It is a product consisting of selected beneficial microorganisms. It can be applied to degrade different types of organic matters which is the primary source of odor. These organic matters mainly exist in the domestic wastes, animal waste, septage wastes, leachate from solid wastes, oil and grease from commercial restaurants and industrial wastes. With the proper application and consistent monitoring, it can easily degrade these organic matters. The product is very much suitable and tested in the field of industrial, urban, and agricultural garbage applications.
GOMI can also help in the bioremediation of the pollution of petroleum, its derivatives and other hydrocarbons, including: circulating water and oil pollution, leakage of crude oil in open or closed waters, and hydrocarbon pollution of soil, ground and groundwater. In the bioremediation system, organic matter such as diesel, gasoline, machine oil, and lubricating oil is converted into non-toxic carbon dioxide and water and helps repair soil quality.
Use on treatment of petroleum oil spills with the highly effective blend of natural bacteria in this product can synergistically be applied on phenolic compounds, hydraulic oils, mineral oils, both volatile and heavy aliphatic, aromatic compounds, mineral oils, hydraulic oils, bromated hydrocarbons and chlorinated hydrocarbons. It is ideal to treat oil/water separators and other homogeneous liquid that is completely biodegradable.
Ingredients
It is a biological active material, containing a large amount of bacteria composed of aerobic and anaerobic enzymes. The bacteria and other active ingredients in the mixture can generate high-quality amylase, protease, lipase, cellulose, including Bacillus, Pseudomonas, Saccharomyces and Enzyme to ensure that the organic matters causing malodor and pollution is completely eradicated.
Applications
Elimination of Bad Odor, Deodorization and inhibiting the generation of harmful microorganisms such as other pathogens in Solid Waste Landfills, Poultry and Piggery farms.
Treatment of leachate generated in the process of garbage decomposition and reduce the concentration of BOD, COD, ammonia, phosphate, nitrite and surfactant.
Treatment of waste water with oil contaminations.
Special Characteristics
- Contains a large number of microorganisms for degrading target pollutants and sources of malodor.
- Can survive in pollutants independently and utilizes toxic substances as the sole carbon source when other nutrients reach the minimum.
- Independently reproduces and metabolizes pollutants in the compound environment under which it was applied.
Advantages
- Reduce the unpleasant odor during the process of garbage disposal and inhibit the formation of harmful microorganisms.
- Degrades hydrocarbons such as petroleum and its derivatives.
- Repair oil-contaminated water bodies, soil, ground, and mechanical surfaces.
- Degradation of gasoline organic matter (GRO), diesel organic matter (DRO).
- Strengthen the biodegradation of solvents, coatings, surfactants, pharmaceuticals, lubricants, etc.
- Resist toxic substances (including the influx of hydrocarbons and increased concentrations of heavy metals).
- Eliminates sludge, does not produce hydrogen sulfide, and can reduce toxic odors.
- Reduce the amount and size of organic garbage and extend the serviceable life of the landfill.
- Reduce the BOD, COD content of landfill leachate and alleviate subsequent disposal load.
- Unique bacterial formula + biological reinforcing agents + micronutrients.
- Improve the removal rate of organic matters in garbage.
- Reduce mosquitoes and flies in the garbage dump.
- Reduce the use of chemicals to lower processing costs.
First Aid Measures
- Inhalation: Remove from exposure. If irritation or allergic response develops, consult a doctor.
- Skin Contact: Wash skin with plenty of cold water.
- Eye Contact: Flush eyes with cold water for at least 20 minutes. Obtain medical advice if irritation occurs.
- Ingestion: Rinse mouth thoroughly with water and drink water afterwards. Consult a doctor.