Liqui-Ox Oxygen Control is a ready source of available fixed oxygen for use in: Sewage treatment plants, lagoon or pond treatment, waste treatment of poultry industry, pulp and paper mills, milk plants, etc.
Liqui-Ox Oxygen Control provides several desirable features over the use of conventional dry forms of oxygen sources such as, sodium nitrate. Ease of handling easy storage availability of fixed oxygen.
Liqui-Ox Oxygen Control will not activate until it has been lagooned and through bacterial action the oxygen is released for use by aerobic bacteria. Thus, it reduces the potential of H2S (Hydrogen Sulfide) formation and other harmful gases
Lagoon or Pond: Liqui-Ox Oxygen Control in most cases will lower biological oxygen demand (B.O.D.). The proper use ratios are dependent upon many factors: pond design, pond capacity, type of sewage and the rate of incoming sewage, etc.
ADVANTAGES
- Ease of handling because it is liquid
- Oxygen is available instantly
- Reduce the potential of H2S formation and other harmful gases
- Lower the B.O.D. requirements
APPLICATION
- Sewage Treatment Plant
- Lagoon or Pond
- Domestic Sewage
- Pulp and Paper Mills
- Poultry Packing
- Drains and Pipes
DOSAGES
NOTE: Liqui-Ox Oxygen Control may be introduced in sewage plant by drip method; for a lagoon, it may be sprayed over the large area.
Lagoon or Pond: 3-gallon Liqui-Ox Oxygen Control per 1 acre-foot
Domestic Sewage: Normal loads can be handled by using 3-gallon per acre-foot.
Poultry Plant: Use 2 gallons per 1,000 birds processed.
Drains and pipes: Use 32-64 fl oz per each commercial drain and pipes.
SPECIALLY DESIGNED FOR HIGH-SOLID LIQUEFACTION AND DISCHARGE
Most dairy lagoons do not provide significant biological treatment or long storage periods, but smaller than aerobic lagoons. Even though aerobic lagoons are designed to provide a higher degree of treatment with less-odor, anaerobic lagoons decompose more organic matter per unit volume. Because of their treatment and storage capabilities anaerobic lagoons are a good compromise between storage basins and aerobic lagoons.
Customized all-in-one SEBS products provide all three treatment options required for faster results; aerobic activity for top suspended solids, increased dissolved oxygen to help with top solid degradation, and odor control. Aeration or circulation pump will be significantly speed initial and ongoing treatment. A facultative SEBS microbe provides degradation capability at mid-level organics, such as ammonia, phosphates, nitrates and other minerals.
Anaerobic SEBS treatment of waste occurs without free oxygen to liquefy or degrade high biochemical oxygen demand organic waste. It loosens compacted solids digested over 90% of organic matter with proper design and management; the anaerobic lagoon can function for years with a customized SEBS treatment.
The advantages of anaerobic lagoon systems are:
- Manure can be handled with water flushing/discharging systems, sewer lines, pumps, and irrigation equipment.
- High degree of stabilization reduces odors during land application.
- High nitrogen reduction minimizes the land area required for liquid effluent disposal.
STANDARD DOSAGE
Dairy Lagoon starting dosage:
For every 1 million gallons of capacity use 40 gallons of SEBS with 40 pounds of activator.
Monthly treatment can drop to 20 gallons of SEBS with 20 pounds of activator (per 1 million gallons of capacity)
CUSTOMIZED APPLICATION
Dosages can be tailored by the size of the lagoon, condition of the waste, affecting problems, and test results. Contact your EST Inc. representative for more details.
CONDITIONS OF SALE
Always follow all label directions. The manufacturer cannot control weather conditions, methods of application nor the condition of the area at time of application. Buyer assumes all risks of use, storage or handling of this product when used in a manner inconsistent with label directions. EST Inc. will not be responsible for any injury, loss, or damage if product is used or stored in any manner not in compliance with label/tech sheet directions or if precautions are not observed.
STORAGE AND HANDLING
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods and to customize application, depending on contaminations.
Wear rubber gloves and eye protection. Avoid contact with open wounds or sores, harmful if swallowed, avoid any direct contact with the skin and eyes; may cause irritation.
Keep container closed when not in use. Store out of direct sunlight. Keep from Freezing. Avoid temperatures above 120 °F, or below 40 °F.
FIRST AID
EYES: Immediately flush eyes with plenty of water for at least 15 minutes, occasionally lifting the upper and lower eyelids. Get medical attention if irritation persists.
SKIN: Wash thoroughly any exposed effected body parts with soap and water. Consult a physician if irritation develops.
INGESTION: If this product is swallowed do not induce vomiting. If vomiting occurs, keep head below hips to prevent aspiration (breathing) of liquid into the lungs. Get emergency medical attention immediately.
SPECIALLY DESIGNED FOR HIGH-SOLID LIQUEFACTION AND DISCHARGE
Most dairy lagoons do not provide significant biological treatment or long storage periods, but smaller than aerobic lagoons. Even though aerobic lagoons are designed to provide a higher degree of treatment with less-odor, anaerobic lagoons decompose more organic matter per unit volume. Because of their treatment and storage capabilities anaerobic lagoons are a good compromise between storage basins and aerobic lagoons.
Customized all-in-one SEBS products provide all three treatment options required for faster results; aerobic activity for top suspended solids, increased dissolved oxygen to help with top solid degradation, and odor control. Aeration or circulation pump will be significantly speed initial and ongoing treatment. A facultative SEBS microbe provides degradation capability at mid-level organics, such as ammonia, phosphates, nitrates and other minerals.
Anaerobic SEBS treatment of waste occurs without free oxygen to liquefy or degrade high biochemical oxygen demand organic waste. It loosens compacted solids digested over 90% of organic matter with proper design and management; the anaerobic lagoon can function for years with a customized SEBS treatment.
The advantages of anaerobic lagoon systems are:
- Manure can be handled with water flushing/discharging systems, sewer lines, pumps, and irrigation equipment.
- High degree of stabilization reduces odors during land application.
- High nitrogen reduction minimizes the land area required for liquid effluent disposal.
STANDARD DOSAGE
Dairy Lagoon starting dosage:
For every 1 million gallons of capacity use 40 gallons of SEBS with 40 pounds of activator.
Monthly treatment can drop to 20 gallons of SEBS with 20 pounds of activator (per 1 million gallons of capacity)
CUSTOMIZED APPLICATION
Dosages can be tailored by the size of the lagoon, condition of the waste, affecting problems, and test results. Contact your EST Inc. representative for more details.
CONDITIONS OF SALE
Always follow all label directions. The manufacturer cannot control weather conditions, methods of application nor the condition of the area at time of application. Buyer assumes all risks of use, storage or handling of this product when used in a manner inconsistent with label directions. EST Inc. will not be responsible for any injury, loss, or damage if product is used or stored in any manner not in compliance with label/tech sheet directions or if precautions are not observed.
STORAGE AND HANDLING
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods and to customize application, depending on contaminations.
Wear rubber gloves and eye protection. Avoid contact with open wounds or sores, harmful if swallowed, avoid any direct contact with the skin and eyes; may cause irritation.
Keep container closed when not in use. Store out of direct sunlight. Keep from Freezing. Avoid temperatures above 120 °F, or below 40 °F.
FIRST AID
EYES: Immediately flush eyes with plenty of water for at least 15 minutes, occasionally lifting the upper and lower eyelids. Get medical attention if irritation persists.
SKIN: Wash thoroughly any exposed effected body parts with soap and water. Consult a physician if irritation develops.
INGESTION: If this product is swallowed do not induce vomiting. If vomiting occurs, keep head below hips to prevent aspiration (breathing) of liquid into the lungs. Get emergency medical attention immediately.
SEBS Bacterial Systems are dedicated to the development and manufacturer of high-quality, environmentally-friendly and responsible, biotechnological products. Utilizing natural resources, SEBS systems incorporate specific technology to solve numerous industrial, commercial, and institutional problems which result from organic waste.
EST Inc.’s SEBS Bacterial System digests more organic solid waste and completely degrades difficult organic compounds more than any other systems currently on market today.
DESCRIPTION: SEBS microorganisms have the highest count of CFU (colony forming units) for broad spectrum digestion of oil hydrocarbons, H2S, grease, detergents, and phenols. To meet this increasing challenge head-on, EST products group has developed SEBS, an advanced bio-technological product series which contains a synergized blend of eight microorganisms. Each strain has been selectively adapted to specifically degrade and digest difficult to non-biodegradable organic compounds such as those mentioned above.
SOURCES OF HYDROGEN SULFIDE (H2S): Hydrogen Sulfide (H2S) is created naturally by decaying organic matter and is released from sewage sludge, liquid manure, and sulfur hot springs. It is formed when Sulfur is removed from petroleum products in the petroleum refining process and is a by-product of paper pulping industry.
BIOLOGICAL & TECHNICAL EXPLANATIONS: Biodegradation of hydrocarbons, and H2S both aliphatic and aromatic compounds, may occur under anaerobic or aerobic conditions. Under aerobic conditions, oxygenase enzymes produced by SEBS introduce oxygen atoms into hydrocarbons (mono-oxygenase Anaerobic SEBS) introduce one oxygen atom to a substrate while dioxygenases (Aerobic SEBS introduce two). The anaerobic degradation is catalyzed by anaerobic SEBS bacteria, such as sulphate-reducing bacteria, using different terminal electron acceptors as reduce and the levels of both H2S and Hydrocarbons.
SEBS for Hydrocarbon and Sludge can very effectively Minimize and lower the level of H2S reduce odors and digest waste matter that contributes to production of H2S.
SEBS microbial family of Cyanobacteria are photoautotrophs combined with Thiobacillus Novellus multi strain family for reduction of H2S, Hydrocarbon and Sludge specifically design for sewage treatment plant, lagoons, dairy and hog confinement, and wastewater containing hydrocarbon and H2S.
SEBS aerobic catabolism of hydrocarbons can be faster, due to the metabolic advantage of having the availability of O2 as an electron acceptor The final product of the oxidation of saturated aliphatic hydrocarbons is acetyl-CoA, (acetyl coenzyme A) which is produced by SEBS culture that catabolized in the acid cycle, together with the production of electrons in the electron transport chain. This chain event is continuing repeated, further degrading the hydrocarbons and H2S, which converting to oxidized to CO2. Aromatic hydrocarbons, such as benzene, toluene, xylene, and naphthalene, can also be degraded in aerobic conditions, and H2S can completely degraded to CO2
BENEFITS
- Grease and oil degradation.
- Fat and oil digesting.
- Instant odor reduction.
- Reduces sludge solids, accumulation.
- Detergent degradation.
- Sanitary waste degradation.
- Restores water condition for marine life.
- Safe to flush to drain.
- Improves soil conditions for aquatic plants.
- Eliminates carbon-based fouling.
- Digests phenol and protein.
- Economical to use.
- Improves water condition naturally for irrigation.
APPLICATION
For contaminated rivers, lakes, ponds, lagoons, or wherever oil, hydrocarbons, or grease is present in the water.
Dosage: Use 1–5 gal SEBS to one million gallons of water; Dosage depends on PPM of hydrocarbons levels in water. It can be poured in to directly in the running water or be applied with automatic drip systems. For ponds and lagoons, this product can be poured around the edge of the lagoon or sprayed over the surface. For faster results, use aeration; this will help speed up the cleaning process. For Holding Tanks, Blige Water cleaning and degreasing apply directly, use aeration for faster digestion of hydrocarbons.
In some cases, initial dosage may require more concentrated SEBS.
Mixing Method: Mix one pouch of activator to one gallon of SEBS.
APPLICATION FOR HARD SURFACE CLEANING
GENERAL CLEANING
- Spray SEBS for Hydrocarbons on the stain/spot and affected areas.
- Do not dilute the product.
- Wait 15‒20 seconds and scrub the stain/spot gently with a very soft nylon brush, then rinse.
- If the stain/spot remains, repeat the above steps until the stain/spot disappears.
FOR EXTERIOR CLEANING
- Prewet surface.
- Do not dilute the product.
- Apply concentrated SEBS product onto the surface with a soft nylon-fibered brush.
- Let set for 2‒3 minutes. Do not let cleaning solution dry on the surface.
- Rinse off with water or pressure washing equipment (3 gallons per minute at 400‒600 psi). To avoid streaking, keep lower area wet at all times.
- Repeat above steps until stain is removed.
SPECIALLY DESIGNED FOR HIGH-SOLID LIQUEFACTION AND DISCHARGE
Most dairy lagoons do not provide significant biological treatment or long storage periods, but smaller than aerobic lagoons. Even though aerobic lagoons are designed to provide a higher degree of treatment with less-odor, anaerobic lagoons decompose more organic matter per unit volume. Because of their treatment and storage capabilities anaerobic lagoons are a good compromise between storage basins and aerobic lagoons.
Customized all-in-one SEBS products provide all three treatment options required for faster results; aerobic activity for top suspended solids, increased dissolved oxygen to help with top solid degradation, and odor control. Aeration or circulation pump will be significantly speed initial and ongoing treatment. A facultative SEBS microbe provides degradation capability at mid-level organics, such as ammonia, phosphates, nitrates and other minerals.
Anaerobic SEBS treatment of waste occurs without free oxygen to liquefy or degrade high biochemical oxygen demand organic waste. It loosens compacted solids digested over 90% of organic matter with proper design and management; the anaerobic lagoon can function for years with a customized SEBS treatment.
The advantages of anaerobic lagoon systems are:
- Manure can be handled with water flushing/discharging systems, sewer lines, pumps, and irrigation equipment.
- High degree of stabilization reduces odors during land application.
- High nitrogen reduction minimizes the land area required for liquid effluent disposal.
STANDARD DOSAGE
Dairy Lagoon starting dosage:
For every 1 million gallons of capacity use 40 gallons of SEBS with 40 pounds of activator.
Monthly treatment can drop to 20 gallons of SEBS with 20 pounds of activator (per 1 million gallons of capacity)
CUSTOMIZED APPLICATION
Dosages can be tailored by the size of the lagoon, condition of the waste, affecting problems, and test results. Contact your EST Inc. representative for more details.
CONDITIONS OF SALE
Always follow all label directions. The manufacturer cannot control weather conditions, methods of application nor the condition of the area at time of application. Buyer assumes all risks of use, storage or handling of this product when used in a manner inconsistent with label directions. EST Inc. will not be responsible for any injury, loss, or damage if product is used or stored in any manner not in compliance with label/tech sheet directions or if precautions are not observed.
STORAGE AND HANDLING
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods and to customize application, depending on contaminations.
Wear rubber gloves and eye protection. Avoid contact with open wounds or sores, harmful if swallowed, avoid any direct contact with the skin and eyes; may cause irritation.
Keep container closed when not in use. Store out of direct sunlight. Keep from Freezing. Avoid temperatures above 120 °F, or below 40 °F.
FIRST AID
EYES: Immediately flush eyes with plenty of water for at least 15 minutes, occasionally lifting the upper and lower eyelids. Get medical attention if irritation persists.
SKIN: Wash thoroughly any exposed effected body parts with soap and water. Consult a physician if irritation develops.
INGESTION: If this product is swallowed do not induce vomiting. If vomiting occurs, keep head below hips to prevent aspiration (breathing) of liquid into the lungs. Get emergency medical attention immediately.
HOUSEHOLD: SEBS STT 290 Septic
Add 1 quart (32 fl oz) up to 1000 gallon of capacity for the initial treatment. Pre-measure the proper amount of SEBS before pouring into a septic tank
Maintenance: Thereafter, use 16 fl oz (1 pint) every 3–4 weeks. This should be poured directly into the toilet and flushed.
If the septic tank becomes clogged and odorous, double initial dosage amount to one quart (32 fl oz) every 1–2 weeks until the flow returns to normal. Afterwards return to maintenance dosage.
SPECIALLY DESIGNED FOR HIGH-SOLID LIQUEFACTION AND DISCHARGE
Most dairy lagoons do not provide significant biological treatment or long storage periods, but smaller than aerobic lagoons. Even though aerobic lagoons are designed to provide a higher degree of treatment with less-odor, anaerobic lagoons decompose more organic matter per unit volume. Because of their treatment and storage capabilities anaerobic lagoons are a good compromise between storage basins and aerobic lagoons.
Customized all-in-one SEBS products provide all three treatment options required for faster results; aerobic activity for top suspended solids, increased dissolved oxygen to help with top solid degradation, and odor control. Aeration or circulation pump will be significantly speed initial and ongoing treatment. A facultative SEBS microbe provides degradation capability at mid-level organics, such as ammonia, phosphates, nitrates and other minerals.
Anaerobic SEBS treatment of waste occurs without free oxygen to liquefy or degrade high biochemical oxygen demand organic waste. It loosens compacted solids digested over 90% of organic matter with proper design and management; the anaerobic lagoon can function for years with a customized SEBS treatment.
The advantages of anaerobic lagoon systems are:
- Manure can be handled with water flushing/discharging systems, sewer lines, pumps, and irrigation equipment.
- High degree of stabilization reduces odors during land application.
- High nitrogen reduction minimizes the land area required for liquid effluent disposal.
STANDARD DOSAGE
Dairy Lagoon starting dosage:
For every 1 million gallons of capacity use 40 gallons of SEBS with 40 pounds of activator.
Monthly treatment can drop to 20 gallons of SEBS with 20 pounds of activator (per 1 million gallons of capacity)
CUSTOMIZED APPLICATION
Dosages can be tailored by the size of the lagoon, condition of the waste, affecting problems, and test results. Contact your EST Inc. representative for more details.
CONDITIONS OF SALE
Always follow all label directions. The manufacturer cannot control weather conditions, methods of application nor the condition of the area at time of application. Buyer assumes all risks of use, storage or handling of this product when used in a manner inconsistent with label directions. EST Inc. will not be responsible for any injury, loss, or damage if product is used or stored in any manner not in compliance with label/tech sheet directions or if precautions are not observed.
STORAGE AND HANDLING
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods and to customize application, depending on contaminations.
Wear rubber gloves and eye protection. Avoid contact with open wounds or sores, harmful if swallowed, avoid any direct contact with the skin and eyes; may cause irritation.
Keep container closed when not in use. Store out of direct sunlight. Keep from Freezing. Avoid temperatures above 120 °F, or below 40 °F.
FIRST AID
EYES: Immediately flush eyes with plenty of water for at least 15 minutes, occasionally lifting the upper and lower eyelids. Get medical attention if irritation persists.
SKIN: Wash thoroughly any exposed effected body parts with soap and water. Consult a physician if irritation develops.
INGESTION: If this product is swallowed do not induce vomiting. If vomiting occurs, keep head below hips to prevent aspiration (breathing) of liquid into the lungs. Get emergency medical attention immediately.
SEBS STT 291 Septic System Treatment is in an easy-to-use, dry powder that begins working immediately to break down organic waste. Septic System Treatment contains natural bacteria and enzymes that have been selectively adapted for the accelerated degradation of difficult organic compounds. The patented microencapsulation process ensures that first generation bacteria remain in a stable, concentrated state until application. Used monthly, Septic System Treatment helps prevent septic backups and keeps septic systems operating efficiently.
SEBS microbes will liquefy cellulose waste generated from toilet paper, disposal wipes, disinfectant flushable wipes, and eliminates odor caused by sewer gas (H2S) and methane.
ADVANTAGES & BENEFITS
- 100% live microorganisms.
- Non-toxic, non-corrosive, and non-polluting.
- Digests and liquefies waste. Lives off all waste matter.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume. Increase holding capacity of septic tank.
- Non-Pathogenic, 100% Live Micro Organisms.
- Powder Form (Easy to use).
DIRECTIONS
CONTENTS
Four (4) pounds of SEBS Septic Treatment System per container.
INITIAL TREATMENT
Apply 4 oz of Dry SEBS into each toilet and flush. If powder still floats on top, flush again.
MONTHLY TREATMENT
Apply 4 oz of Dry SEBS into one (1) toilet and flush. If powder still floats on top, flush again.
*4 oz of Dry SEBS product is ONE MONTHLY dose for septic tanks up to 2,500 gallons.
Designed and capable of lowering salt, chlorides and minerals in high chloride and brine wastewater treatment plants, lagoons, ponds, etc.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Liquify crust and floating solids
- Reduce Floating solids and organic residue by organic digestions.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of microorganisms.
- Capable of lowering salt, chlorides and minerals
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Ornamental Ponds and Lagoons.
- Wastewater Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
IN WATER APPLICATION:
Ponds & Lagoons: Use 15–20 gallons of SEBS per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
Maintenance application:
Use 10–15 gallons of SEBS per 1 million gallons per month for maintenance or as directed by your dealer.
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contamination.
Designed will reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Liquify crust and floating solids
- Reduce Floating solids and organic residue by organic digestions.
- Increase holding capacity of Lift Station and digester.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of microorganisms.
- Reduce Ammonia, Nitrogen (TKN)
- Reduce Fat, Oil & Grease (FOG)
- Capable of digesting hydrocarbons
- Capable of lowering salt, chlorides and minerals
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Septic tanks.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Ornamental Ponds and Lagoons.
- Restaurants, School Cafeterias.
- Grease Traps.
- Wastewater containing Hydrocarbons.
- Wastewater Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
SEPTIC TANKS
A weekly treatment is all that is necessary for treating septic tanks. The application of the SEBS Liquid Live Micro–Organisms is quite simple: flush down any toilet leading to the septic tank, 16 ounces for each 20‒25 cubic feet of capacity for the first week. For preventive maintenance, thereafter, use 8 oz. each week for each 20‒25 cubic feet of capacity of each tank.
GREASE TRAPS
SEBS Liquid Live Microorganisms should be flushed down the nearest drain leading to the grease trap or applied directly to the trap. Use 16 oz of SEBS Liquid Live Microorganisms for each 20‒25 cubic feet of capacity every three days for the first week. Thereafter, for preventive maintenance, use 8 oz. twice a week for each grease trap.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
SURFACE SPRAY APPLICATION:
- Dilute one part SEBS with two parts water (1:2).
- Use SEBS Activator product for faster activation and degradation.
- Use plastic pump to spray apply directly on top of the water.
- Apply SEBS treatment every two to three weeks until visible floating solids are digested, and the area is cleared.
After treatment continue with SEBS maintenance program every two to three weeks at half dosage or as directed by your dealer.
IN WATER APPLICATION:
Ponds & Lagoons: Use 15–20 gallons of SEBS per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
Maintenance application:
Use 10–15 gallons of SEBS per 1 million gallons per month for maintenance or as directed by your dealer.
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contaminations.
Specific Enzyme Bacterial System (SEBS) for swine pit treatment is designed to reduce swine pit odors, solids, crusting, calcification, and gas release in discharge and closed loop lagoon and swine pit systems. This product can reduce up to 95% of swine pit odors based on the age of the barn and the condition of the pits; odor can be controlled within one weeks of application. It will not deplete the fertilizer value of the manure or destroy ammonia, nitrate, and other manure nutrients which are essential when applying to farm fields.
CHALLENGE
In both discharge and closed loop lagoon and swine pit systems, heavy loadings of organic wastes result in high levels of solid, odors, crusting, calcification, and other dangerous gases like methane and hydrogen sulfide associated with these wastes. The quantity and composition of these wastes influence livestock and the environment as well as the overall operation of the treatment lagoons. Pumps and lines often become blackened as well due to mineral deposits from uric salts.
SOLUTION
Biologically enhanced lagoon treatment products, utilizing SEBS, contain a synergized blend of Bacillus and Pseudomonas organisms, all of which have been stabilized in a concentrated state. Each strain has been selectively adapted for accelerated degradation capabilities of waste compounds found in livestock lagoons. Biologically enhanced products improve settling by consuming TSS (Total Suspended Solids). They also reduce sludge build-up and reduce malodor, liquefy solids, crusting, and reduce the potential of hydrogen sulfide gas all while keeping manure value intact. Biologically enhanced products will simultaneously prevent mineral deposits resulting from uric salt build-up the pump and lines.
BENEFITS
- Reduces odor by aerobic digestion.
- Reduces lethal gasses.
- Reduces death loss.
- Reduces veterinarian fees.
- Reduces and liquefy bottom solids.
- Reduces top crusting.
- Reduces agitation at time of pit draw-down.
- Reduce FOG.
- Achieves a uniform nutrient column of manure from top to bottom.
- Creates significant improvement in feed conversion and rate of gain.
- Improves neighbor relations.
- Maintain fertilizer value
DIRECTIONS
SEBS Swine Pit Treatment is used on a once a month treatment schedule based on the size of the barn and head count of pigs. As many producers either pump their pits twice per year or pull down the pit in the spring to allow enough head room until fall, this product keeps essential pit conditioning bacteria in balance and waste loose/liquidly all year long.
+/- 1,200 head barn* One 5 gallon bucket per month
+/- 2,400 head barn* Two 5 gallon buckets per month
+/- 4,800 head barn* Four 5 gallon buckets per month
*We do not recommend a +/- spread of 200 animals.
APPLICATION/MIXING INSTRUCTIONS
Mix one package of SEBS Activator per 5 gallon bucket and let set for 30 minutes before treating pits with the SEBS product. Mixing instructions are as noted on package.
The objective of SEBS Swine Pit Treatment is to have an equal amount of product put into each pump-out. It is not necessary to enter the building.
For best results, each 5 gallons of SEBS should be equally divided between four 5-gallon pails of water. Mix thoroughly with one pail applied per pump-out [as in a 1,200 head barn with four pump-outs]. When access is not available to outside application of the pit conditioner, simply mix the same as outside application and apply down the center of the barn in equally distance spaces.
IMPORTANT: All of the microbes must be in direct contact of the liquid manure, beneath any surface crust.
Best Time for Treatment
A window of 30 days from the time the pit is pumped – down to the time the pit must be treated. We do not recommend treating a pit with more than 2.5 feet of manure unless you shock the pit with additional SEBS in addition to the initial SEBS Swine Pit Treatment protocol.
Most dairy lagoons do not provide significant biological treatment or long storage periods, but smaller than aerobic lagoons. Even though aerobic lagoons are designed to provide a higher degree of treatment with less-odor, anaerobic lagoons decompose more organic matter per unit volume. Because of their treatment and storage capabilities anaerobic lagoons are a good compromise between storage basins and aerobic lagoons.
Customized all-in-one SEBS products provide all three treatment options required for faster results; aerobic activity for top suspended solids, increased dissolved oxygen to help with top solid degradation, and odor control. Aeration or circulation pump will be significantly speed initial and ongoing treatment. A facultative SEBS microbe provides degradation capability at mid-level organics, such as ammonia, phosphates, nitrates and other minerals.
Anaerobic SEBS treatment of waste occurs without free oxygen to liquefy or degrade high biochemical oxygen demand organic waste. It loosens compacted solids digested over 90% of organic matter with proper design and management; the anaerobic lagoon can function for years with a customized SEBS treatment.
The advantages of anaerobic lagoon systems are:
- Manure can be handled with water flushing/discharging systems, sewer lines, pumps, and irrigation equipment.
- High degree of stabilization reduces odors during land application.
- High nitrogen reduction minimizes the land area required for liquid effluent disposal.
STANDARD DOSAGE
Dairy Lagoon starting dosage:
For every 1 million gallons of capacity use 40 gallons of SEBS with 40 pounds of activator.
Monthly treatment can drop to 20 gallons of SEBS with 20 pounds of activator (per 1 million gallons of capacity)
CUSTOMIZED APPLICATION
Dosages can be tailored by the size of the lagoon, condition of the waste, affecting problems, and test results. Contact your EST Inc. representative for more details.
Designed to reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduces Odors (hydrogen sulfide).
- Non-Pathogenic.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of bacteria.
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATIONS
- Municipal waste processing plants and sewage systems.
- Septic tanks.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog Farm Lagoons and Ponds.
- Restaurants, School Cafeterias.
- Grease Traps.
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction in hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases municipal waste processing plants and sewage systems do not have wet wells but only setting tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallons to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
SEPTIC TANKS
A weekly treatment is all that is necessary for treating septic tanks. The application of the SEBS Liquid Live Micro–Organisms is very simple: flush down any toilet leading to the septic tank, 16 ounces for each 20‒25 cubic feet of capacity for the first week. For preventive maintenance thereafter, use 8 oz. each week for each 20‒25 cubic feet of capacity of each tank.
GREASE TRAPS
SEBS Liquid Live Microorganisms should be flushed down the nearest drain leading to the grease trap or applied directly to the trap. Use 16 oz of SEBS Liquid Live Microorganisms for each 20‒25 cubic feet of capacity every three days for the first week. Thereafter, for preventive maintenance, use 8 oz. twice a week for each grease trap.
HOG AND CATTLE FEED LOTS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
Designed to reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Liquify crust and floating solids
- Reduce Floating solids and organic residue by organic digestions.
- Increase holding capacity of Lift Station and digester.
- Contains aerobic and anaerobic strains of microorganisms.
- Reduce Fat, Oil & Grease (FOG)
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Septic tanks.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Restaurants, School Cafeterias.
- Grease Traps.
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
SEPTIC TANKS
A weekly treatment is all that is necessary for treating septic tanks. The application of the SEBS Liquid Live Micro–Organisms is quite simple: flush down any toilet leading to the septic tank, 16 ounces for each 20‒25 cubic feet of capacity for the first week. For preventive maintenance, thereafter, use 8 oz. each week for each 20‒25 cubic feet of capacity of each tank.
GREASE TRAPS
SEBS Liquid Live Microorganisms should be flushed down the nearest drain leading to the grease trap or applied directly to the trap. Use 16 oz of SEBS Liquid Live Microorganisms for each 20‒25 cubic feet of capacity every three days for the first week. Thereafter, for preventive maintenance, use 8 oz. twice a week for each grease trap.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
SURFACE SPRAY APPLICATION:
- Dilute one part SEBS AFS 680 with two parts water (1:2).
- Use SEBS Activator product for faster activation and degradation.
- Use plastic pump to spray apply directly on top of the water.
- Apply SEBS treatment every two to three weeks until visible floating solids are digested, and the area is cleared.
After treatment continue with SEBS maintenance program every two to three weeks at half dosage or as directed by your dealer.
IN WATER APPLICATION:
Ponds & Lagoons: Use 15–20 gallons of SEBS AFS 680 per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
Maintenance application:
Use 10–15 gallons of SEBS AFS per 1 million gallons per month for maintenance or as directed by your dealer.
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contamination.
RESTAURANTS WITH FREQUENT FRYING
Apply SEBS, via an automatic pump, into the grease trap. Apply 5 times per day: early morning, mid-morning, early afternoon, late afternoon, and late evening; use 10 fl oz per application.
Note: Use 10 fl oz for each application for the first 4 weeks.
After the first 4 weeks, use 5 fl oz for each application.
RESTAURANTS WITH MODERATE FRYING
Apply SEBS, via an automatic pump, into the grease trap 4 times per day, using 3–6 fl oz of SEBS for each application; each application should be 6 hours apart.
Note: Use 6 fl oz for each application for the first 4 weeks; after the first 4 weeks, use 4 fl oz for each application.
MAINTENANCE FOR ALL RESTAURANTS
Apply SEBS, via an automatic pump, into the grease trap 4 times per day, using 4 fl oz for each application. There should be 6 hours between each application.
GREASE TRAPS WITH HEAVY GREASE DEPOSITS & PIPE BLOCKAGES
Application: Directly to Grease Trap
Initial shock treatment: 1–5 gal preactivated SEBS Grease Trap
After 2 days add additional 1–3 gal preactivated SEBS Grease Trap
Wait additional 2 days add 1–2- gal preactivated SEBS Grease Trap
Thereafter add 2–4 quarts preactivated SEBS Grease Trap daily for 10 days
After 10 days add 1–2 quarts preactivated SEBS Grease Trap for daily treatment depending on the incoming flow per day.
FINAL NOTE
Restaurants using more grease during the weekends may need to increase the dosage of SEBS during that time. Ask your local Enviro Science Technologies Inc. representative for more information.
For commercial and oversized grease traps, contact EST or your distributor for customized application rates.
BENEFITS
- Grease degradation.
- Fats and oil digestion.
- Instant odor control.
- Reduces sludge solids and accumulation.
- Detergent degradation.
- Helps open blockages in pipes and supply lines.
SPECIAL INSTRUCTIONS
Grease traps older than 6 months should be cleaned and flushed prior to SEBS application.
Designed for Fat, Oil, & Grease, Sludge, and Odor Control. SEBS FSO 550 will also reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Liquify and reduce sludge volume.
- Liquify crust and floating solids
- Reduce Floating solids and organic residue by organic digestions.
- Increase holding capacity of Lift Station and digester.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of microorganisms.
- Reduce Ammonia, Nitrogen (TKN)
- Reduce Fat, Oil & Grease (FOG)
- Capable of lowering salt, chlorides, and minerals
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Ornamental Ponds and Lagoons.
- Wastewater containing Hydrocarbons.
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
For best results, apply to wet well; which is the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells and only have settling tanks; apply directly to the settling tanks for these types of systems.
Many problems often arise in other areas of waste treatment plants. For example, if a problem should exist in the digester or the trickling filter it is recommended that it be applied directly to that area.
AREAS OF APPLICATION
- Primary Clarifier.
- Secondary Clarifier.
- Digester.
- Trickling Filter.
- Sludge Beds.
- Wet Wells.
- Lagoons
General application rate: Use on a 3:1 ratio for the first days (3 gallons to each 3 million gallons of flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule. SEBS product can be customized to take specific waste matter in the water.
Specific application rates will vary depending upon cfu/ml of E-Coli and fecal coliform. Since every treatment plat condition is different, EST Inc. will check and retest the present conditions of the wastewater (influents and effluent) based on the lab test result EST Inc. will customize the group of specific SEBS microbes and treatment dosage.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
SURFACE SPRAY APPLICATION
- Dilute one part SEBS with two parts water (1:2).
- Use SEBS Activator product for faster activation and degradation.
- Use plastic pump to spray apply directly on top of the water.
- Apply SEBS treatment every two to three weeks until visible floating solids are digested, and the area is cleared.
After treatment continue with SEBS maintenance program every two to three weeks at half dosage or as directed by your dealer.
IN WATER APPLICATION
Ponds & Lagoons: Use 15–20 gallons of SEBS per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
Maintenance application:
Use 10–15 gallons of SEBS per 1 million gallons per month for maintenance or as directed by your dealer.
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contaminations.
SEBS AFS 630 is specifically designed for composting floating and decaying solids, and debris, commonly found in lakes, lagoons, ornamental ponds, domestic waste lagoons, feed lots with hog and dairy waste lagoons.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of Hydrogen Sulfide (H2S) formation and other harmful gases.
- Reduce sludge volume.
- Reduce Floating solids and organic residue by organic digestions.
- Contains aerobic and anaerobic strains of microorganisms.
- Reduce Ammonia, Nitrogen (TKN)
- Capable of digesting hydrocarbons
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
- Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Ornamental Ponds and Lagoons.
DIRECTIONS
Shake well before using.
PONDS & LARGE LAGOONS
SURFACE SPRAY APPLICATION:
- Dilute one part SEBS AFS 630 with two parts water (1:2).
- Use SEBS Activator product for faster activation and degradation.
- Use plastic pump to spray apply directly on top of the water.
- Apply SEBS treatment every two to three weeks until visible floating solids are digested, and the area is cleared.
MAINTENANCE APPLICATION:
- After treatment continue with SEBS maintenance program every two to three weeks at half dosage or as directed by your dealer.
IN WATER APPLICATION:
- Use 15–20 gallons of SEBS AFS 630 per 1 million gallons. Apply every 3–5 weeks.
- Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
MAINTENANCE APPLICATION
- Use 10–15 gallons of SEBS AFS 630 per 1 million gallons every 4–6 weeks for maintenance or as directed by your dealer. Dosage can be adjusted based on floating solids and clarity of the water.
- Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contamination.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, potential reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
SEBS AFS 661 – Biological Augmentation Treatment of specific microorganisms designed to biodegrade organic matter, dissolves floating organic solids, and recalcitrant molecules in lakes, river, lagoons, and ponds. Lowers the nutrient levels like phosphate, nitrate, and ammonia in the treatment area to clarify the water.
ADVANTAGES
- Non-Toxic.
- Reduces Odors (hydrogen sulfide).
- Non-Pathogenic.
- Reduces B.O.D. and C.O.D.
- Lowers nutrient levels.
- Contains aerobic and anaerobic strains of microbes.
- Helps increase dissolved O2 in water.
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
APPLICATIONS
- Municipal waste processing plants and sewage systems lagoons.
- Lagoons, lakes, and rivers
- Ornamental and fishing ponds
- Cattle Feed Lagoons and Ponds.
- Hog Farm Lagoons and Ponds.
- Waste Treatment lagoons.
DIRECTIONS
Shake well before using.
Spray Application: Dilute one gallon SEBS AFS 661 with one gallon water. Mixture should cover approximately 1000 sq ft.
Use plastic pump to spray apply directly on top floating organic matter.
Apply as needed or every two to three weeks until target changes color, when target floating organic matter is no longer visible or floating on top of the water. Once problem areas are taken care of maintenance can continue with SEBS AFS 661 with once a month application to keep the area clear from floating organic matter.
In-Water Application:
Ponds & Lagoons: Initially: Use 20–25 gallons of SEBS AFS 661 per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will speeds up this process.
For general recommended application: use 1–2 gallons of SEBS per 1000–1500 sq ft.
Maintenance application:
Use 10–15 gallons of SEBS AFS 661 per 1 million gallons per month to maintain treated areas.
Swimming and water recreation: Wait overnight or 24 hours after treatment of this product.
Do Not mix with any other chemicals or additives while applying this product.
Consult your dealer for specific application rates and frequency of treatment plans.
Designed will reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Increase holding capacity of Lift Station and digester.
- Non-Pathogenic.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of bacteria.
- Reduce Ammonia, Nitrogen and FOG
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants and sewage systems.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog Farm Lagoons and Ponds.
- Grease Traps
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction in hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only setting tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
GREASE TRAPS
SEBS Liquid Live Microorganisms should be flushed down the nearest drain leading to the grease trap or applied directly to the trap. Use 16 oz of SEBS Liquid Live Microorganisms for each 20‒25 cubic feet of capacity every three days for the first week. Thereafter, for preventive maintenance, use 8 oz. twice a week for each grease trap.
HOG AND CATTLE FEED LOTS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
SOURCES OF HYDROGEN SULFIDE (H2S): Hydrogen Sulfide (H2S) is created naturally by decaying organic matter and is released from sewage sludge, liquid manure, and sulfur hot springs. Designed to reduce hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Increase holding capacity of Lift Station and digester.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of microorganisms.
- Capable of digesting hydrocarbons
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants, sewage systems, domestic waste lagoons.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog & Dairy Farm Lagoons and Ponds.
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction of hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only settling tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
HOG, DAIRY, & CATTLE FEED LAGOONS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
IN WATER APPLICATION:
Ponds & Lagoons: Use 15–20 gallons of SEBS per 1 million gallons. Pour product directly into pond or lagoon. Careful to distribute over the entire area. Use of aeration will quicken this process.
Maintenance application:
Use 10–15 gallons of SEBS per 1 million gallons per month for maintenance or as directed by your dealer.
Note: Follow directions carefully. Always consult your dealer or supplier for timing, methods, and to customize applications, depending on contaminations.
Designed will reduce Ammonia, hydrogen sulfide, Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) in waste processing plants and sewage systems.
ADVANTAGES
- Non-Toxic.
- Reduce Odor by aerobic digestion.
- Reduce the potential of H2S formation and other harmful gases.
- Reduce sludge volume.
- Increase holding capacity of Lift Station and digester.
- Non-Pathogenic.
- Reduces B.O.D. and C.O.D.
- Contains aerobic and anaerobic strains of bacteria.
- Reduce Ammonia, Nitrogen and FOG
- 100% Live Micro Organisms.
- Lives off All Waste Matter.
- Liquid Form (Easy to use).
Note: This Product is not Enzyme or Spores.
APPLICATION
- Municipal waste processing plants and sewage systems.
- Food processing and industrial manufacturing plants.
- Cattle Feed Lagoons and Ponds.
- Hog Farm Lagoons and Ponds.
- Grease Traps.
- Waste Treatment Plants
DIRECTIONS
Shake well before using.
MUNICIPAL WASTE PROCESSING PLANTS AND SEWAGE SYSTEMS
SEBS Liquid Live Microorganisms, when applied to municipal waste processing plants and sewage systems, will reduce hydrogen sulfide, Biological Oxygen Demand (BOD), and Chemical Oxygen Demand (COD). After the application, noticeable reduction in hydrogen sulfide, BOD and COD will occur approximately 30‒90 days, dependent on flow of influent entering the plant. For best results, apply product to the wet well, the last point where the sewage is pumped for distribution (or the first point where it enters the plant). In some cases, municipal waste processing plants and sewage systems do not have wet wells but only setting tanks. SEBS Liquid Live Microorganisms should be applied directly to the setting tanks for these types of systems.
For other problem areas of waste treatment plants, SEBS Liquid Live Microorganisms be applied directly to the location, such as the digester or the trickling filter.
SEBS Liquid Live Microorganisms should be used on a 3 to 1 ratio for the first 3 days (3 gallon to each 1 million gallons for flow per day). After the 3rd day a ratio of 1 part per million should be used on a regular daily schedule.
FOOD PROCESSING AND INDUSTRIAL MANUFACTURING PLANTS
For processing plants and industrial manufacturing plants with ponds, lagoons and other retention areas, SEBS Liquid Live Microorganisms can be used for treating their waste. Initial application should be in a ratio of 3 parts per million for the first 7 days of treatment and thereafter 1 part per million.
GREASE TRAPS
SEBS Liquid Live Microorganisms should be flushed down the nearest drain leading to the grease trap or applied directly to the trap. Use 16 oz of SEBS Liquid Live Microorganisms for each 20‒25 cubic feet of capacity every three days for the first week. Thereafter, for preventive maintenance, use 8 oz. twice a week for each grease trap.
HOG AND CATTLE FEED LOTS
Compute the number of gallons of water in the lagoon or pond plus the number of gallons of water flowing into the pond daily. For the 1st through 3rd day, use 3 parts per million (3 gallons for each million gallons of water by volume). Each day thereafter, SEBS Liquid Live Microorganisms should be used on a 1 part per million basis computed on the daily flow of the influent entering the pond. This product is simply applied by shaking the gallon well and dumping it into the lagoon or pond.
PONDS AND LARGE LAGOONS
Use 1–2 gal of SEBS in 100,000 gal of water for regular maintenance. For more severe crusting, use 2–3 gal of SEBS in 100,000 gallons of water.
SEBS DI-NITRIFICATION PROCESS
Ammonia is a compound made up of nitrogen and hydrogen with the molecular formula NH3. At room temperature it’s a gas but because it can form hydrogen bonds, it dissolves extremely well in water.
Nitrogen appears in wastewater as ammonia, nitrite, nitrate, and organic nitrogen. Organic nitrogen decomposes to ammonia which in turn is assimilated in bacterial cells leading to net growth. On the other hand, it is also oxidized to nitrite and nitrate. In a second step, nitrate is converted to gaseous nitrogen and is removed from the wastewater. Denitrification is known to proceed as conversion of nitrates to nitrites and subsequent conversion of nitrites to nitric oxide, nitrous oxide, and nitrogen gas. Nitrifying organisms are present in almost all biological treatment processes, but usually their numbers are limited, depending on the mean cell residence time (because of the threshold effect) and on the BOD5/N ratio. In most conventional activated-sludge processes, with a BOD5/N ratio of 3, the fraction of nitrifying organisms is estimated to be considerably less than 0.083, while for BOD5/N ratio of 5– 9, the estimated percentage is between 0.054 and 0.029 (Metcalf and Eddy, 1991), balancing growth between nitrification and denitrification.
SEBS biologically oxidizes ammonia to nitrate and nitrite. During this nitrifying process, SEBS bacteria convert ammonia to harmless nitrogen gas (N2) and continue to break down hydrogen bonds and digest organic matter further lowering ammonia concentration in wastewater.
SEBS NITRIFYING FUNCTION
Nitrifying SEBS bacteria are called chemoautotrophic or chemolithotrophs depending on the genus of the bacteria that grow by consuming inorganic nitrogen compounds (Nitrosomonas, Nitrosococcus, Nitrobacter, Nitrococcus). Many species of SEBS nitrifying bacteria have complex internal membrane systems where key enzymes in the nitrification process are located: ammonia monooxygenase, which oxidizes ammonia to hydroxylamine, and nitrite oxidoreductase, which oxidizes nitrite to nitrate.
The specially formulated and cultured SEBS microbes actively compete for nutrients in the water. The bacteria used in SEBS bioaugmentation process are selected specifically for their ability to degrade organic material and nitrify ammonia and because of the high CFU counts (colony forming units) do so at an accelerated rate. If the ammonia levels are particularly high, then nitrifying bacteria should also be added to the pond.
These bacteria consume the nutrients in the water. The microbes ingest carbon, nitrogen, and phosphorous at a ratio of 100:10:4. In the presence of calcium carbonate and high pH, an insoluble phosphorous is created by the death of the microbes. This reduces the amount of bioavailable nutrients that are then available for the algae and pathogenic strains of bacteria, limiting the presence of pathogenic microorganisms. Thus, the pH is stabilized as ammonia concentration is reduced.
APPLICATION
Apply through flow pipe into the lagoon or pond. A mixing action or aeration will help speed up the process.
During winter months, if waste water lagoons and ponds are iced over, cut or brake open small opening and holes to help release trapped ammonia gas (N3) From below the ice cap.
During summer months, regular use of SEBS and aeration will help lower ammonia concentration to allowable discharge limits.
APPLICATION RATE
Ponds and Large Lagoons
Use a ratio of 1:100,000 gal of water for regular maintenance.
For more severe conditions, use a ratio of 2:100,000 gal of water.
SEBS DMC 5150 is designed to accelerate the process of breaking down (composting) organic material in dead poultry such as flesh, blood, and skin tissue. It then converts the material to active, carbon-based organic compost.
SEBS ACCELERATED COMPOSTING TECHNOLOGY
SEBS DMC 5150 contains specially-selected strains of various enzyme-producing bacterial groups which are fused with nanotechnology to aid the decomposition process. SEBS DMC 5150 is a highly concentrated microbial solution containing 1 billion viable microorganisms per milliliter. Each strain is microencapsulated resulting in a 100% active culture.
PRINCIPAL OF COMPOSTING WITH SEBS BIO CULTURE
Composting is a controlled biological decomposition process that converts organic matter to a stable, humic-like product. This process depends upon specially engineered SEBS microorganisms which utilize decomposable organic waste both as an energy and food source. The composting process converts a material with potential odor and other nuisance problems into a stabilized odor free compost product. In addition, the volume and weight of the composted product is less than that of the original raw waste because composting converts much of the carbonaceous material to gaseous carbon dioxide. Heat generated during the compost process lowers the foul odor which present in the raw waste and helps to drive off moisture. In turn, because of the reduced volume and weight, hauling and spreading costs are less than that required for the raw wastes. SEBS DMC 5150 accelerates the “controlled” nature of composting distinguishing it from other natural processes such as rotting and putrefaction.
Chemical and physical properties of the raw waste (dead matter) affect the rate of composting. Particle size and surface area of the waste material influence the type of microorganisms involved and the degree of biological activity in the composting process. For this reason, smaller carcasses, or those which have been slit or ground, usually compost more easily than large, whole carcasses.
Moisture content will determine whether the process will be “anaerobic” (without oxygen) or “aerobic” (with oxygen). For dead bird disposal, aerobic systems are preferred because they are faster and produce fewer odors and other objectionable features. Ideal moisture content for aerobic composting is about 60%. At 70% moisture content, the process begins to go anaerobic. Moisture content of 50% or below will slow down the composting process. High moisture level can be controlled when working with a wet waste by using extra straw, litter, or another bulking agent. Low moisture content is increased by sprinkling the pile with a measured amount of water.
CYCLE OF DECOMPOSITION WITH SEBS DMC 5150
The carbon-to-nitrogen ratio (C:N) also affects the rate of biological activity. Carbon-to-nitrogen ratios of 15:1 to 35:1 are acceptable. If the C:N ratio is less than 25:1, organisms cannot utilize all available nitrogen which is then lost as ammonia. This results in unpleasant odor, possible air pollution, and loss of potential fertilizer value. When the C:N ratio exceeds 30:1, the rate of composting decreases. Optional Inorganic nitrogen such as urea or ammonium nitrate can be mixed with the carbonaceous material to lower the C:N ratio to 30:1, or below.
Temperature is a good indicator of biological activity in the compost pile and is easily measured. Moisture content, oxygen availability, and microbial activity all influence temperature. Two or three days after waste is mixed and placed in piles; thermophilic microbes should begin to dominate. These SEBS DMC 5150 organisms prefer a temperature of 95°F‒150°F. As conditions in the pile change, for example, due to an unfavorable moisture content, change in the C:N ratio, or decreasing oxygen supply, the temperature may drop, and the SEBS DMC 5150 microbial population will shift back to a regime of lower temperature microbes.
As long as the pile temperature is increasing, it is functioning well and should be left alone. As the temperature peaks and then begins to decrease, the pile should be turned to incorporate oxygen into the compost. After turning, the pile should respond to mixing and incorporation of oxygen, and temperature should again cycle upwards. Ideally, the turning process should be continued until the reheating response does not occur again, indicating that the compost material is biologically stable.
SEBS DMC 5150 also contains soil-essential microbes that stimulate naturally-occurring bacteria within compost piles, helping them to reach their optimum working capacity more quickly. SEBS DMC 5150 compost various proteins from dead flesh and converts into a CO2 and carbon base harmless byproduct. This product also contains natural moisture retaining technology to prevent dehydration. As a result, the metabolic transformation of waste into compost can be reduced to as little as in four to six weeks depending upon temperature and moisture. This is designed to use after dead bird pieces have pass through grinding process. Smaller pieces of dead poultry carcasses will accelerate the composting process. Covering treated pile with Hay or plastic film cover will also help accelerate composting process by locking in moisture and heat.
BENEFITS
- Accelerates the composting process.
- Contains all-natural bio enzyme cultures.
- 100% biodegradable, environmentally safe, and VOC compliant.
- Eliminates unpleasant odors and gases through biological ion-exchange process.
- Increases essential biological activity in compost pile.
- Increases nitrogen and CO2 levels in compost pile through natural processes.
- Designed to use for all types of poultry and other animal carcasses.
- Easy-to-use, water-soluble formula.
- Reduces, odors, and dangerous gases.
- Composts organic matter safely and effectively.
FEATURES
- Reduces odors by aerobic digestions
- Reduces ammonia and other foul odors
- Reduces organic solid residue
FACILITY DESIGN AND PROCESSES WHILE USING SEBS DMC 5150
Good facility design, construction and containment, and strict adherence to a two-stage operation are essential to control pathogenic organisms and nuisance insects. By keeping all material within the confined parameters or bins, will maximize the composting effect of SEBS DMC 5150 and composting temperature will accelerate the process. However, the effective temperatures are not usually achieved around the edges of primary bins. Careless loading of carcasses against bin sidewalls generally will result in putrefaction and poor composting. To prevent these problems, do not place carcasses closer than 6 inches to sidewalls or the top surface to allow composting temperatures to be effective.
POSITIVE EFFECT AND A USEFUL PRODUCT
Composting with SEBS DMC 5150 offers a convenient and environmentally-acceptable method of average poultry flock disposal resulting from mortality. Careful attention to daily management will assure all carcass tissue is exposed to the essential composting processes of heat, time, and proper application of SEBS DMC 5150. With this process complications are minimal, and ground or surface water contamination is removed as a direct result of composting. The composting process stabilizes ingredients into a useful organic matter that will not attract flies, rodents, or dogs.
APPLICATION
Dead poultry carcasses must be gathered in a confined area. (If possible, process through a shredder making smaller pieces.)
- Make a small pile of prepared carcasses, around 30‒40 ft radius.
- Pile must be contained in a controlled structure or confined space, for proper treatment application.
- Pile must be turned periodically every two to three days for accelerated composting.
- Dilute 5 gal SEBS DMC 5150 with 10–20 gal of water.
- Spray the entire pile until it becomes completely saturated.
- Spray-apply every week for 3‒6 weeks until pile turns into black compost.
- Apply additional SEBS on as needed based depending on the size of the pile and the density. Additional applications can be made as needed.
- If possible, cover the pile with hay to retain heat during composting.
- Allow 1‒2 weeks additional time for composting whole carcasses.
Note: Follow directions carefully. Consult your dealer or supplier for timing and proper dilution and dosage methods of applications.
STORAGE AND HANDLING
Store at room temperature and keep from freezing. Do not mix this product with any other farm chemicals or fertilizers.