For a chemical reaction
an "AIR REPAIR" molecule must come into contact with
the odorous compound molecule. The chemical reaction has a Stoichiometric
ratio of 1:1, so the amount of "AIR REPAIR" to use depends
on how bad the odour problem is.
MAKING CONTACT
This can be achieved by two methods. GASEOUS
DIFFUSION and LIQUID
CONTACT
1. GASEOUS DIFFUSION
It is worth explaining that unlike scent, "AIR REPAIR"
does not blow away in the wind. Being charged, it will seek out
target molecules and encapsulate them, with both the target molecule
and the "AIR REPAIR" molecule falling to the ground
as an organic salt. If the "AIR REPAIR" molecule does
not find a target, it will attach itself to a negatively charged
surface and wait for an odorous molecule. As with all gases, the
odorous molecules are constantly moving and given time will come
into contact with an "AIR REPAIR" molecule and be destroyed.
It is estimated that 3 seconds contact time is required.
Spraying "AIR REPAIR" into the air can be
achieved by a variety of methods, from the sample
trigger spray pack to the special purpose engineered
systems. All "AIR REPAIR" systems are
designed to use the most economical amount of "AIR
REPAIR" solution.
We show for your interest some of our standard spraying
systems and their particular uses.
2. LIQUID CONTACT
"AIR REPAIR" is especially effective in capturing
its target in solution. The solution does not smell at this stage,
odours occur when the liquid passes some point which breaks the
flow, say at the end of the pipe or weir where cavitation occurs
to reduce the water pressure and the odorous gases are stripped
out of solution.
The system of applying "AIR REPAIR" is ideal for waste
treatment plants, animal and fish processing plants and pig and
chicken farms which have wash down systems, where the waste water
is collected either in a settlement pond system or holding tanks.
The "AIR REPAIR" molecules will attach to the odorous
sulphides to remove toxins from the water and over about seven
days will spread through the whole anaerobic/facultative/aerobic
pond system to remove odours. This action chemically bonds (valency
bond) to the hydrogen sulphide to form a non-odorous salt. This
salt will then be atracted by bacteria and broken down, i.e. no
increase in BOD, and no regeneration of smells.
We believe that overall the "AIR REPAIR" can best be
thought of as a detoxifying catalyst which beneficially affects
the pond ecology. It is extremely powerful.
The "AIR REPAIR" product, which is not required to destroy
the odours, will continue in the stream and deodorise any air
that is stripped from the stream due to water turbulence at the
treatment station or ponds. The "AIR REPAIR" will be
of great benefit in continuing to control any odours.
If your plant is using a polymer for dewatering sludge, then up
to 40% can be saved by using the "AIR REPAIR" system.
Maintenance and downtime costs can be greatly reduced by using
"AIR REPAIR". The very corrosive hydrogen sulphide is
being eliminated from the water. Maintenance savings will pay
for the "AIR REPAIR" product.
The reduction of hydrogen sulphide and the breaking down of the
fat content will reduce considerably the maintenance costs of
the plant and machinery.
Check our Product Range to see
which "AIR REPAIR" product is ideally suited
to solve your odour problem.
