O'Hare Airport Generator Pad and Install
Client
O'Hare Airport
Industry
Commercial
Delivery Method
General Contractor
Architect
Project Profile
Michuda Construction successfully completed the installation of a new generator pad and generator system at O'Hare Airport, providing critical infrastructure to support airport operations.
PROJECT PROFILE
O'Hare Airport Generator Pad and Installation
Location: Chicago, Illinois
Delivery Method: General Contractor
PROJECT OUTCOME
Michuda Construction successfully completed the installation of a new generator pad and generator system at O'Hare Airport, providing critical infrastructure to support airport operations.
PROJECT SCOPE
As the General Contractor, Michuda Construction managed the installation of a new generator pad and the subsequent placement and connection of a backup generator system at O'Hare Airport. This project was essential to bolster the airport’s backup power capabilities and ensure continued operations during power interruptions.
Key Elements of the Project:
Site Preparation: Excavation and preparation of the generator pad, ensuring proper grading, compaction, and compliance with all structural and regulatory requirements.
Concrete Pad Installation: Construction of a reinforced concrete pad to support the generator, designed to withstand heavy loads and environmental conditions.
Generator Placement and Connection: Coordination of the generator delivery and precise placement on the pad, followed by mechanical and electrical connections to integrate it into the airport’s existing infrastructure.
Safety and Compliance: Adherence to stringent airport safety protocols and coordination with airport authorities to minimize disruption to daily operations.
CHALLENGES & SOLUTIONS
Airport Operations Coordination:
Challenge: Ensuring minimal disruption to airport operations during construction activities.
Solution: Michuda’s team worked closely with airport officials to schedule work during off-peak hours and implemented strict safety measures to maintain a secure job site.