Purpose for Odor Control Basis of Control Hydrogen peroxide
may be used in both mist scrubbers and packed tower scrubbers
as a replacement for sodium hypochlorite (bleach). Like bleach,
the process involves two concurrent mechanisms: 1) absorption
of the odors (H2S) into the alkaline scrubbing solution; and
2) oxidation of the absorbed sulfide in solution. There is also
in practice a process which uses H2O2 in series with bleach
to scrub composting odors. This process relies on a series of
three packed tower scrubbers: the first is a pH neutral water
wash (to remove ammonia and amine odors); the second uses a
conventional caustic/bleach solution in which the bleach is
purposely overdosed (to oxidize the complex organic sulfur odors);
and the third uses a caustic/H2O2 solution (to remove the unreacted
chlorine vapors carried over from the second stage).
Model Number |
Description |
TEII-ODC-101 |
Self Contained Odor Control
Unit |
Features:
Handling of the Treatable Air
Carbon Absorption
Cold Plasma Generation
Filtration
Sterilization - Activated Oxygen
Easy Installation - Lift/Set in Place Operation
Benefits:
General Health Activated oxygen using cold plasma plates is
the obvious prescription for "Sick Building Syndrome"
and enhancing Indoor
Reducing Emission Pollutants
Cost Effectiveness
Easy to Maintain
What is O3, and How Does It Work with Air?
O3 is made only two ways. One, when Ultra Violet Rays collide
with a contaminant such as carbon monoxide (CO) and nitrogen
oxides (NO2 and N2O) in the presence of oxygen (O2). Two, {corona}
high voltage discharge. Lightning is a perfect example of making
an abundance of O3 to purify earth's surface Nature's way. You
have noticed the clean fresh
smell after a thunderstorm or dried clothing hung on a clothesline
in the hot sun. High voltage breaks the two atoms of oxygen
apart. Quickly these atoms hop back together in three's
{O3}. Confused, these atoms do not like this arrangement and
want desperately to undo this trio. When this O3 molecule floats
in the environment, one of the atoms spots a contaminant to
attach itself to breaking away from the other two atoms. To
it's surprise, the attack on the contaminant created an explosion.
Both the contaminant and the atom are destroyed. This leaves
the other two atoms behind. Pure oxygen {O2} without the
presence of the contaminant. This explosion changed the contaminant
into carbon dioxide and hydrogen which we can breathe. Should
the O3 molecule not find a contaminant in it's
environment, it will attack itself to change it's configuration
of O3 back to O2 in 20 to 30 minutes at room temperature.
Typical Installations
Dumpsters
Wastewater Treatment Plants
Sludge Handling Facilities
Food Processing Facilities
Office Complexes
Any Application where clean air is a necessity
WHAT IS COLD PLASMA O3?
Activated oxygen manufactured by cold plasma generator plates
is a relatively new technology that uses only the O2 molecule
and because of "a no heat process" it does not produce
significantly any other off gasses such as nitric oxide. It
is said that because of cold plasma, man has created the most
purest O3 ever made out of ambient air. Simply put, cold plasma
breaks the O2 molecule into two single O's without using heat
and forces the single O's out through a restricted space encouraging
their escape through a crowded magnetic field reforming (bonding)
them into O3's for a given time. Once made and thrown out into
the environment, a little heat like 90 or so degrees the (half
life) of the O3 is drastically shortened. In the presence of
colder air (60 degrees or less) the half life is prolonged to
an hour to an hour and a half. The same as placing any molecules
in a refrigerator to decrease its molecular activity, like milk.
The "cold" in cold plasma is meant as low electric
current proposed to "hot" a high electrical current
which of course would cause an arcing. Arcing like a welding
rod causes heat thus influencing other gasses to occur from
ambient air. A capacitor holds electricity and will severely
arc on a discharge. Cold plasma like a capacitor has a regulated
electrical leak allowing the high voltage to evenly bleed off
constantly making very steady clean O3.
Process Design
1) The Odor Control System is shipped to the job site pre-assembled
complete with electrical controls.
2) Air to be treated by TEII-ODC-101 unit will enter by the
air intake blower.
3) Within the absorption chamber of the ODC-101, the air passes
through the activated carbon filter.
4) Discharging from the carbon filter, air proceeds through
a fixed filter to the ionization chamber.
5) In the Activated Oxygen chamber an ozonitor produces O3 to
precipitate out various gases
6) Air is release from the Odor Control unit into the atmosphere
with gases removed.
Tipton Environmental International, Inc. offers a variety
of different services:
Engineering Support
Site Layout
Installation
Start-Up Support
Testing Procedures
Operator Training
Field Service
Technical Assistance |
