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Central Energy Plant

Client

Northwestern Medicine

Industry

Healthcare

Delivery Method

Design-Build

Architect

Grumman|Butkus Associates

Project Profile

The Central Energy Plant at Northwestern Lake Forest Hospital plays a vital role in the operation of the new replacement hospital, providing essential utility services with high efficiency and reliability. The plant achieved LEED Silver Certification, underscoring the project's commitment to sustainability and energy efficiency. Michuda Construction’s design-build approach ensured the successful delivery of this critical infrastructure, supporting the hospital’s mission to provide exceptional healthcare.

PROJECT PROFILE


Northwestern Lake Forest Hospital Central Energy Plant Location: Lake Forest, IL Size: 10,000 sq.ft. Cost: $20 million Delivery Method: Design-Build LEED Certification: Silver MBE/WBE Participation: 12% Self-Perform: 15%


Michuda Construction completed the construction of a 10,000-square-foot Central Energy Plant at Northwestern Lake Forest Hospital. The plant was designed to support a 483,000-square-foot replacement hospital, providing critical infrastructure and utility services. Key components of the plant include:

  • Chilled Water Plant and Condensing Water System: Engineered to support the hospital's cooling needs.

  • Cooling Tower Plant: Essential for heat rejection and system efficiency.

  • 100 PSI Steam Boilers: Providing the necessary steam supply for various hospital functions.

  • Piping Distribution Systems: Installation of chilled water, steam, oxygen, condensate return, and fuel oil piping to distribute utilities throughout the facility.

  • DDC System: Implementation of a Direct Digital Control (DDC) System for precise building management.

  • Emergency Generator and Paralleling Gear: Ensuring reliable backup power for the hospital's critical systems.

  • Low Voltage System: Supporting communication and building management functions.

KEY PROJECT ELEMENTS

  • BIM Modeling: Used to coordinate complex MEP systems, ensuring precise installation and integration with the hospital infrastructure.

  • Pull Planning: Applied to optimize the construction schedule and enhance coordination among trades, contributing to project efficiency.

 

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