StrionAir System A130 Air Purification Product Reduces Fan Energy by More Than ...( LOUISVILLE Colo. June 25 /- The S...),Health

LOUISVILLE, Colo., June 25 /PRNewswire/ -- The StrionAir System A130 air purification product is going to transform filtration in HVAC systems.

"It provides HVAC efficiency to the third power," said Aaron Ayer, PE, StrionAir vice president of marketing.

First, it achieves LEED-qualifying MERV* 13 efficiency at an initial pressure drop of 0.2" water gauge. That's half the pressure drop of the newest "green" filtration technologies and a third of that of traditional filters. StrionAir's electrically enhanced filtration technology keeps pressure drop lower through the life of the filter. This reduces required fan energy by more than 10 percent, compared to other filters.

Second, StrionAir technology significantly extends the effective life of the filter media relative to traditional approaches. Filters require fewer changeouts, reducing replacement costs, maintenance expenditures, and landfill burden.

Third, since the A130 is designed to be changed out at lower ending pressure drop compared to mechanical filtration technologies, engineers can specify smaller overall HVAC system components.

Less pressure drop, longer filter life and lower energy requirements produce an impressive two- to four-year payback, shorter than typical HVAC system paybacks.

"The A130 delivers ground-breaking cost performance and the high-caliber indoor air quality that commercial building owners want as part of the Green Building movement," Ayer said. The new A130 optimizes the filtration technology the company has installed in hundreds of buildings as part of other StrionAir products.

The air purification system will play an important role in achieving building sustainability and preserving the environment. The one-of-a-kind technology can contribute to earning up to three LEED points in the Energy, Indoor Environment, and Innovation categories.

Besides cutting operational expenses, the A130 kills the causes of infectious diseases i
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