Overview
IRHYTHM TECHNOLOGIES operates a cooling tower in San Francisco, California, supporting HVAC systems at 650 Townsend Street. The facility is operational and serves the local urban district.
IRHYTHM TECHNOLOGIES operates a cooling tower located at 650 Townsend Street in San Francisco, California. This facility is part of the building's HVAC infrastructure, providing cooling for the commercial space. As a cooling tower, it is a key component in maintaining indoor climate control for the technology company's operations. The facility operates under U.S. regulations, including ASHRAE 15 for refrigeration safety and the EPA's refrigerant management programs. Cooling towers in California are subject to state water efficiency standards and local building codes. Typical cooling towers in this sector use water-based heat rejection. As part of San Francisco's urban infrastructure, this cooling tower contributes to the city's commercial building climate control. Its location in a dense urban area highlights the importance of efficient water and energy use. The facility supports the operational needs of IRHYTHM TECHNOLOGIES, a company focused on healthcare technology.
Environmental context
Cooling towers in urban environments like San Francisco face water consumption and energy efficiency challenges. Evaporative cooling towers use significant water, while air-cooled alternatives reduce water use but increase energy demand. Refrigerant management is critical under the Kigali Amendment and EPA regulations to minimize global-warming potential. Local water scarcity and energy grid constraints further influence operational practices.
Frequently asked questions
The cooling tower is located at 650 Townsend Street, San Francisco, California, 94103, United States.
The facility is operational and serves as part of the building's HVAC system.
Cooling towers in California must comply with ASHRAE 15 for refrigeration safety, EPA refrigerant management rules, and state water efficiency standards.
Key concerns include water consumption for evaporative towers, energy efficiency (COP), and refrigerant global-warming potential under the Kigali Amendment.
Cooling towers for commercial buildings like this one typically range from small to medium capacity, supporting HVAC loads for tens of thousands of square feet.
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