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Why our products are so effective - and so environmentally safe!
Our products are absolutely effective and environmentally safe because they work with the natural biological process in which bacteria consume organic material that causes odor (including urine, feces, blood, vomit, oil, hair and other waste products). The bacteria naturally consume the cause of the odor or stain and are completely biodegradeable.
Organic waste is the food source for our friendly microbes, and because they are living organisms they will continue to consume and multiply as long as the food source is available. They just have to be able to get to it. It doesn't really matter what or even where the organic food supply is; it could be in your carpet, furniture, in your boat's holding tank, or even in your septic system. Our specially formulated bacteria will infiltrate the area and consume all the odor-causing waste until it's gone.
The BacTANK T3® enzyme/bacteria culture works like this:
- The microbial enzymes are the catalysts that rapidly break down the urine, feces, or other waste.
- The bacteria then go into a "feeding frenzy", multiplying many times over. They consume all the urine, feces, or other waste throughout the entire area until no waste remains.
- With the food source eliminated, the bacteria expire. They simply convert to CO2 and water before evaporating. The entire process terminates along with the odor.
Enzymes are not living reproducing organisms, but are produced by living bacteria. Specialized bacteria secrete specific enzymes to break down urine and fecal matter, and will then digest the remaining residual waste products.
Questions? Send us an email: nolanbiolabs@mindspring.com
Bioremediation
Bioremediation
is one of the oldest in-situ remedial processes, having first been practiced
commercially in 1972. Since that time the technology has matured from
a novel process to an important, recognized, and economical method of
remediating soils and groundwater, septic systems, waste and odor control,
cleaning products, aquaculture, degreasing, composting and many other
applications.
During the bioremediation process, under ideal conditions the organic compounds are converted by soil microorganisms to carbon dioxide, water, biomass and inorganic salts. The key ingredient in any field application of bioremediation is the thoughtful formulation and effective execution of a remedial action plan. This management incorporates experience, technical support and clear objectives together with sound engineering.
Bioaugmentation
Bioaugmentation
is the practice of enhancing the bacterial population through the addition
of selectively adapted bacteria. These bacteria have been developed to
provide increased rates of organic reduction or to provide the ability
to oxidize recalcitrant compounds or compounds considered "non-biodegradable".
Bioaugmentation does not replace an existing bacterial population, but
augments its ability to respond to certain situations. This includes its
ability to degrade components of the waste stream, resulting in improved
treatment.