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Schermerhorn Symphony Center – Nashville, TN HUNTAIR^® Knock-down Air Handlers with FANWALL TECHNOLOGY^® Custom air handlers are damaged beyond repair in a May 2010 flood and a like-for-like replacement was not a feasible option. Knock-down air handlers were brought into the space in individual pieces through an existing outdoor air opening 20 feet below grade. Space savings from FANWALL TECHNOLOGY allowed air handlers to be reconfigured to sit on a platform 6 feet above the basement floor to help avoid a recurrence of flood damage. Acoustic performance of the HUNTAIR air handlers exceeds that of the extremely quiet air handlers that were replaced. Facility re-opened in time for a New Year’s Eve performance by world renowned violin virtuoso Itzhak Perlman. Read our case study (PDF).

University of Phoenix Stadium – Phoenix, AZ HUNTAIR^® Custom Air Handlers with FANWALL TECHNOLOGY^® The University of Phoenix Stadium, home of the Arizona Cardinals and Super Bowl XLII, was one of the earliest installations using FANWALL TECHNOLOGY. There are 20 air handlers in operation totaling 284 fans and providing 1.6 million CFM throughout the stadium; the largest air handler provides 132,000 CFM.	AP/Pete Pallagi, File

Unalaska Powerhouse, Unalaska, Alaska Governair^® Custom Air Handlers Home of the “Deadliest Catch” Dutch Harbor facility, Unalaska, Alaska has some of the world’s most extreme weather. This sub-polar oceanic climate required an air handler capable of standing up to this harsh environment. Governair’s team met this task by designing and manufacturing two custom- stacked air handlers capable of providing enough combustion air to supply the city’s diesel power generators. Standing 40 feet tall, these units boast 6 x 6 quarter-inch tubing. They are capable of withstanding winds up to 175 mph and they achieve the highest seismic rating available – zone 4. Read our case study (PDF)

Large Haldron Collider Data Center, Lyon, France Eaton-Williams^® Process Cooling - ServerCool One of the key data centers supporting the Large Haldron Collider uses Eaton-Williams ServerCool to achieve significant energy savings and channel the heat loads. CERN’s Large Haldron Collider (LHC) relies on many strategically placed data centers across the world to process the vast amounts of data generated by the world’s largest experiment. With heat loads and energy costs a major concern, Eaton-Williams Process Cooling, in close collaboration with Serviware and IBM in France, designed an energy efficient critical cooling solution for France’s National Institute of Nuclear Physics and Particle Physics (IN2P3/CNRS) in Lyon, one of the 11 Tier 1 data centers (CC-IN2P3). Read our press release	Courtesy of CERN

Center for Scientific Computing, University of Warwick Eaton-Williams Process Cooling The removal of heat and saving energy are major environmental challenges facing data centers. Working closely with IBM in the US, Eaton-Williams Process Cooling has developed a number of products specifically for data centre environments including CDUs (Cooling Distribution Units) and rear door heat exchangers (RDHx) that remove heat at source using chilled water as the coolant. This approach has proved so successful in reducing costs, energy consumption and freeing up floor space that its RDHx won the Silicon Valley Leadership Group’s (SVLG) sponsored “Chill-Off” in 2008 for being the most energy efficient data centre cooling product. EWPC worked with the Center for Scientific Computing and their engineers to successfully provide effective and reliable solutions for their environmental concerns with the capacity for future expansion. Read our press release

Australia National Maritime Museum, Sydney VAPAC^® Humidifiers Product reliability helped Vapac win a major contract to supply humidifiers for Australia’s National Maritime Museum. Sydney experiences extremes of weather – particularly in Spring and Fall when humidity levels can hit 30% or less. The weather factor, combined with the museum’s role as guardian and protector of Australian antiquities and maritime treasures, required total climate control, and the museum staff stipulated and environment with a range of between 40-60% RH. Vapac met the challenge, providing 50% RH levels with a 5% swing allowed (10% maximum).	©Australia National Maritime Museum

Harrogate’s Turkish Bath and Health Spa, Yorkshire VAPAC Electrode Boilers Vapac’s electrode boilers are traditionally used in ARI conditioning projects ranging from the introduction of humidity to provide a comfortable working environment to the preservation and conservation of art and other artifacts in museums, galleries and depositories around the world. The unique application of Vapac’s electroduce boiler in Harrogate’s world famous Turkish Baths provides a continuous supply of steam for the steam room where temperatures top 113F.	Harrogate Borough Council Media Dept.