Advanced Oxidation Air Systems - RGF Environmental
Advanced Oxidation Air Systems - RGF Environmental
Advanced Oxidation Air Systems - RGF Environmental
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<strong>Advanced</strong> <strong>Oxidation</strong> <strong>Air</strong> <strong>Systems</strong><br />
The <strong>RGF</strong> PHI <strong>Air</strong> Purification Plan<br />
The <strong>RGF</strong> Photohydroionization (PHI) <strong>Air</strong> Purification Plan utilizes an advanced oxidation process that produces Hydroxyl<br />
Radicals, Superoxide Ions , and Hydroperoxides at a “passive” ozonation level at or below the Federal government recommended<br />
level of 0.04 ppm for occupied areas. This line of air purifers has been designed not to exceed the legal levels<br />
for occupied spaces while providing adequate airborne purification with several different models capable of treating various<br />
sized areas.<br />
The Photohydroionization (PHI) systems have demonstrated in lab tests greater than 90% reductions of airborne microbials<br />
while also providing a means of reducing odors.<br />
The <strong>RGF</strong> Commercial Ozone <strong>Air</strong> Treatment Plan<br />
The <strong>RGF</strong> Commercial <strong>Air</strong> Treatment Plan is to utilize a total program of training with particular emphasis on safety. The<br />
<strong>RGF</strong> plan is to evacuate the area to be deodorized, treat the area with a sufficient dose to destroy all the odor causing molecules<br />
(usually 1 ppm) of residual ozone, and ventilate the area before reoccupying. <strong>RGF</strong> offers a complete air treatment<br />
plan which includes a training course, testing, and certification. These non-occupied space units are for high level oxidation<br />
which produce residual ozone levels that far exceed occupied space levels. These systems are designed for short term<br />
high level treatment of problem areas.<br />
Ozone produced by Corona Discharge (CD) has a higher concentration by weight than ozone produced by Ultraviolet Light<br />
(UV). However, air treatment usually requires large volumes of low ozone concentration (1-2 ppm) to effectively treat air.<br />
CD produced ozone requires extra energy and effort to compress, dry, produce, and then dilute the produced ozone. In<br />
comparison, UV produced ozone needs no air pretreatment and is produced at the ideal concentrations to be used to<br />
destroy airborne odors and VOC’s. Accordingly, UV ozone generators are preferred for ozone air treatment.<br />
Applications<br />
The Turbozone ® <strong>Advanced</strong> <strong>Oxidation</strong> <strong>Air</strong> Treatment <strong>Systems</strong> can destroy by oxidation the following airborne<br />
substances:<br />
• Smoke<br />
• Mold<br />
• Mildew<br />
• Bacteria<br />
• VOC’s<br />
• Yeast<br />
• Urine<br />
• Fungus<br />
• Odors<br />
• Pollen<br />
• Hydrocarbons<br />
• Hydrogen Sulfide<br />
• Ammonia<br />
• Ketones<br />
<strong>Air</strong> Treatment Sizing Formula<br />
Use the following formula for calculating air treatment times necessary to treat a room.<br />
Square Feet x Height of Room = Cubic Feet<br />
Cubic Feet / CFM of <strong>RGF</strong> System = Minutes needed to turn air<br />
over in a room one time.<br />
Minutes / 60 = Hours needed to turn air over in a room one time.<br />
Example for Turbozone ® Models 1000 & 7000:<br />
10’ L x 12’ W x 8’ H room = 960 cubic feet<br />
960 cu. ft. / 45 CFM = 21 minutes to turn room over once<br />
The amount of time necessary to sterilize an area with ozone depends upon the temperature, humidity level and the<br />
amount of reactive substances (odors). For effective treatment, it is recommended to turn rooms over at least 3 times.<br />
60<br />
3875 Fiscal Court, West Palm Beach, Florida 33404<br />
1-800-842-7771, (561) 848-1826, Fax (561) 848-9454<br />
http://www.rgf.com