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With an extremely high surface area, Cetco's Organophillic
Clays, PM-100 and PM-199, have the ability to absorb up to 50% of their weight in oil and grease. This makes it an extremely cost effective media as opposed to activated carbon. These organically modified clays have a great affinity for oils and grease, and other low-soluble and high molecular weight organics.
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PM-100
PM-100 is a chemically modified clay/anthracite
filtration media that reliably removes oil,grease,
and other low-soluble, high-molecular weight
organics from wastewater. This mixed media is
designed for through-flow systems.
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- Low soluble organics are adsorbed onto
the product surface while clean water
passes through.
- Offers a highly efficient post-treatment for
various industrial waste streams.It can also be
used as a pre-treatment to GAC to increase its
overall efficiency.It prevents surface pores
from being blinded by oils,greases,and other
less water-soluble organics.
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- Can extend the lifetime of GAC by as much
as 500%,resulting in higher carbon sorption
capacity and more effective and consistent
removal of heavy metals and solvents.
- Can be applied as PM-199 in a disposable cartridge.
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Features & Benefits |
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Granular
Product
- PM-100 is a modified
clay/anthracite media
- PM-199 is 100%
modified clay
- Non reactive,non-
hazardous
- Packaged in 50#
boxes or bulk super
sacks
Organically
Modified
- Has a high affinity for
low soluble organic
molecules
- Allows water to pass
and will not be used
up if organic material
is not present
Cost
Effective
- Can absorb up to 50%
of its weight in oil and
other high molecular
weight organics
- Extends the life and
absorbency of activated
carbon by removal of
larger molecular
organics which tend to
blind the pore structure
of activated carbon
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Versatile
Technology
- Removes dissolved,
mechanically
emulsified,and free
oil from wastewater
- Can be easily adapted
in general filtration
systems
- Can be applied as a fixed-bed media or in removable cartridge filters
Consistent
Results
- Can accommodate
surges in organic
concentration levels
caused by plant
upsets
- Unique sorption
mechanism eliminates
blinding and
maintains flow rates
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