Technical Advisory #1 -
This advisory highlights some important commandments for carrying out
successful OilSorb™ Organoclay/Carbon filtration.
Technical Advisory #2 - Includes some tips on pH, pKa, and Organoclay/Carbon
adsorption.
Technical Advisory #3 - Discusses the use of OilSorb™
EC-100 Organoclay in a gas sweetening system.
Technical
Advisory #4 - Fenton Chemistry and OilSorb™-Carbon Polishing
Technical
Advisory #5 - OilSorb™ - Carbon Treatment Train for Water
Technical Advisory #6 - PCB Removal with an OilSorb™/Carbon
System
Technical
Advisory #7 - To Backwash or Not in an OilSorb™ Vessel
Technical
Advisory #8 - Remedies for the fouling of Oilsorb™ and
Carbon by Ca and Fe
Technical
Advisory #9 - Innovative suspended
solids removal
Technical
Advisory #10 - Surfactant Flushing
> Pump and Treat Reinjecting of Clean Water into Aquifer >Treatment
Train.
Technical
Advisory # 11 - Bone Char’s Superiority For Removing Heavy
Metals
Technical
Advisory # 12 - The design of groundwater remediation programs
and the selection/sequencing of effective remediation technologies are
based on Richard Sloan’s remediation principles
Technical
Advisory # 13 - CONTINUOUS CHLORINATION KEEPS “OILSORB”
ORGANOCLAY/CARBON BEDS CLEAN
Technical
Advisory # 14 - OILSORB/CARBON SYSTEMS STABILIZE ABOVE
GROUND BIO-REMEDIATION SYSTEMS
Technical
Advisory # 15 - Cost
Savings when using OILSORB™ organoclay.
Technical
Advisory # 16 - NATURAL
GAS COMPRESSOR WATER CLEAN-UP
Technical
Advisory # 17 - PRE-POLISIHING
TO ECONOMIZE “ADVANCED OXIDATION TECHNOLOGIES”?
Technical
Advisory # 18 - Produced
Water Cleanup
Technical
Advisory # 19 - Cut
your GAC Costs 50% Pre-treat your water with Biomin EC-100 Organoclay
Technical
Advisory # 20 - The
OILSORB Organoclay protects a RO unit, a case history
Technical
Advisory # 21 - Has
"IN SITU" Remediation Replaced "Activated Carbon PUMP
& TREAT" in the Groundwater Market?
Technical
Advisory # 22 - Understand
the problems associated with the effects of oily waste on deionization
resins.
Technical
Advisory # 23 - Membrane
Technologies for Wastewater Reuse. The challenges due to membrane fouling
by oil: Solved with OILSORB organoclay
Technical
Advisory # 24 - Manufactured
Gas Processing Sites, Remediation using Organoclay.
Technical
Advisory # 25 - COD
problems? Organoclay (OILSORB) to the rescue
Technical
Advisory # 26 - Oil
and other petroleum hydrocarbons such as diesel, gasoline, and jet fuel
are not miscible in water. Read more about Emulsions
Technical
Advisory # 27 - The
primary function of oxidative systems used in water treatment is to
inactivate (kill) microorganisms. Read more about
Oxidative Systems
Technical
Advisory # 28 -The
recycling of waste water is profitable.Recently a consulting firm (NUS)
conducted an annual water survey, which determined that the average
price of water in the U.S.A. climbed 3.5% from July 1, 2004 to July
1, 2005. Read more about Recycling of Waste Water
Technical
Advisory # 29 -Recontamination
of water with activated carbon;
OILSORB to the rescue. When granular activated carbon is used to remove
BTEX from water, a detrimental phenomenon can occur. The molecules with
lower solubility, such as toluene and xylene, can kick off benzene,
which has a higher solubility. The amount of benzene is now higher in
the effluent than in the influent, causing the water to become hazardous
again. This phenomenon is called “Roll-Off or Roll-Over... Read
more about recontamination of water with activated carbon
Technical
Advisory # 30 -High
Flow Groundwater Treatment of Crude Oil.
A California city was installing a storm drain in an area of very shallow
groundwater. Sections of the new pipeline ran adjacent to crude oil
pipelines installed over sixty years ago. These pipelines had leaked
over the years... Read More about High Flow Groundwater
Treatment of Crude Oil.
Technical
Advisory # 31 -Endocrine
Disrupting Compounds (EDC's) reduction with sorbents.
The rule of thumb to use is that for EDC's with solubilities lower than
benzene, organoclay should be used as a pre-polisher. Solubilities higher
than benzene require activated carbon... Read More
about Endocrine Disrupting Copmpunds. See the Table
Associated with this report
Technical
Advisory # 32 -Calculating
OILSORB™ Organoclay requirements.
Calculate amount of OILSORB that is required. Known: Flow=15 gpm; O&G
= 70 ppm. Operating period: 1440 min/day, 7 days/week...
Read More about calculating OILSORB ™ Organoclay requirements.
Technical
Advisory # 33 -Reducing
Your Activated Carbon Costs. Remove
gasoline from water, up to 7 times more effectively, while cutting operations
costs by 50%, with “Oilsorb”... Read More about
reducing activated carbon costs.
Technical
Advisory # 34 -Using
Organoclays for Efficient Dewatering.
Organoclays have been used as a pre-polisher for activated carbon or
as a post-polisher for oil/water separators
and dissolved air flotation units
for
the removal of small amounts of oil,
for
the removal of small amounts of oil,
grease,
PCB, PNA, BTX and other organic
hydrocarbons
of low solubility for cleanup
of
groundwater and wastewater... Read
More about usin Organoclays for Efficient Dewatering.
Technical
Advisory # 35 -OILSORB:
Hill Air Force Base Case History.
OThe
largest application for OILSORB was at Hill Air Force Base in Utah where
three organoclay/anthrazite mix tanks protect four granular activated
carbon columns. The water that is processed is wash water from jet plane
cleaning operations and storm water runoff... Read
More about the largest application for OILSORB.
Technical
Advisory # 36 -OILSORB
for Cleanup of Oily Steam Condensate in Industrial Plants.
Any industrial plant which uses steam-driven equipment, or which relies
in some other way on oily materials, ends up with an environmental liability
It cannot discharge oily steam condensate....
