FOURMAN'S HEATING & COOLING Cooling Tower in Greenville, Ohio

FOURMAN'S HEATING & COOLING is a cooling tower facility situated at 900 Sater Road in Greenville, Ohio, United States. As a cooling tower, it plays a role in heat rejection from industrial or commercial processes, likely serving the local manufacturing sector. The facility is operational and classified under NAICS 333415, which covers air-conditioning and warm air heating equipment and commercial refrigeration equipment manufacturing. The facility operates within the regulatory framework of the United States, where cooling towers are subject to environmental and safety standards. Key regulations include ASHRAE 15 for refrigeration safety and the Clean Air Act, which governs refrigerant management. The Kigali Amendment to the Montreal Protocol also influences refrigerant choices, promoting lower global-warming potential alternatives. In Ohio, cooling towers may also be regulated under state water quality standards for discharge and drift. Cooling towers are essential for thermal management in various industries, including HVAC, power generation, and manufacturing. The environmental impact of cooling towers depends on factors such as water consumption (evaporative vs. air-cooled) and refrigerant type. This facility's location in Greenville, a small city in Darke County, suggests it serves local industrial or commercial needs, contributing to the region's economic activity and infrastructure resilience.

Cooling towers like this one can have environmental implications related to water use and refrigerant emissions. Evaporative cooling towers consume significant water and may produce drift containing treatment chemicals. Air-cooled alternatives reduce water use but may have higher energy consumption. Refrigerants used in associated systems are regulated under the Clean Air Act and the Kigali Amendment to phase down high-global-warming-potential hydrofluorocarbons (HFCs). Operational efficiency, measured by coefficient of performance (COP), is a key factor in reducing energy demand and associated emissions.