What is PM-100®?
PM-100 is an
organically modified adsorbing media, utilized as a primary, pre- and post-
treatment for various waste streams. The surface of the product is
chemically changed from a hydrophilic (water absorbing) to organophilic
(organic absorbing) state, giving it a strong affinity to organic matter.
How does PM-100 Work?
PM-100 adsorbs
organic molecules through a series of platelets, which are a natural
structure of the base clay and are capable of organic absorption ratios of
up to 60% by weight.
What will PM-100 Remove?
PM-100 is designed
to remove low soluble organics including but not limited to: oils, grease,
other petroleum products, including PCBs and PCPs. Waste streams void of
organic material will simply pass through without consuming media.
How is PM-100 used?
PM-100 is primarily
used as a fixed bed media in a column filtration design, making it easily
adaptable to conventional filtration systems. This product can be used as a
post-treatment step to polish a treated effluent or as a pre-treatment step
for treatment with Granular Activated Carbon (GAC). CETCOŽ also offers this
product in a replaceable cartridge for more efficient change out and
loading.
How is PM-100 more efficient than GAC?
Activated carbon will adsorb organics through a surface mechanism. This
process is subject to blinding, when a high concentration of organics are
present. This condition consumes pore structures, thus lowering the
available surface area required for adsorption. The unique platelet
structure found in PM-100 allows organics to be absorbed by the clay
surface. This increased surface area allows for consistent organic
absorption at ratios of up to 60% by weight.
How is spent media disposed of?
Waste
classification of spent PM-100 is determined by the matter removed and
retained in the spent media. This material will typically pass TCLP
standards and, if classified as non-hazardous, can be disposed of in an
appropriate landfill. PM-100 also has a high BTU value and is often
desirable for fuel blending facilities and kiln operations.