COD Degrading Sewage Treatment Bacteria

Product Efficacy:

1. Capable of efficiently degrading COD under anaerobic, anoxic and aerobic conditions
2. Strong resistance to stress, in high-strength industrial sewage, the flora can still play an efficient role
3. Improve the removal rate of COD of refractory pollutants
4. Has a certain sludge reduction effect, which can reduce sludge production by 5-10%
5. Improve the microbial flora of activated sludge, improve the system processing load and impact resistance

Product Features:
1. Unique enzyme treatment technology, widely used: COD degrading bacteria agent is configured by using American engineering strains through aseptic fermentation spray drying process and unique enzyme treatment technology. The best option for repairs.
2. Decomposition of organic matter, impact resistance, low temperature resistance: Improve the ability to remove organic matter in water, especially for various components that are not easy to decompose; has a strong ability to resist shock loads and toxic substances;
3. It has a strong ability to tolerate low temperature and can start quickly in low temperature seasons.
It is a good choice for sewage treatment projects, landscape water treatment, river and lake ecological restoration. Improve the removal ability of organic matter in water, especially for various components that are not easy to decompose, without secondary pollution

Use parameters
Tests have shown that the following physical and chemical parameters are most effective for bacterial growth:

*pH: The range is between 5.5 and 9.5, and the fastest growth is between 6.6-7.8.

*Temperature: Effective between 8°C ~ 60°C. Temperatures above 60°C will lead to the death of bacteria: below 8°C, bacteria will not die, but their cell growth will be greatly restricted. The most suitable temperature is 26-32°C.

* Dissolved oxygen: In the sewage treatment aeration tank, the dissolved oxygen content is at least 2 mg/L; the bacteria family with high adaptability will accelerate the metabolism and degradation of target substances by 5~7 times in sufficient oxygen

*Trace elements: Proprietary bacteria will need many elements in their growth, such as potassium, iron, calcium sulfur, magnesium, etc., and usually the soil and water sources will contain sufficient amounts of the above elements.

*Salinity: Applicable in both seawater and freshwater, up to 6% salinity.

*Anti-toxicity: Can effectively resist chemical toxic substances, including chlorides, oxides and heavy metals, etc.

NOTE: When contaminated areas contain biocides, their effect on microorganisms should be pre-studied.