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A patent pending media utilizing a patented polymeric amine, formulated
for maximum removal of H2S and volatile mercaptans. The combination of
multiple amine sites and organophilic properties allows for fast, efficient
removal of these problematic compounds. This chemistry reacts with H2S and
mercaptans to form water-soluble and non-volatile poly sulfides that are
readily biodegradable. In simple words, gaseous H2S is turned into a stable
liquid polymer. All of our scrubber systems are designed to achieve a minimum
H2S reduction of 90%-99% through the Stage 1 media bed.
Chlorine dioxide (ClO2) is an extremely powerful oxidizing agent. Because it
reacts selectively and primarily with only the most offensive odor-producing
compounds (H2S, organic sulfurs, organic amines), this media will normally
provide a much longer service life than products such as chlorine, hypo
chlorite, hydrogen peroxide and potassium permanganate. Unwanted reactions
do not occur. Power is not needlessly spent. (ClO2) remains available and
ready on demand. All of our scrubber systems are designed to achieve a minimum
of 99% through the Stage 2 media bed.
Activated carbon does a very efficient job of scrubbing low levels of H2S and
other malodors. With 99% of the H2S and the majority of volatile mercaptans,
organic amines and organic sulfurs being removed in the converter and/or
oxidizer beds, the polishing bed will easily remove the remaining low levels
of malodor. This results in complete and economic odor control.
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