WHAT IS FORMULA 703®?

FORMULA 703® was prepared with the specific objective to enhance the natural environmental process of waste degradation and elimination.

FORMULA 703® dramatically accelerates the microbiological activity associated with natural bacterial digestion by providing the necessary minerals and enzymes while increasing the rate of re-oxygenation.

Industrial Waste Treatment

Textile Waste Treatment

Sewage Treatment

Dispersal of waste into receiving waters is no longer the right of any individual, industry, or municipality. Water has become our most precious resource. Property management and control will no longer tolerate the old philosophy that pollution of streams, rivers, and lakes is inevitable and necessary to our way of life. FORMULA 703® is designed to assist in the elimination of industrial waste, while protecting the environment. This process is achieved by releasing the oxygen that is tightly bound in the well known formula of water H₂O. FORMULA 703® releases the tight polar bond between the oxygen and hydrogen molecules in water, stimulating the digestion of waste solids, while initiating the safe treatment of water wastes. FORMULA 703® helps to reduce operational costs by eliminating pathogenic organisms.

FORMULA 703® is a liquid chemical complex that has been specifically formulated to assist in the digestion of organic solids. Although many other benefits are derived, the primary function is to alter or weaken the Dipolar bonds of hydrogen and oxygen. This alteration results in a dramatic increase in available oxygen.

DO (dissolved oxygen) levels of 4-6 fold are often reported. With more oxygen available for natural biological activity, odors are quickly reduced or eliminated. Ammonia and other gases are reduced or eliminated as well. FORMULA 703® quickly converts anaerobic (without air) conditions into aerobic (with air) conditions. Anaerobic microorganisms are the gas producers. Once these types of microorganisms are eliminated, gases are eliminated. Instead of fermenting (rotting), manure is degraded biologically. Excess ammonia gas can reduce your daily gain.

FORMULA 703® is formulated by a secret process and contains over 70 elements. It also contains sulfur in many combined forms: hydrogen, oxygen, nitrogen, carbon, sodium, and magnesium. FORMULA 703® is completely soluble in water, providing the basis for activity in aqueous solutions.  Many chemists have made the error of believing that this complex chemical matrix is indeed sulfuric acid due to a similar specific gravity. Tests demonstrate that FORMULA 703® alters the nature of water triggering several important events in organic waste. Every particle of organic matter being treated is electro-chemically activated and truly wetted, something the cannot be done with ordinary untreated water. Galvanic couples are formed, much like those causing corrosion in most metals, with the resulting oxidation being similar to that which occurs with metals. The same inevitable result occurs; the ultimate complete decomposition of organic mass. This process would naturally (after a very long time) occur even without the help of bacteria, but is dramatically accelerated in the presence of these organisms. Since the process of organic oxidation involves a transfer of electrons from oxygen in solution into the organic substrate, both oxygen and hydrogen are needed to complete the process. FORMULA 703® is able to make both elements readily available dramatically accelerating the organic-reduction process, especially in the presence of enzymes produced by the accompanying bacteria. All forms of bacteria, aerobic or anaerobic, use the dual process of oxidation and reduction in their metabolic cycle. When properly used, FORMULA 703® will increase the capacity of all present waste disposal systems, and can vastly increase the capacity of systems currently being built or engineered.

INDUSTRIAL WASTE TREATMENT

While most companies continue to search for a mechanical solution for biological waste problems, our goal at Deutrel Industries is to provide a biological solution to a biological problem.

FORMULA 703® has been formulated as a free standing solution, or used in combination to enhance an engineered mechanical solution. Product testing in Asia and in America conclusively demonstrates that almost ALL chemicals were eliminated, including polymers.

The typical reactions with FORMULA 703® are a rapid and dramatic reduction of BOD (biological oxygen demand) followed by a sudden increase of BOD caused by a bacterial population explosion. This new population and degradation activity will increase the BOD until a corresponding increase in dissolved oxygen (provided by FORMULA 703®) begins to rapidly digest the organic waste and a stabilized environment is achieved. (Click here for a BOD chart)

When properly used, FORMULA 703® will increase the capacity of all present waste disposal systems. Although FORMULA 703® chemically attacks and destroys organic matter, it does not retard or destroy bacterial growth, rather, it enhances and stimulates the growth of beneficial bacteria. Aerobic organisms will obtain the greatest benefit, however, the chemical action of organic mass will also aid the action of anaerobic microorganisms.

TEXTILE WASTE TREATMENT

Deutrel Industries has once again positioned itself as the leader in environmental science and technology providing waste solutions for the textile industry. Typical stages of textile production are: fiber production, fiber processing and spinning, yarn preparation, fabric production, bleaching, dyeing and printing, and finishing. Each stage generates wastes that require proper management.

Textile production involves a number of wet processes that may use solvents. Emissions of volatile organic compounds (VOCs) mainly arise from textiles finishing, drying processes, and solvent use. VOC concentrations vary from 10 milligrams of carbon per cubic meter (mg/m³) for the thermosol process to 350 mg carbon/m³ for drying and condensation process. Processes wastewater is a major source of pollutants. It is typically alkaline and has high BOD₅ (700 to 2,000 milligrams per liter (mg/L)) and chemical oxygen demand (COD) (approximately 2 to 5 times the biochemical oxygen demand (BOD) level), solids, oil and possibly toxic organics, including phenols (from dyeing and finishing) and halogenated organics (from processes such as bleaching). Dye waste waters are frequently highly colored and may contain heavy metals such as copper and chromium. Wool processing may release bacteria and other pathogens. Pesticides are sometimes used for the preservation of natural fibers and these are transferred to waste waters during washing and scouring operations. Pesticides are also used for moth proofing, brominated flame retardants for synthetic fabrics, and isocyanates for lamination (Note: The use of pesticides and other chemicals which are banned in OECD countries is discouraged and in general, not acceptable). Waste waters should be checked for pesticides (such as DDT and PCP), and metals (such as mercury, arsenic, and copper).

Implementation of cleaner production processes and pollution solution measures can provide both economic and environmental benefits. A common approach to treatment of waste waters is screening, flow equalization, and then settling to remove suspended solids, followed by a chemical treatment. The following summary contains extracts from FORMULA 703® textile waste testing results.

Graph A - Test were conducted over 140 hours, beginning June 10, 1994 with 20 mL of FORMULA 703®. 10 grams of bacteria mix 731, and the solution had suspended solids of 1,332 mg/l. Temperature was 30° C. A second test was run over 140 hours beginning June 15, 1994 with 20 mL of FORMULA 703®, 20 grams of bacteria mix 731, and the solution had suspended solids of 2,680 mg/l/ Temperature was 30° C. The upper line in input COD, and the lower line is the output COD. Statistics from the two tests have been combined.

Graph B - Tests were conducted over 140 hours, beginning June 17, 1994 with 20 mL of FORMULA 703®, 20 grams of bacteria mix 731, and the solution had suspended solids of 2,755 mg/l. Temperature was 30° C. There was no air stir in the raw waste water tank. The upper line is input COD, and the lower line is the output COD. Statistics from the two tests have been combined. These tests were conducted by the Environmental Institute of Taiwan.

Table C - The table was compiled from the waste stream from a tanning plant. The three sections of the test compare the average drop in output COD, compared to the input COD.

Section 1 - Samples recorded during July, 1993, are from the unaided mechanical treatment system. Average rate of decrease in DO = 31%

Section 2 - Samples are from November 30, through December 14, 1993 ate after the addition of enzymes. Average rate of decrease in DO = 45.3%

Section 3 - Samples are from June 14 through June 25, 1994 are after the addition of FORMULA 703®. Average rate of decrease in DO = 59.3%

SEWAGE TREATMENT

TREATMENT PLAN

The immediate elimination all chemicals and additives, while substituting FORMULA 703® into the system at the earliest point possible to provide benefits through the entire system. Stabilize existing system by adding 30 gallons of FORMULA 703® immediately, plus 50 pounds of CULTURE SUPPLEMENT #2 (FORMULA 703® ratio  1;100,000)

RESULTS

Capistrano Beach District Data

Additional FORMULA 703 Bench Testing

Textile Waste Testing