SAAFOxidant™

Product Overview

Removes and holds contaminants by chemical conversion
Non-flammable and non-toxic
Accurate service life testing
Does not support bacterial and fungal growth
Patent-pending high capacity formulation

Typical Applications

Commercial Buildings
Data Centers
Food and Beverage
Healthcare
Hospitality
Microelectronics
Pulp & Paper
Refineries
Schools and Universities
Waste Management
Waste Water Treatment

Engineered Media

SAAFOxidant™ gas removal chemical media is designed to efficiently remove 99.5% of specific gaseous contaminants from the airstream. Target contaminants include sulfur dioxide, hydrogen sulfide, nitric oxide, formaldehyde, and lower molecular weight aldehydes and organic acids.

SAAFOxidant™ engineered media is composed of a combination of activated alumina and other binders. Potassium permanganate, an oxidizing agent, is applied to the media uniformly during pellet formation and is distributed throughout the pellet volume to promote optimal performance.

Chemisorptive Process

The SAAFOxidant™ chemisorptive process removes contaminant gases by adsorption, absorption and chemical reaction. The gas is trapped and oxidized within the pellet, changing into harmless solids while eliminating desorption. SAAFOxidant’s engineering allows this to be an instantaneous, irreversible, and safe chemical reaction.

Quality Control

SAAFOxidant™ media undergoes the following quality control tests:

Apparent Density
Crush Strength
Moisture Content
Pellet Diameter
Potassium Permanganate Content

Typical Properties

Apparent density: 0.8 g/cc ± 10%
Crush strength: 25 N minimum
KMnO4 Content: 8 wt % minimum
Nominal diameter: 4 mm
Shape: Sphere

Packaging Options

SAAFOxidant™ media is packaged in one-cubic-foot containers, and 1,100 lb. (499 kg) super sacks. SAAFOxidant™ media is also available packaged in SAAF cartridges, cassettes, and trays.

Application Guidelines

SAAFOxidant media performs under the following application guidelines (actual capacities and efficiencies may vary):
Temperature: -4° to 125°F (-20° to 51°C)
Humidity: 10% – 95% RH
Suitable for use in commercial and industrial systems with equipment face velocities from 50 to 500 FPM (0.25 – 2.5 m/s)