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Cardiovascular Operating Rooms

Client

Ascension Health

Industry

Healthcare

Delivery Method

Construction Manager

Architect

Jensen & Halstead Ltd.

Project Profile

The renovation of the CVORs at Ascension St. Joseph Joliet Hospital was completed on time and successfully enhanced the hospital's surgical capabilities. The upgraded operating rooms now offer improved airflow, enhanced MEP systems, and increased efficiency for cardiovascular procedures. Michuda Construction’s focused approach ensured high-quality results, cost efficiency, and optimal patient care in a critical hospital environment.

CVORs RenovationLocation: Ascension St. Joseph Joliet Hospital Size: 2,000 sq.ft. Delivery Method: Construction Manager Architect: Jensen & Halstead Ltd. Minority Participation: 43%

Project Scope:The CVORs renovation at Ascension St. Joseph Joliet Hospital involved transforming two Cardiovascular Operating Rooms (CVORs) and associated spaces. This single-phased project also included the installation of a new Air Handling Unit (AHU) on the 4th floor, designed to enhance the operating environment for advanced cardiovascular procedures.

Challenges & Solutions: The CVORs renovation faced several challenges that required targeted solutions to ensure efficient project delivery and cost control.

The initial Target Value Design called for relocating the CVOR to another part of the building, which necessitated a costly skybridge. However, through careful coordination and space planning with the Architectural and Engineering (AE) team, constructability analysis revealed that the CVOR could fit within the existing OR space, eliminating unnecessary scope.

Space constraints for MEP (Mechanical, Electrical, Plumbing) lines posed another challenge, as insufficient ceiling space made modular ceiling installation cost-prohibitive. The project team utilized plenum box construction to optimize space, allowing MEP lines to function effectively.

During the plenum box installation, a tornado effect impacted airflow distribution, complicating the overall ventilation design. The team addressed this by adjusting damper fins to ensure controlled and effective airflow distribution throughout the CVORs.

The installation of the new AHU in the penthouse presented logistical difficulties, requiring disassembly, transfer, and reassembly via an elevator near a pediatric unit. Detailed planning was crucial to ensure a smooth process, minimizing disruptions and ensuring safety for patients and staff.



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