Sanuvox research takes a broad approach
in the study of UV Purification, borrowing on many disciplines. Sanuvox’s
Research & Design Team are made up of Scientists, PhD's, Engineers,
and experts in Air Quality and Air Management.
Del
Monte Sanuvox UV air quality testing of yeast & mold counts ( 2009)
The testing showed "significant" reduction in TCP and yeast
and mold count in air samples of the raw material storage and handling
areas. Within 3-6 hours of operationTCP and yeast and mold counts dropped
from 108 and 46 to zero count for both.
Penn State Sanuvox UV Object Cleaner testing (2008)
The Sanuvox UV CoilCleaner has been tested by Penn State University and has shown to destroy 99% of spore forming B. Subtilis in less than 3.27 minutes at a distance of 18” at an air-flow of approx. 500 fpm.
The
EPA (Environmental Protection Agency) & National Homeland Security
Research Center (NHSRC) testing on Sanuvox UV Bio-Wall Ultraviolet Air
Purifier (2006)
The researcher team chose to test a cross-section of contaminants, they
chose a bacterial spore (surrogate for anthrax spore) and the Sanuvox
UV Bio-Wall 50” achieved a 93% destruction on one pass, a viral
bacteria (MS2) which the UV Bio-Wall achieved a 99% destruction on one
pass and a bacteria which we achieved greater than 99.97% destruction
on one pass.
McGill
University 2 Year Double Blind Study published in The Lancet (2003)
Sanuvox UV Purifiers showed:
99% reduction of microbial and endotoxin concentrations
40% reduction in respiratory symptoms
20% reduction in all symptoms
Natromed
- Vancouver (2003)
Mold within the medical facility to be 1 to 3 orders of magnitude lower
(10 times to 1000 times).
Pure
Air Control Services - Florida (2002)
The Capistrano Unified School District reduces Indoor Air contaminants
by 66% using Sanuvox Ultraviolet Air Purifier
Montreal Chest Institute - Montreal (1998)
90% reduction of tuberculoses in the Sputum Induction Room
Air
Care Technologies Inc. - Kansas (1997)
Mold levels dropped 100%; pollen levels dropped 100%; skin cell levels
dropped 99%; cellulosic levels dropped 99%; opaque particles dropped 99%;
and volatile organic chemical levels dropped 50%.
Contex
Industrial Environmental Hygiene LTD. - Montreal (1997)
Case Studies
on the Effects of Ultraviolet Air Purification on the Air
Quality in Hospitals and Clinics (2004)
