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The DTG MABS
來源：拜爾生物 發(fā)布時(shí)間：2022年04月25日
Patented MABS Wastewater Technology
?Selects contaminant specific species of naturally occurring bacteria, delivers to polluted areas and removes pollutants in areas of prevalence.
?Mineralizes contaminants without creating biological solids.
?Provides for permanent immobilization of bacteria in patented porous media, grows the populations on site, in direct contact with the contaminants for treatment.
?Provides guaranteed contact between treatment and contaminants.
The MABS is versatile for use in wide ranging applications.
?Microbial technology for waste treatment municipal and industrial
?Soils and Groundwater remediation in situ
?Manufacture of bio products in a wide array of capabilities
?Municipal Wastewater
?Industrial Wastewater
?Frack Water in Oil and Gas exploration and drilling
?Production of organisms for various applications
| Why use the DTG MABS? |
?It is simple
?Simple to operate
?Can operate remotely – monitor, adjust
?Minimal labor require to operate
?Typically fills a smaller footprint vs conventional system
?Cost effective
?Typically lower initial upfront cost
?Potential savings/benefits
?Reduced Power Consumption
?Reduced/Lower Labor Costs
?Reduced Chemical Usage
?Smaller footprint – space savings
?Low or NO sludge disposal cost
?Lower Maintenance costs – fewer moving parts
?Other benefits
?Low or NO odor
?Robust design – quick recovery from toxic events
?Pass along beneficial organisms to municipal system through discharge ? Modular design
?Easy to expand to handle additional volume
?Flexible design
?Simple to adjust for treatment of new materials
?Potentially shorter implementation time vs traditional system
DTG vs Conventional Activated Sludge Plants
1.NO sludge digestion, stabilization or dewatering
2.NO separate equalization basin
3.NO clarifier needed to separate the MLSS
4.NO biological sludge is produced by the MABS that would require handling or disposal
5.CAN operate in areas of intermittent power supply
6.CAN treat wastewater typically toxic to activated sludge systems
7.CAN treat wastewater containing high concentrations of inorganic dissolved solids such as salt (can work under 8.5% salinity) ; handling concentrations ranging from 2,500 to 60,000 mg/l
8.Toxic events ARE NOT an issue with an MABS
9.MIMINAL or NO ODOR
10.TRANSFER of oxygen is significantly more efficient
11.Dramatically LOWER operating costs
12.REQUIRES less time for operators
DTG MABS vs Membrane Biological Reactors (MBR)
1.The MABS produces NOMEASURABLE biological waste for handling or disposal.
2.The aeration basin is used as both treatment and equalization basin
3.Allows use of several types of membrane filters
1.Immersed
2.Stand alone
4.Reduces treatment time for hard to degrade organic compounds by providing 100% engineered contact between the contaminant and the immobilized microbes in the MABS
5.Can treat wastewater toxic to the activated sludge process
6.Minimal to no odor
MABS Superior Technology
DTG vs. Other Biological Technology
DTG Technology optimizes a naturally occurring microbial population’s ability
to degrade organic contamination by supplying essential reactants and minimizing stress.
Speciation: An application specific consortium of naturally occurring bacteria and fungi, not a generic pre-packaged mix.
Acclimation:Microbes acclimated to the material being treated more effectively utilizes the waste as a food source, thus improving the degrading process.
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