air conditioning

Crystal Fountains Offers Cooling Jets
Crystal Fountains (Toronto, Ontario, Canada) manufactures the NEJ100 Evaporative Cooling Jet – a stainless steel…
2019/9.1, September 4 — Modernist Detailing, True Rainfall, Revived Splendor and more
THE ESSENTIAL E-NEWSLETTER FOR WATERSHAPE DESIGNERS, ENGINEERS AND BUILDERS September 4, 2019 www.watershapes.com FEATURE ARTICLE…
Getting in Step
I hesitated in starting the New Year with a Travelogue about a class of watershape that is located beyond easy reach of most readers and is, in addition, one I've never seen personally. But I ran across a reference to these structures a couple days ago, and I just can't get them out of my mind. Many times in the past, WaterShapes has mentioned the fact that, hundreds of years ago, Islamic architects used fountains and runnels of moving water as air-conditioning systems in enclosed spaces (the Alhambra in Moorish Spain being the usual example). Hundreds of years before that, it seems, Indian architects achieved a similar effect with what they called baolis, or step wells. For starters, I was a bit startled to find an approach to watershaping I'd never encountered before - but what truly blew my mind was the scale of these structures and the attention their designers paid to the aesthetics of what is basically a utilitarian water source. Indeed, step wells are literally that: structures in which water is reached by descending sets of steps. Found most often in western India, they also were built in other places in southern Asia as well as Pakistan. Basically, they serve as graduated storage tanks that enabled communities to cope with seasonal changes in water availability: They filled with ground- or well water during the rainy season and were drawn down when the dry, hot weather returned each year. Unlike a classic western fountainhead, which gave a few people access to the water at a time, some of these step wells are huge and clearly enabled whole communities of people (and sometimes their animals) to get at the water at the same time. and there was more even in hot weather, the body of water pit well cooled air, so grand watershapes became social hubs places to beat heat commune with friends, family acquaintances an office cooler on a scale. The only similar structure I've seen in the United States is the Fort Worth Water Gardens, which I wrote about in the January 25, 2012 edition of this newsletter (click here). But Philip Johnson's project featured cascading water, which is distinctly something a classic step well didn't offer. In any case, this is special watershaping - on the level of the Roman aqueducts in terms of importance to their communities. I hope you enjoy this introduction and, like me, think these places might be worth a road trip. To see the brief video that introduced me to these amazing watershapes, click here - and do what you can to ignore the narrator's attempts at humor. And if you want more information, click here to see an unusually helpful Wikipedia trove of information and images.dsc+ desce ///>/</
Where the Bison Swim
The Arthur D. Kinney Natatorium was designed with a practical mission in mind:   From the outset, the facility was intended to provide long-term performance, outstanding aesthetics, ease of operation and minimal maintenance life cycles while enhancing the university's recruiting efforts and fostering individual and team achievement. In this case, however, the "individuals" aren't just star athletes pursuing records and titles.  Rather, the natatorium on Bucknell University's Lewisburg, Pa., campus is unique in the sense that the school chose not to segregate varsity athletes from general student/recreational users.  Indeed, the facility, part of the university's grand Kenneth G. Langone Athletics & Recreation Center, is designed to bring everyone
Inside Air
It seems so simple:  No matter whether it's a residential or commercial project, the design parameters for indoor swimming pools generally call for warm water (typically 82 degrees, or a bit less for a competition pool), air temperature two to four degrees warmer than the water, and a relative humidity in the enclosed space of between 55% and 60%. And it wasn't some committee of pool builders who came up with those figures:  The numbers are endorsed and published by the American Society of Heating, Refrigeration & Air-Conditioning Engineers (ASHRAE) and have been accepted as
Water with a Difference
We all know how much watershapes add to the beauty of any setting, but I suspect we also tend to take for granted the integral role water plays in sustaining those environments.   It's obvious that no landscape would survive long without a steady infusion of water to nurture its plants.  Less obvious, however, are ways in which water can be used to make some places more hospitable to other life forms that inhabit them. This isn't really new.  As has been noted in several articles published in WaterShapes, water has been used in arid climates for centuries as a prime source of "air conditioning" for