Dinodornox® Liquid
Dinodornox® Liquid is a 100 % natural biological control of sludge and odors associated with livestock waste treatment. It is a mixture of specially select microbial strains, a combination of naturally occurring micro-organisms that will not harm humans, livestock or the surrounding ecosystems.
Other characteristics
- Brand
- Dinodornox
- PACKAGING
- 20 liter Plastic Pail
- 210 liter Plastic Drum
- Regulations
DINODORNOX LIQUID is produced by procedures that adhere to Good Manufacturing Practices, (GMP). All formulations are made by following strict Standard Operating Procedures (SOP), including complete Quality Control (QC) testing of raw ingredients, the finished product, and sample retention. DINODORNOX LIQUID is a 100 % natural biological Control of Sludge and Odors associated With Livestock Waste Treatment.
- Applications
Initial Treatment Normal ponds use a 1:30,000 dilution ratio. (33.3 PPM) Heavily contaminated ponds use a 1:20,000 ratio (50 PPM) Stir prior to use. Initial treatment, spray evenly over the entire water surface. Maintenance treatments can be poured into the inflow line to the lagoon or metered in using a pump. Optimum treatment conditions are water pH of 6 to 9, water temperature above 50°F, and a Total Dissolved Oxygen concentration greater than 4 ppm. Aeration of the lagoon will increase the effectiveness of the treatment but is not mandatory.; Initial Treatment - Dilute 1 liter of DNODORNOX LIQUID™ with at least 500 liters of de-chlorinated water. Spray on floors, poultry litter and walls to cover an area of 1000m*. Apply twice weekly for the first two weeks.; Maintenance Treatment - Dilute 1 liter of DINODORNOX LIQUID™ with at least 500 liters of water. Spray on floors & walls to cover an area of 2000m?. Apply twice per week.; Caged Layer Farms - Dilute DINODORNOX LIQUID™ with water and spray on cage bottoms every 3 days or once a week using the following dilution table.; Quantity of Water; DINODORNOX LIQUID™ May be applied to lagoons used to raise fish and shrimp. It will reduce the levels of ammonia and nitrite in the water as well as the organic sludge build-up resulting from over-feeding and fish and shrimp waste. Regular applications of DINODORNOX LIQUID™ during the rowing cycle will allow the lagoon to support larger, more obust and healthier populations of fish and shrimp.; Start at 20% water turnover rate and monitor. Maintain oxygen levels at 5 ppm minimum. Effective pond pH range is 5 - 7.5.
- Function
Dinodornox liquidt metabolizes the ammonia present in the waste on contact, eliminating the odors from the pens, channels and ponds.; DINATEC, Inc. has created DINODORNOX LIQUIDTM to solve these roblems. Improve bio-filter performance.; DINODORNOX LIQUID TM is environmentally friendly and since it eliminates ammonia and liguefies sludge, accidental releases from collection ponds will not harm surrounding surface water. Liquid from the collection ponds can be sprayed on soils, enriching them similar to an application of compost.
- HIGHLIGHTS
Regular application of DINODORNOX LIQUIDTM to the troughs below animal pens reduces sludge accumulation, preventing channel blocking and reducing the quantity of water used to flush the wastes to the collection ponds. Periodically adding DINODORNOX LIQUIDTM to the collection ponds completely breaks the sludge in them to liquids, making them easier to pump-out. Spraying DINODORNOX LIQUID on top of the litter on poultry houses ower ammonia levels in a significant manner and therefore improve health due to decreased respiratory related problems.
- Storage Directions
Store in a cool dry environment. Do not allow to freeze. Keep away from direct exposure to sunlight.
- Ammonia (NH4) Emissions Test Results
Starting 10-days after hatching 3 houses were treated with Dinodornox Liquid, 2 were not. Ammonia, (NH4) masurements were taken at 20, 35-days and in the empty houses.. Houses W/O Dinodornox
- Is More Effective and Environmentally Friendly
To improve the effectiveness of your biological treatment, steps are taken to enhance and improve the performance of various microbial constituents in our formula. Bacteria are isolated from soils and water, then elevated in the laboratory to identify respective abilities to degrade specific chemical structures. The cultures are tested for their response to environmental variables and further analyzed to select the genetically superior examples of each desirable strain. Once differentiated, the microbes reproduce, and are combined into formulations which will further maximize the efficiency of the biological treatment. Our products are typically made of a number of species which have been specifically cultured. These organisms work together, each strain possessing the enzyme system necessary to degrade certain components of a targeted waste, yielding intermediate breakdown products that can be further degraded by other species formulated in the blend. These organisms can also out compete pathogenic bacteria.
