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ICU Renovation

Client

Advocate Aurora Health

Industry

Healthcare

Delivery Method

Construction Manager

Architect

Harley Ellis Devereaux

Project Profile

Michuda Construction’s approach to this renovation not only maintained patient safety and operational continuity but also resulted in over 5% cost savings. The project was completed within the 17-week timeline, showcasing Michuda’s commitment to efficient and high-quality healthcare construction. The upgraded 2nd floor ICU now offers improved comfort, functionality, and enhanced infrastructure, supporting Advocate Trinity Hospital’s goal of delivering top-tier patient care.

PROJECT PROFILE


Advocate ICU Renovation Location: Chicago, IL Engineer: Grumman / Butkus Associates Architect: Harley Ellis Devereaux Size: 5,670 sq.ft. Delivery Method: Construction Manager at Risk

PROJECT SCOPE

Michuda Construction successfully completed the 2nd Floor ICU renovation at Advocate Trinity Hospital. The renovation encompassed both interior and exterior work, aimed at improving patient care and comfort. Interior enhancements included the installation of new flooring, painting, finishes, mechanical, electrical, and plumbing (MEP) systems, fire protection, and updated ceilings.

Exterior improvements involved window replacements along with the repair of masonry and flashing. A key aspect of the project was the removal of the existing air handler serving the 2nd floor ICU, which was then replaced by integrating the new ductwork with the 5th floor air handler system. To ensure optimal temperature control, new hot water reheats were installed at each patient room.

CHALLENGES & SOLUTIONS

The primary challenge of this renovation was the removal of the 2nd floor air handler and the complex task of connecting the new ductwork to the 5th floor system. Given the need for precision and safety, the new ductwork installation took place in a setback courtyard.

Crane picks were carefully planned and coordinated with hospital staff to ensure that patient areas were cleared and secure before any overhead lifts were performed. Additionally, cribbing was used beneath crane outriggers to protect the backup generator utility tunnel, preventing potential structural damage during crane operations. This careful planning minimized risks and maintained hospital operations without major disruptions.

 






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