[ad_1]
Following the recent launch of their CamPure 8 media in the United States, Camfil’s molecular filtration team explains how this activated alumina-based media is applied to a variety of contexts.
Molecular, or gaseous, filtration of both air and water is essential for odor and corrosion control across many industries. Following the recent launch of their CamPure 8 media in the United States, Camfil’s molecular filtration team explains how this activated alumina-based media is applied to a variety of contexts.
What is CamPure 8 used for?
CamPure 8 is a high-quality chemical adsorbent based on activated alumina co-formed with a proprietary impregnation system to target oxidizable acidic gasses. With the ability to be installed in any manufacturer’s loose-fill filters, Campure 8 is highly versatile. Because it oxidizes gasses that are responsible for the corrosion of electronic control equipment, the CamPure 8 can be applied to a variety of crucial industries, such as:
Gasses targeted by the CamPure 8 media include:
-
hydrogen sulfide and sulfur dioxide
-
formaldehyde, a hazardous volatile organic chemical (VOC) in many indoor air applications
-
ethylene, the gaseous agent responsible for promoting the ripening process in fruit, vegetables, and flowers.
How does CamPure 8 work?
Potassium permanganate is an oxidizing agent that can remove odors and gasses from the air and is the primary chemical used in the production of Camfil’s CamPure 8 molecular filtration media.
The spherical shape of each CamPure 8 bead is created by co-forming the potassium permanganate and other chemical binders with an activated alumina powder which ensures uniform distribution of the chemical during production. This complete chemical impregnation enables CamPure 8 to achieve high removal efficiency and long life against oxidizable gaseous contaminants.
CamPure 8 media is tested in accordance with ISO 10121-1 to closely reflect the operating conditions where the media would be…
[ad_2]
Source link
