Summary Capacitive Deionization technology is used to reduce dissolved ion concentration, thus lowering the makeup water conductivity prior to use in an evaporative cooling system. A typical 50% ion reduction allows the operating cycles of concentration to be safely doubled. Track 4D: Water...
4D.3_Alexander.pdf
Ammonia21 Summary U.S. OEM Evapco has announced the expansion of its LCR-C line of low-charge packaged ammonia chillers, adding capacity and larger compressors for production and process cooling as well as air conditioning in a range of industrial applications. Evapco, based in Taneytown,...
Summary The cooling tower performance has a determining impact on the operation of a cooling plant. Any deficiency of the cooling tower performance will automatically been translated on lower plant efficiency. A few critical elements which can have an impact are: The cooling tower performance...
3B.2_Hoeterickx_Wagelmans.pdf
Summary Increasingly, district cooling providers around the globe are incorporating thermal energy storage into their plant design. There are many benefits or reasons to do so making the initial decision easy. But, selecting the best or most appropriate technology can be more difficult. This...
3C.1_Benz.pdf
Speakers Steve Benz, Evapco Don Dobney, EvapTech #CampusEnergyConference #2014 #ConferenceProceeding #Evapco #EvapTech #DistrictCooling
6A.2_Benz_ Dobney.pdf
Speakers Steve Benz, EVAPCO #2016 #ThermalEnergyStorage #Evapco #CoolingConference #Workshop #DistrictCooling #ConferenceProceeding
BenzSteve.pdf
Summary When building a new district cooling plant the future requirements are not always easy to predict. After a few years of operation the district cooling company may see additional potential business but can’t provide extra cooling capacity because the plant capacity is already fully...
Wagelman_Jelle.pdf
1800 West Park Drive, Suite 350
Westborough, MA 01581 USA
Phone +1 (508) 366-9339
Fax +1 (508) 366-0019
© 2019 International District Energy Association, All Rights Reserved. Site by eConverse Media