Data Centers
BAC combines responsive project support with flexible cooling solutions for advanced data center applications. From hyperscale and AI to edge and colocation environments, our heat rejection solutions adapt to a wide range of heat loads and cooling methods — helping ensure reliability, scalability, and performance throughout the project lifecycle.
Manufacturing
With the exponential growth of manufacturing industries, demand for efficient, sustainable cooling is at an all-time high. Our portfolio of cooling products are uniquely crafted to save water and energy while maintaining the high thermal performance. We specialize in cooling for manufacturing industries including:
- Semiconductor
- Battery
- And more
Heavy Industrial & Energy
Our factory-assembled, factory-tested products deliver reliable cooling for industrial and process facilities. With evaporative, hybrid, adiabatic, and dry cooling options, our heat rejection equipment is built for long-lasting operation in demanding conditions. These applications include:
Food & Beverage
Energy efficiency and reliability are top priorities in refrigeration spaces. Our array of evaporative and adiabatic condensers and coolers provide reliable, easy‑to‑maintain cooling for food and beverage facilities. Protecting the integrity of food products requires consistent, dependable cooling. From industrial to commercial refrigeration, we have solutions for each application:
Commercial & Institutional Buildings
Temperature control is critical in commercial and institutional environments. With HVAC applications playing an integral part in how we work, learn, and play, delivering reliable, efficient comport cooling and mission-critical cooling is essential. Our wide variety of heat rejection equipment supports energy efficient, sustainable HVAC applications across industries including::
District Cooling
District cooling operators rely on centralized cooling plants to deliver reliable, energy efficient chilled water across campuses and cities. BAC delivers scalable, high‑efficiency cooling solutions engineered to support phased growth, minimize land use, reduce system energy intensity, and ensure long‑term operational resilience across district energy networks