STRUCTURAL COMPOSITES IND Cooling Tower, Pomona, California

STRUCTURAL COMPOSITES IND is a cooling tower facility located at 325 Enterprise Pl, Pomona, California, within Los Angeles County. The plant supports industrial cooling needs, likely for manufacturing or air-conditioning systems, and is classified under NAICS 333415 (Air-Conditioning and Warm Air Heating Equipment and Commercial and Industrial Refrigeration Equipment Manufacturing). As a cooling tower, it plays a role in heat rejection for local industrial processes. The facility operates under California's stringent environmental regulations, which align with ASHRAE 15 safety standards for refrigeration systems and the state's progressive refrigerant management policies. California has adopted the Kigali Amendment to the Montreal Protocol, driving a phase-down of high-global-warming-potential (GWP) refrigerants. Cooling towers in this region typically use water as a heat transfer medium, with efficiency measured by coefficient of performance (COP). Water consumption is a key consideration, especially in drought-prone Southern California. The environmental significance of this facility lies in its potential refrigerant use and water consumption. Cooling towers can have high water usage, and the choice of refrigerant (if any) impacts GWP. The plant's location in an urban industrial area means it contributes to local heat management and may be subject to air quality regulations. Its operational status ensures continued service to the local industrial sector.

Cooling towers in Southern California operate in a water-scarce region, making water efficiency critical. Evaporative cooling towers consume significant water, while air-cooled alternatives reduce water use at the cost of higher energy consumption. Refrigerant choice is also important; the facility likely uses refrigerants regulated under the Kigali Amendment and California's refrigerant management program, which targets high-GWP substances. The local climate, with hot summers, increases cooling demand, impacting both energy and water footprints.