T-Zap in current application

The following is an excerpt from an article, published by Tsukasa Sakurada, inventor of T-Zap. In this article, he examines the effect of T-Zap in different applications and supports them with control experiments. For the full copy of the article, please contact shanni@t-zap.com 

Effect on general bacteria including MRSA

We used two samples A foundation cloth not being processed by the catalyst being a control

segment for comparison.  The second one is a foundation cloth subjected to processing of optical hybrid catalyst being a test segment. Change over time is investigated as to how MRSA and Pseudomonas aeruginosa are annihilated in the ordinary environment. We confirmed that

Based on the results, in a certain hospital in Tokyo, two air purification systems are installed. They are continuously operated for about ten days.  In one unit we installed a filter without treatment as a control segment for comparison. At the same time in parallel, a filter subjected to optical hybrid catalyst treatment is installed as test segment. General bacteria cumulated on the filter are evaluated. A difference of about three times is confirmed between the control segment and test segment. We can judge that general bacteria can be significantly controlled by the catalyst treatment filter..

a) MRSA and Pseudomonas aeruginosa on the foundation cloth without treatment survive for three to four days and

b) those on the foundation cloth with catalyst treatment are almost annihilated in about five hours.

It hard to imagine that such a great amount of bacteria exists under the use environment, however, results of dry based evaluation are in line with the actual conditions. These results let us to be believe that the effectiveness in the actual site is sufficient.

Excerpt re-produced with kind permission of the author

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