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Hydrocarbon
StabilizerTM
is great as an oil
remover and fuel spill
remover for parking lots or driveways.
The application of Hydrocarbon StabilizerTM is a
simple and cost
effective solution to oil, gasoline, and fuel spills that
can keep your business in compliance with environmental
regulations and reduce disposal costs.
The mechanism
of product based reactions with hydrocarbon molecules follows
a series of catalytic conversions at the paraffin
cycloparaffin aromatic groups to form reverse catalysis
products such as glycerol. The product acts as a catalyst
for the re-structuring of side chain radicals on the
hydrocarbon molecule, thus changing its characteristic
“fingerprint”, with the product remaining only slightly
changed but being precipitated from solution as
a harmless material. Well aerated reactions go to completion
faster.
J.
Claiborne Thornton, III
Environmental Engineer
This product has been recognized for safer chemistry under
the US EPA Design for the Environment (DfE) program
Note:
Aeration, agitation or soil mixing may be required in specific
situations.
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Crude oil:
- “A
single application at a rate of 2.5 gallons/yd3 reduced
hydrocarbon petroleum leach ability by 72% to satisfy minimum standards. No soil removal or
further treatment required.”
- PCB
Transformer Oil:
- “Results
revealed a decline from the original concentration of
920, 000 ppm PCB to
an average of 5, 665 ppm PCB in the gel layer - a
reduction of 99%. Only a residual percentage of 83 ppm
remained in the aqueous phase.”
- Petroleum
Hydrocarbons in soil:
- “Treatment
stabilization using RPS shortened job completion by at
least
six weeks with a reduction in treatment costs of
approximately $122/yd3.”
- Diesel
& Semi-Volatile Organic Compounds:
- “An
average decline of 59% for the semi-volatile compounds
and 68% reduction of diesel. The study has shown that
the mobilities of selected organic compounds are
effectively reduced when treated with RPS. ”
- Gasoline
in Water:
- “After
gradual addition and mixing of RPS to the gasoline/water
mixture, with aeration and agitation: a 98% reduction in
BTEX (34 ppm). Since the level of Benzene measured
<0.5 ppm, the treated liquid was pumped and
discharged into the city waste treatment facility
by city employees. ”
- Oil
Refinery Waste Sludge:
- “TPH
reduction percentages were 48%. Similar results were
obtained from sludge-contaminated soils; TPH was reduced
by 45% ... thereby reducing the cost for treatment.”
- Hydrocarbon
Spill on Hwy 31:
- “Initial
TPH levels were found to be 3,900 ppm and following
treatment were reduced to
<10 ppm. All visible evidence of a hydrocarbon spill
was eliminated.”
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