WT200 is composed of a number of specifically
selected microbial cultures and enzymes that break down a broad range of
substances found in municipal, food processing, and industrial waste
plants.
Applications
In sewerage and industrial waste treatment plants WT200 has been used
to aid in
-
The digestion of long
established anaerobic and aerobic sludge’s, as well as decreasing the
total dissolved solids of the liquid effluent.
-
Chemical Oxygen Demand
(COD) and Biological Oxygen Demand (BOD) is reduced in effluent
systems by digesting effluent material before it can become anaerobic.
-
Used to establish a
biomass at the start-up of new systems, and for recovery after plant
upsets
-
Food processing plants such as
slaughter houses, fisheries and poultry processors that suffer from a
high COD /BOD readings which often result in discharge penalties.
-
Fruit and vegetable effluent
retention ponds.
Benefits
WT200 is composed of a number of specifically
selected microbial cultures and enzymes that break down a broad range of
substances found in municipal, food processing, and industrial waste
plants.
Applications
In sewerage and industrial waste treatment plants WT200 has been used
to aid in
-
The digestion of long
established anaerobic and aerobic sludge’s, as well as decreasing the
total dissolved solids of the liquid effluent.
-
Chemical Oxygen Demand
(COD) and Biological Oxygen Demand (BOD) is reduced in effluent
systems by digesting effluent material before it can become anaerobic.
-
Used to establish a
biomass at the start-up of new systems, and for recovery after plant
upsets
-
Food processing plants such as
slaughter houses, fisheries and poultry processors that suffer from a
high COD /BOD readings which often result in discharge penalties.
-
Fruit and vegetable effluent
retention ponds.
Benefits