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TF-20 Organic Waste Degrader, 4 x 1-gallon case

$168.50

TF-20 Organic Waste Degrader

Recycle Systems
easy-to-use-concrete-cleaning-using-environmentally-friendly-microbesDue to mounting environmental concerns, the use of wastewater treatment and reclaim systems is becoming more prevalent in industrial applications. These recycled water systems are designed to conserve water and reduce the amount of pollutants being flushed into municipal sewer systems.  Failure to reduce the waste to an acceptable level in these systems may result in costly surcharges.  While this approach to wash water waste management seems practical, without tedious maintenance, sludge and solids rapidly accumulate in the reclaim pits generating offensive odors and requiring frequent and costly physical removal.

 

TF-20 offers the need for a simple bio-friendly approach to reduce problems associated with the treatment, disposal, and reuse of wash water wastewater. Biological treatment is an environmentally responsible efficient and cost effective method of reducing odors, petroleum hydrocarbons, and other organic content resulting in lower disposal frequencies in such systems. After years of research we are pleased to announce a highly concentrated shelf stable bacterial blend designed to accelerate the digestion of odor causing organic wastes while also reducing petroleum hydrocarbons and pumping frequency in car wash (photo above) and other wash water systems.

 

CAR WASH STUDY
Reduced Reclaim Pit Pump-out Frequency 
The wastewater and solids in reclaim pits often contain cleaning agents, wax, dirt, and petroleum-based drying agents. TF-20 contains a unique blend of nine Bacillus strains formulated to accelerate digestion of sludge and solids that cause buildup in reclaim pits. Each strain is selected for optimum extracellular enzyme production to assure efficient and comprehensive breakdown of hydrocarbons such as gasoline, diesel fuel, and motor oil, as well as odor causing proteins, carbohydrates, cellulose, and fats.

 

TF-20 can substantially reduce the need for pumping in treatment systems because the bacterial strains digest the organic solids that accumulate in the reclaim pit. Digestion and utilization of the solids by TF-20’s bacterial blend was monitored in wastewater by measuring the Biochemical Oxygen Demand (BOD) and suspended solids over time. After 30 days wastewater treated with TF-20 showed a 50% reduction in BOD and 80% reduction in suspended solids (Figure 1).

 

Figure 1 – Organic Waste Reduction by Bacterial Strains in TF-20
 bacterial-waste-degrader-wash-recycle2

 

ODOR REDUCTION CAPABILITIES
TF-20 has been used for years to successfully control odors in wastewater systems, lift stations, animal waste lagoons, floor drains, and grease traps.  The scientifically selected, nonpathogenic, spore-forming Bacillus strains found in TF-20 reduce odor by digesting malodorous compounds and will competitively exclude the odor-causing bacteria in the system.

 

Odors associated with wash water and recycle systems are often caused by bacteria that generate Volatile Fatty Acids (VFAs).  To prove that TF-20 can be used in reclaim pits to successfully control odors, scientists have screened the specialized bacterial strains incorporated in TF-20 for their ability to utilize VFAs for cellular energy.  As shown in Table 1, typical VFAs were utilized as a sole carbon source by the eight of the nine Bacillus strains in TF-20.

 

Table 1 – VFA Degradation by the Eight Major Strains in TF-20
 bacterial-waste-degrader-wash-recycle-chart

 

SCIENTIFICALLY PROVEN PETROLEUM DEGRADATION
In car wash, cleaning, and other recycled wastewater systems, petroleum-based degreasing formulations, washing agents, dirt/dust particles, traffic grime, and other chemicals contribute to the origin of organic pollutants, especially aromatic compounds. Some aromatic compounds (e.g. benzene) are harmful to humans and the environment, requiring, remediation or removal of the pollutants before disposal of the waste.

 

To develop a product such as TF-20 to address these concerns, bacteria were collected in samples from petroleum contaminated environments such as car wash pits, tank washing facilities, and soil surrounding leaky petroleum storage tanks. Bacteria were isolated and the hydrocarbon-degrading ability of each isolate was confirmed using gas chromatograph analysis. After ten days the bacterial strains in TF-20 are capable of significantly reducing the concentration of gasoline, diesel, and motor oil by 45%, 64% and 24%, respectively (Figure 2).  Further breakdown of the BTEX components in gasoline is illustrated in Figure 3.

 

Figure 2 –Reduction of Hydrocarbons by TF-20
bacterial-waste-degrader-wash-recycle-graph1

 

Figure 3 – Reduction of BTEX in Gasoline by Bacterial Strains in TF-20
bacterial-waste-degrader-wash-recycle-graph2

 

DOSAGE GUIDELINES
For proper results, TF-20 must be added or administered at the proper dosages in all systems to insure that the proper number of organisms is present to successfully degrade the organic compounds over a reasonable period of time. The degradation rates shown in the graphs were based on a minimum concentration of 50,000 to 500,000 bacteria/ml of TF-20 in the carwash reclaim pit.  Similar results have been shown in other wastewater treatment systems. Researchers have shown that dosing a system with less than optimal bacterial concentrations can reduce the likelihood of success.

 

WASH WATER AND RECYCLE SYSTEMS
As a minimum dosage, add 1 gallon of TF-20 to every 4000 gallons of water used or stored in pits.  Degradation rates will also depend on natural nutrients present and the concentration and type of waste being treated.  Maintaining the proper temperature and pH in all systems will also be extremely helpful.

 

HARD SURFACE CLEANING
Dilute TF-20 from 10:1 to 50:1 depending on application.  For dilutions of 1:30 or greater, a compatible, biodegradable anionic or non-ionic surfactant may be used in addition to boost cleaning capacity.

 

GENERAL WASTEWATER AND MISC
Consult your Technical Representative.

 

PRODUCT PROPERTIES
Form: Teal/green liquid
Fragrance: Wintergreen
Shelf life: 1 year guaranteed
Effective pH range: 5°C – 55°C (40°F – 130°F)
Enzyme production: Amylase, Protease, Lipase, Esterase, Urease, Cellulase, Xylanase, and a series of Hydrocarbon degrading enzymes.

 

STORAGE AND HANDLING
Store in a cool place.  DO NOT FREEZE.  Avoid eye and skin contact.  Wash hands upon contact, or after use.  Rinse eyes thoroughly if product comes into contact with eyes.  Keep out of reach of children.  See MSDS for more information.

 

PACKAGING
TF-20 is available in 4-gallon cases and 5-gallon pails.  55-gallon drums, totes, bulk, or other specialty packaging is available upon request.