Side of Chicago awaiting the official opening of its doors this month. The RUMC facility and its staff are preparing to handle any type of pandemic or chemical, biological, or radiological (CBR) disaster that might hit Chicago.
At a cost of $654 million, the 14-story, 830,000-sf medical center, designed by a Perkins+Will team led by design principal Ralph Johnson, FAIA, LEED AP, is distinguished in its ability to handle disasters.
If such an event were to hit the Chicago area, the emergency response center could offer an unprecedented level of readiness for a mass outbreak of infectious disease, bioterrorist attack, or hazmat incident.
“This is the nation’s first facility designed to provide care for patients involved in chemical, biological, and radiological disasters,” says Dr. Dino Rumoro, RUMC’s chairman of emergency medicine. “We have to be ready for any type of disaster that can hit the city of Chicago.”
The 40,000-sf emergency room includes:
- 60 individual treatment bays that can accommodate up to two patients per bay, doubling the normal patient load
- The ability to control airflow to seal off contagions in parts of the hospital
- Ambulance bays that can be converted into decontamination centers, so that CBR victims could be sprayed down in large groups
Special equipment and a flexible infrastructure allow RUMC to accommodate surge capacity to treat mass casualties beyond the ER. Pillars in the main lobby are equipped with hidden panels that provide access to oxygen and other clinical gases, allowing RUMC to accommodate even more beds in a disaster scenario.
The floors above the emergency room are devoted to the interventional platform, where diagnostic testing, surgical, and interventional services and recovery are located within a short distance of each other. This results in enhanced collaboration between medical specialists, patients, and families. A total of 42 procedure rooms with enlarged operating rooms provide the latest surgical technology.
The new hospital adds 304 individual adult and critical beds on its top five floors, increasing the total number of beds across existing and new facilities to 664, making RUMC one of the largest hospitals in the area.
The hospital is awaiting LEED Gold certification. In addition to using recycled construction materials and considerable water- and energy-saving measures, the hospital has three green roofs—one atop the main tower, another on the ninth floor open to staff, and a third atop the entry pavilion. BD+C
Related Stories
| Apr 12, 2011
American Institute of Architects announces Guide for Sustainable Projects
AIA Guide for Sustainable Projects to provide design and construction industries with roadmap for working on sustainable projects.
| Apr 11, 2011
Wind turbines to generate power for new UNT football stadium
The University of North Texas has received a $2 million grant from the State Energy Conservation Office to install three wind turbines that will feed the electrical grid and provide power to UNT’s new football stadium.
| Apr 8, 2011
SHW Group appoints Marjorie K. Simmons as CEO
Chairman of the Board Marjorie K. Simmons assumes CEO position, making SHW Group the only firm in the AIA Large Firm Roundtable to appoint a woman to this leadership position
| Apr 5, 2011
Zaha Hadid’s civic center design divides California city
Architect Zaha Hadid is in high demand these days, designing projects in Hong Kong, Milan, and Seoul, not to mention the London Aquatics Center, the swimming arena for the 2012 Olympics. But one of the firm’s smaller clients, the city of Elk Grove, Calif., recently conjured far different kinds of aquatic life when members of the City Council and the public chose words like “squid,” “octopus,” and “starfish” to describe the latest renderings for a proposed civic center.
| Apr 5, 2011
Are architects falling behind on BIM?
A study by the National Building Specification arm of RIBA Enterprises showed that 43% of architects and others in the industry had still not heard of BIM, let alone started using it. It also found that of the 13% of respondents who were using BIM only a third thought they would be using it for most of their projects in a year’s time.
