University of Chicago Student Recreation Facility | Chicago, IL

Wave Divider

Project Outline

The University of Chicago Student Recreation Facility underwent an intensive, speedy, complete renovation to modernize its complex indoor aquatic center. The project scope encompassed a large recreation pool featuring lap lanes, a lazy river, multiple bench areas, and steps, as well as a separate spa. Mid-America Pool Renovation executed the entire scope, from contract signature to final filling, in just two weeks to satisfy a strict university scheduling window.

After Bench
After Zero Depth Entry Only Did Plaster Not The Tile
After Lazy River

Project Specifications:

Austin Plaster Bench
Hydroblast Action
Completed Hydroblast Lap Lane
Plaster Resurfacing

Challenges Solved

  • Extreme Seasonal Timing:  Working in single-digit temperatures, crews had to mix plaster outside under makeshift tents and pump the material into the facility to maintain proper consistency.
  • Strict Scheduling Constraints:  To minimize facility downtime, work was performed over a holiday break before the academic term resumed.
  • Preservation of Existing Assets:  Maintaining the original tile work required painstaking detail, involving manual cutting and chipping around all waterline and racing markers.
  • Urban Access and Logistics:  Located in the heart of Chicago, the facility presented significant accessibility challenges for equipment and material delivery.
  • Unique Material Solutions:  Existing pool lights required a custom fix, involving the retrofitting of new light rings to secure them properly within the new finish.

Special Considerations

  • Indoor Containment:  A large indoor tent/bubble was constructed to manage dust and debris during the hydro-blasting and demolition phases.
  • ADA Requirements:  The project involved intricate work on multiple sets of steps and several bench areas to ensure the facility remained compliant with safety and accessibility standards.
  • Sustainability Practices:  A dewatering tank was utilized to keep materials clean and environmentally friendly, allowing the resulting debris to be recycled at a quarry.
  • Complex Detailing:  The presence of a lazy river, several built-in benches, and multiple sets of steps required extensive manual finish work.
  • Large-Scale Coordination:  The project required the mobilization of 19 personnel, coordinating a specialist hydro-demolition crew followed by multiple plaster application teams.

From Our Team

“This project had a tough timeline and we needed to move quickly—it was only two weeks from contract signed to completion of job due to the specific timeframe they needed the work done in.”

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