Natatorium HVAC Deficiencies
High-Efficiency HVAC Retrofit Planning for Natatorium Environment
Weston & Sampson worked closely with Boston University (BU) to address high concentrations of chloramine contamination in their competition pool due to poor water quality composition and HVAC effectiveness.
As part of the first phase, we installed additional water filtration and high-efficiency UV disinfection mechanisms. For the second phase, we studied the existing HVAC system to determine how it operates, including its air distribution system and air exchanges. BU then engaged our team, through a master service agreement, to provide engineering design and construction administration to implement the recommendations of the study and provide engineering support for other upcoming projects. Our architects and structural, mechanical, and electrical engineers worked seamlessly to ensure the new design is not only functional for reducing airborne chloramines but also maintains a seamless look consistent with the facility’s existing aesthetic.
Project Highlights
- Master Service Agreement
- HVAC
- High-Efficiency UV Disinfection
- Computational Fluid Dynamics
- Airborne Chloramines
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