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BioRem-2000 Water Treatment Odor
Neutralizer
TM
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Description |
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An all-natural botanical product,
formulated to neutralize odor-producing compounds in industrial and
commercial settings. |
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Changes the environment to digest the
proteins and fats down to another biochemical pathway which does not
produce the reduction by-products which cause odor production. |
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Applications include wastewater
treatment, compost facilities, garbage transfer station, landfills,
rendering plants, solid waste handling, laundries and vegetable
waste.
Applied and dispensed by high/low pressure fog/spray systems,
scrubbers and spray bars. |
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It is not a perfume or masking agent. |
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It is more effective, safe and
cost-efficient that competitive products. |
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It is non-toxic, non-reactive,
non-volatile, non-flammable, biodegradable and ecologically safe. |
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One gallon of diluted material will
cover 1,000 square feet. |
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Advantages |
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The odor-producing compounds are organic compounds
containing sulfur or nitrogen functionalities, including the mercaptan
family as well as amino-functioning hydrocarbons which are of low
molecular weight and create various petrifying malodors. The
decomposition of meat or carcasses creates hydrogen sulfide but also
creates cadaverine which is a hydrocarbon diamine. These compounds are
produced when the bacteria digests the organic proteins in an anaerobic
environment. This causes the bacteria to pull the oxygen atoms of the
amino acids of the proteins causing the production of sulfides,
mercaptans and amino hydrocarbons.
Any ammonia or hydrogen sulfide which may be present is digested by the
live Cozymase System found in BioRem-2000 Odor Neutralizer™, which uses
these compounds as fuel for their cellular functions.
Ingredients are covered under 21 CFR §182.20 for use in food grade
ingredients for applications listed under Section 409. These include
odor and pH control of such environments. BioRem-2000 Odor Neutralizer™
is diluted 5:1 with water and then applied by spraying on to
odor-producing substances. Usage frequency depends on the accumulation
rate of waste products causing the odor. |
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