Microorganism Salt Tolerant Bacteria

Product Efficacy:

1. Repair system damage caused by sudden high salt and high temperature shocks
2. Strengthen the removal efficiency of organic pollutants in the biochemical system to ensure that the effluent of BOD, COD and TSS in the high-salinity wastewater environment meets the standards
3. When the influent load fluctuates greatly, it can strengthen the sedimentation performance of the sludge and prevent the sludge from floating.
4. Improve the biological activity and biomass in the system, and stabilize the operating environment of the system

Product Feature:

1. It is suitable for use in the biochemical system of high-salinity sewage treatment plants, and has a good removal effect.
2. When subjected to osmotic stress in a high-salt environment, it regulates the balance of osmotic pressure inside and outside cells by metabolizing and accumulating compatible solutes, such as glutamic acid, proline, soluble sugars, betaine, etc., to prevent cell dehydration and damage.
3. It also has the ability to degrade aromatic hydrocarbons in a high-salt environment.
4. It can speed up the start-up of the anaerobic reactor and effectively improve the removal effect of TOC (total organic carbon) by the biochemical system.
5. It can quickly adapt to harsh pollution environments such as high salinity and high temperature, and can effectively degrade petroleum compounds, phenol, polycyclic aromatic hydrocarbons, etc.

Solvable Problem:
1. The system has high salinity and weak microbial metabolic activity
2. The pollutants cannot be degraded, and the effluent does not meet the standard
3. The system is unstable and has poor impact resistance.