Save up to 15% on electricity costs with these simple preventive maintenance tips for your cooling tower. Routine maintenance also helps conserve water and extend the operating life of your cooling equipment.
Overtime a neglected cooling tower’s leaving water temperature will increase, raising energy costs by up to 6% for every 2°F increase. However, a well maintained co... (read more)
The XE-Series 3000 Cooling Tower is the newest addition to BAC’s cooling tower portfolio. It is tailored for projects that require an extremely efficient unit to minimize energy costs, reduce sound levels, and contribute to LEED® Certification Points. XE-Series 3000 Cooling Towers are at least two times more efficient than the minimum requirements established in ASHRAE Standard... (read more)
Baltimore Aircoil Company (BAC), a global leader in evaporative heat transfer technology, is pleased to announce the NEW Series 1500 Cooling Tower. The Series 1500 Cooling Tower is the industry’s most serviceable unit without compromising performance and fit. (read more)
The PF2 induced draft, counterflow unit is designed for systems that benefit from dry operation in severe cold weather. The PF2 offers the flexibility to operate in evaporative cooling mode to minimize energy usage, or in dry mode for extreme winter conditions. (read more)
With 34% more capacity and its patented coil-fill design, the CXVB sets the standard for heat rejection technology. CXVB Evaporative Condensers deliver fully rated thermal performance over a wide range of heat rejection and temperature requirements for various refrigerants, and they are available with single model capacities ranging from 75 to 1,287 nominal R-717 tons. (read more)
Series 1500 Cooling Towers minimize the operating, installation, and maintenance costs associated with both new and replacement cooling tower projects. The Series 1500 delivers independently verified, fully rated thermal performance over a wide range of flow and temperature requirements. (read more)
Series 3000 Cooling Towers deliver independently verified, fully rated thermal performance over a wide range of flow and temperature requirements. Standard design features satisfy today's environmental concerns, minimize installation costs, maximize year-round operating reliability, and simplify maintenance requirements. (read more)