BACTERIA FOR WASTE WATER
NatureClean's Micro-Encapsulation Technology
NatureClean has developed an effective bio - augmentation program for municipal wastewater collection systems and institutional grease traps, which virtually eliminates stoppages brought on by excessive grease within the system.
At the heart of this program is NatureClean's, NatureClean-33, a unique microbial-based product containing 58 species of microencapsulated grease-eating bacteria.
NatureClean's patent pending micro-encapsulation technology provides NatureClean-33 with stability, increased shelf life and enhanced efficacy.
The select microbial species that comprise NatureClean-33 are highly efficient at producing hydrolytic enzymes to catalyze the hydrolysis of grease, fats, proteins and starches resulting in trouble free sewer lines, lift stations and grease traps.
NatureClean's formulation contains proprietary species that are effective under a wide range of environmental conditions. They provide NatureClean-33 with the ability to biodegrade difficult substances such as phenols, detergents, alcohols, hydrocarbons, ligno-cellulose, organic solvents, pharmaceuticals and a broad range of aliphatic and aromatic compounds.
NatureClean-33 is available in both a liquid (vegetative state) and dry (spore and microencapsulated vegetative state) formulation.
In addition to NatureClean-33, NatureClean offers a Biochemical Oxygen Release (SRO2) product to increase dissolved oxygen levels thereby improving the efficiency of the microbial component.
Aside from being efficacious NatureClean's revolutionary microbial augmentation program is extremely cost effective. The average program cost for maintaining a typical 8 inch main is less than 2 cents per foot per week.
NatureClean provides you with clearly defined parameters, which walk you through both the cleanup and maintenance phase of the program. Once in place this program will greatly reduce if not altogether rid the wastewater collection system of costly grease blockages.
When used as directed in grease traps NatureClean-33 greatly reduces the volume of grease thereby reducing the need for pump outs.
In addition the grease trap program will drastically reduce the number of blockages and back ups incurred within the secondary lines.
ACTIVE INGREDIENTS:
Contains select bacterial species highly efficient at producing hydrolytic enzymes to catalyze the hydrolysis of grease, oils, fats, (lipases) proteins, (proteases) starches (amylases) and cellulose and ligno-cellulose(cellulases) @ a minimum concentration of 1,000,000,000 CFU per gram.
NatureClean - 33 contains 58 different bacterial strains, each selected for its efficiency at degrading certain waste materials.
The bacteria function as millions of tiny enzyme factories to produce the correct balance of degradative power.
This formulation has been derived after a 20 yr long trial and error process. It has been specifically formulated to break down through aerobic and facultative anaerobic action, all the biodegradable substances in the wastewater.
It is also formulated with H2S degrading bacteria and able to work in a pH range of 2.0 to 10.0.
NatureClean - 33 can be site specifically formulated for the breakdown of high amounts of nitrates, nitrites, phosphorus, salts, specific pharmaceuticals and various other chemicals.
NatureClean-33 also contains SRO (slow release oxygen) to allow full activity of the bacteria even in very low oxygen situations.
· Bacteria are a diverse group of single-celled organisms, most of which are microscopic.
· Bacteria occur in soil, water, and air, and as symbionts, parasites or pathogens of man and other animals and plants.
· Bacteria are either aerobes-growing in the presence of air or oxygen, or are anaerobes-growing without air or oxygen. Some bacteria are "switch-hitters" (facultative anaerobic) who can switch to grow from one environment (air or air-less) to the other.
· Besides bacteria, other microorganisms such as fungi (yeasts), protozoa, and micro-animals such as rotifers work in concert to affect water quality.
BOD, COD & DO
Water quality has a number of constituents including biological oxygen demand (BOD), chemical oxygen demand (COD).
Natural organic detritus and organic waste from wastewater treatment plants, failing septic systems, and agricultural and urban runoff, are a food source for water-borne bacteria.
Bacteria consume these organic materials using dissolved oxygen, thus reducing the dissolved oxygen (DO) present for fish and other aquatic life.
BOD is a measure of the amount of oxygen that bacteria will consume under aerobic conditions.
COD does not differentiate between biologically available and inert organic matter, and it is a measure of the total quantity of oxygen required to chemically break down (oxidize) all organic material into carbon dioxide and water. COD values are always greater than BOD values, but COD measurements can be made in a few hours while BOD measurements take five days.
Pond and Tank Treatment
The main focus our pond / tank. aeration / bacterial system is to reduce the BOD and COD in the effluent discharged to natural waters, meeting state and federal discharge criteria.
Our wastewater treatment is designed to function as "microbiology farms," where bacteria and other microorganisms are fed oxygen and organic waste.
Treatment of the organic waste involves biological breakdown of the organics and chemicals contained in the waste.
The waste enters a series of 3 ponds or a series of tanks (from one tank to many depending on the quantity of waste) that have embedded membrane air diffusers on the bottom that inject oxygen-enriched air into them.
The ponds / tanks are mixed from bottom up to provide laminar lifting and ensures that the entire water column remains aerobic to support rapid microbial breakdown.
These treatment steps are generally considered environmental biotechnologies that harness natural self-purification processes contained in the pond / tank bioreactors for the biodegradation of organic matter and bioconversion of soluble nutrients in the wastewater.
Application Specific Microbiology
Each wastewater stream is unique, and so too are the community of microorganisms that process it.
This "application-specific microbiology" is the preferred methodology in wastewater treatment affecting the efficiency of biological nutrient removal.
The right laboratory-prepared bugs are more efficient in organics removal-if they have the right growth environment.
This efficiency is multiplied if microorganisms are allowed to grow as a layer-a biofilm-on specifically designed support media. In this way, optimized biological processing of a waste stream can occur.
Site Specific Bacteria
Aeration and biofilms building are the key operational parameters that contribute to the efficient degradation of organic matter (BOD/COD removal).
Over time the application specific bacteria become site specific as the biofilms develops and matures and is even more efficient in treating that site-specific waste stream.
Dairy waste and human waste (as well as industrial waste) have a very specific makeup which is difficult to break down with indigenous bacteria.
The huge quantities of nitrates, phosphorus, chemicals, pharmaceuticals and salts along with odor causing sulfates necessitate the addition of very specific bacteria to break down the unique makeup of waste.
This is combined with the oxygen enhanced aeration system.
Efficient processing of waste is therefore a cost saving opportunity in operations that will facilitate the dairies / waste water facilities passing of all Air Quality and EPA standards and be able to remain in business.
NatureClean
P.O. Box 1109
Ukiah, Ca 95482
PHONE: (707) 489-7613
E-mail us: info@natureclean.com
P.O. Box 1109
Ukiah, Ca 95482
PHONE: (707) 489-7613
E-mail us: info@natureclean.com
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