For more than a century, the facility was home to the Scottish Rite Freemasons of Wichita. Now it is run by TempleLive, which hosts major concerts, wedding receptions and other private events throughout the year. Voted as the most beautiful building in Wichita in the 1970s, the building’s exterior resembles that of an old English castle constructed out of large limestone blocks. Its interior is even more detailed.

The only part of the historical building that was less than enchanting was the old metal-clad cooling tower that sat on the roof. So, in the summer of 2020, Dye and TempleLive determined that the constant maintenance on the tower was costing them too much time and resources and it was finally time to invest in a new tower.

“At first we were just looking at going with another metal tower,” Dye says. “But honestly, we were not thrilled with the idea of repeating history; knowing how much maintenance goes into metal towers.” 

Comparing cooling tower construction

At that point, they decided to expand the search and compare each of the basic materials used in the construction of cooling towers.   

“We looked at stainless steel but the cost was too high, and with the fiberglass you have to mix it up and seal the seams in the sump. We weren't too crazy about doing all that,” Dye explains. “We just wanted a tower that was affordable, easy to install and something that would last a long time with less maintenance.” 

The drawbacks of metal, steel and fiberglass led Dye to an old friend who had some experience with engineered-plastic cooling towers.  

“I really did not know anything about them,” Dye says. “Mark O'Donnell at Heaven Engineering introduced me to the technology. I did some research and was really impressed by the 20-year warranty. You don’t see that in this industry. It checked all our boxes, and so we went with it.”

Engineered plastic cooling towers are made from high-density polyethylene (HDPE) and are used in numerous industrial processing and HVAC applications because of their inherent resistance to corrosion as well as their high-efficiency features. 

HDPE technology is not new. In fact, engineered-plastic cooling towers were first developed by Delta Cooling Towers in the 1970s. The technology has expanded over the years to include a variety of HDPE models ranging from 10 to 2,500 cooling tons.

“It came all in one piece,” Dye explains. “You just put it on the pad, bolt the thing down, connect the 6” PVC pipe and hook up the electrical. It was super easy.”

The unit the facility ultimately selected was a Delta Cooling Paragon T150 model which has a capacity of 150 cooling tons and, partly because of its design, also runs much quieter than other cooling towers. 

“The new tower has a direct drive motor, so it requires less maintenance and it’s really quiet,” Dye concludes. “We really like it.”