Posted 14th October 2019 by Craig Johnson
Closed loop cooling systems offer many advantages over traditional open loop cooling systems in terms of maintaining high system efficiency over time, ongoing maintenance requirements, and application flexibility.
The use of energy efficient evaporative heat rejection, whether open or closed circuit, offers the highest overall system efficiency compared to air cooled alternatives. When choosing between an open circuit cooling tower + heat exchanger combination and a fluid cooler, be sure to evaluate the space available in the equipment room, the availability of maintenance staff, water treatment requirements, and other installation and operational considerations.
Lastly, be sure to compare the total installed cost, rather than simply the initial heat rejection equipment cost, of these two alternatives. Often the fluid cooler based system will offer the lowest total installed cost for the Owner thanks to the simpler system design while allowing more usable space in the building
Closed loop cooling systems offer many advantages over traditional open loop cooling systems in terms of maintaining high system efficiency over time, ongoing maintenance requirements, and application flexibility.
Baltimore Aircoil Company, Inc. (“BAC”), a global leader in data center cooling solutions, announced today an exclusive worldwide licensing agreement with DUG Technology (Australia) Pty Ltd (“DUG”). This strategic partnership grants BAC exclusive rights to DUG's proven and patented immersion-cooling technology designed for high-density data centers.
At BAC, we have an obligation to innovate and lead the industry towards a more sustainable future. This 2023 Environmental, Social, and Governance (ESG) Report highlights the progress made on key initiatives, accomplishments, and targets necessary to achieve BAC’s vision of reinventing cooling to sustain the world.
Closed loop cooling systems offer many advantages over traditional open loop cooling systems in terms of maintaining high system efficiency over time, ongoing maintenance requirements, and application flexibility.
