A number of credible studies have shown that indoor air quality can have a significant effect on employee productivity. And we're not just talking about air that's so bad that you can't see or breathe. Generally speaking, OSHA takes cares of those (though I could tell you a story about an agricultural processing job I once worked in Arkansas). What we're talking about here is much more subtle than that.
A number of credible studies have shown that indoor air quality can have a significant effect on employee productivity. And we're not just talking about air that's so bad that you can't see or breathe. Generally speaking, OSHA takes cares of those (though I could tell you a story about an agricultural processing job I once worked in Arkansas). What we're talking about here is much more subtle than that.
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For example, a series of laboratory studies at Lawrence Berkeley Laboratory (LBL) examined typing speed and accuracy, as well as addition and proofreading error rate, with and without a section of 20-year-old carpet present in the room. The carpet, which was known to emit volatile organic compounds (VOCs), was hidden from the subjects. (VOC s are used and produced in the manufacture of paints, adhesives, petroleum products, pharmaceuticals, dry cleaning agents and refrigerants.) Results found a 4 percent improvement in speed and accuracy when the carpet was absent. The amount of ventilation used also had a significant impact. Results above were achieved with 20 cubic feet per minute (CFM) per person being blown into the room. Dropping that down to 6 CFM per person led to an additional 4 percent decrease in performance. Increasing the ventilation to 60 CFM per person achieved the same result as removing the carpet.
Another study found the presence of CRT monitors led to a 16 percent increase in typing error rate. A similar study found a 10 percent improvement in call center talk times when additional fresh air ventilation was provided. In many of these studies, the inhabitants made no complaints and were unaware of any issue with respect to the air quality.
Another extensive study performed at the Technical University of Denmark had similar results: A series of 8-week-long intervention experiments in call centers found performance improvements in the 6 to 9 percent range. While these numbers may not seem particularly high, they could be achieved at relatively low cost, or, in the case of new facility construction, built-in at the outset.
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