KJWW provides acoustical consulting for problem-solving of sound, noise, and vibration issues.
Who We Are |
Firm Profile
  Leaders
  Awards & Rankings
What We Do |
  Architectural Lighting
  Construction Administration
  Electrical
  Mechanical
  Medical Equipment Solutions
  Structural
  Sustainability / LEED
  Systems Commissioning
  Technology
Our Expertise |
  Commercial / Corporate Office
  Community & Arts
  Government
  Healthcare
  Higher Education
  Industrial
  K-12 Education
  Laboratories
  Libraries
  Senior Living
  Sports & Recreation
  Recently Awarded |
  News & Events |
  Community Contributions |
  Careers |
  Contact Us |
 
 
 
 
  Project Details |  
 
 
Selected Image

Project Title : Assessment, Master Plan and Design for 190,000 SF Expansion and 64,000 SF Renovation, Including New 1800-ton Chiller and 600 BHP Boiler Plant with 2000 kW Emergency Power
Owner : Advocate Condell Medical Center
City & State : Libertyville, IL
Square Footage : 254,000
Delivery Method : Design / Bid / Build
Completion Date : 05/15/2005
Disciplines Provided :

Construction Administration, Electrical, Fire Protection/Detection, Mechanical, Structural, Audio Visual, Telecommunications, Security

Prime : Pratt Design Studio, Ltd.
Description :

Advocate Condell Medical Center was a 70-year old institution looking to change its image from a "rural hospital" to that of a regional medical center. After a year of master planning, it was determined the best location for the expansion was directly on top of the existing entryway. It houses:
  • Main entrance with 3-story lobby and 26 ft. waterfall
  • Level II trauma ED with 22 private treatment rooms, 3 major trauma rooms, and 3 ambulance bays
  • ICU with 17 private rooms
  • Surgical Services Unit with 12 surgical suites
  • Radiology Department with MRI and PET scanners
  • Life Maternity Center with 8 LDR and 3 nurseries
  • Women’s Center & Spa – the first hospital-based spa in Illinois.
Challenges/Solutions |
The first major challenge was building over the existing entryway. An alternative entry path was used during construction. Another challenge was constructing entirely new departments without interrupting services. This was achieved by building new departments adjacent to the existing ones and then moving entire departments into the new spaces. The vacated space became "swing space". All of this was carefully planned and detailed during the master planning phase, requiring extensive crossover of systems.
Another major challenge was the hospital’s request to match the new addition to the existing floor-to-floor heights from the 1956 bed tower and 1980 addition. The 1956 building used through-wall air conditioning units that did not require overhead ductwork, resulting in very restrictive floor-to-floor heights between 11 and 12 feet. Since the 1980 addition representetd the majority of the existing useable square footage, the hospital deceided that building ramps between it and the new addition was not an option. The solution was to put the ducts on the outside in mechanical buttresses. The result was more duct shafts with smaller ducts penetrating the building from the outside. The ceiling space in the center of the building was then available for other systems. Elevator shafts, linen and trash chutes were also moved to the perimeter to allow maximum flexibility for the floor area. The newly designed exterior of the building presented the solution to a complex problem. This technical solution became one of the strong aestehetic features of the building.
The project included a new central utility plant with 1800-tons of chiller and 600 BHP of boiler capacity. Two 1000 kW emergency generators provide back-up power. A new 1500 gpm fire pump serves the entire facility.
Other design features include a double-ended electrical service entrance for redundancy and emergency power generation with life safety, critical, and equipment branches back feeding to two emergency generators; a large-scale security and video system; promxity based access control; duress systems; and additional lock-down alarms in the ED.
 

 
 
 Projects
Des Moines Area Community College
New 56,000 SF Advanced Technology Classroom Building with 168-ton Lake-Coupled Geothermal System | West Des Moines, IA
[more]

 Announcements

KJWW Receives Top Engineering Excellence Award
[more]

 Ask an Expert


If you have a question or need help on an issue
Click here

 Careers


We are looking to fill many positions across the company.
View USA openings >>
View India openings >>