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Microbial Synergism Technology

Microbial Synergism Technology
By adding specific beneficial microorganisms (targeted composite microorganisms) to the biological system, the cost is reduced, the processing capacity is improved, and the processing effect is enhanced.

MST Advantage

Sustainable bio-efficiency technologies

Traditional wastewater biological treatment technologies

Comparison of technological developments

is a new technology and system focusing on dominant microbial selection, culture and dosing. promote and complement traditional biological treatment technologies. Now, the application of this technology is gradually increasing.

The development of processing technology and technology has been quite mature, equipment has been standardized, has formed a complete system and scale.

Comparison of microbial species

Continuous addition of a specific pollutant or a specific waste water has a higher removal efficiency of the dominant species.

The general inoculation sludge is the unacclimated municipal seed sludge.

Comparison of treatment effects

Continuous addition and degradation of a variety of specific compounds of high-efficiency dominant species, improve the system pollutant removal capacity, improve the water quality of treatment.

The traditional treatment process will maintain constant water quality after reaching stable operation.

Comparison of system start-up periods

the start-up period was shortened to 2-3 weeks by continuous and large dosing of highly efficient dominant strains and active enzymes.

The new wastewater treatment facility has a long start-up period, and it usually takes 1-3 months for culture and domestication.

Comparison of system stability

Through the continuous biological efficiency, the system can keep the operation stability and improve the system impact resistance.

The traditional treatment process will lead to the fluctuation and instability of the system operation when it encounters toxic or high concentration wastewater impact.

Comparison of rapid recovery capacity

The recovery capacity of the system is increased by approximately 20-50 per cent through sustained biological efficiency gains.

the impact recovery time of the traditional treatment process takes about 2 weeks.

Comparison of cost savings

Sustained biological efficiency increases total pollutant abatement and reduces subsequent advanced treatment costs.

The advanced treatment cost of traditional treatment process is on the high side.

The biological system is composed of thousands of bacteria, fungi, protozoa, metazoans, algae, etc. The system chooses to domesticate and cultivate the indigenous microorganisms with the main dominant group. Indigenous microorganisms in the system cannot adapt to changes in environmental conditions due to changes in water volume, concentration load, pollution factors, or climate. By adding inoculated high-efficiency microorganisms, the MicroBoost® series of high-efficiency microorganisms contain unsurpassed survival advantages of ordinary indigenous microorganisms, so as to quickly respond to the impact of the system and achieve the cure of ammonia nitrogen and COD in the short term.