IMET technology is designed to be dropped into existing infrastructure to provide enhanced pre-treatment or treatment.  

 

Grease Interceptors

- Significantly reduced pump out frequency

- Significantly reduced odor issues

- Downstream line seeding

- Unplug downstream lines of FOG buildup

- Significantly reduced water jetting frequency

 

Pumps Stations

- Significantly reduced pump out frequency

- Significantly reduced odor issues

- Downstream line seeding

- Significantly reduced water jetting frequency

- Significantly reduced pump maintenance costs

- Unplug downstream lines of FOG buildup

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Existing Wastewater Treatment Systems

- Increase system efficiency

- Decrease energy consumption

- Increase capacity

- Minimal bio-sloudge production

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IMET® modular wastewater treatment technology enables recovery and reuse of treated wastewater by achieving high levels of treatment (achieving reductions in Chemical Oxygen Demand (COD), Total Nitrogen (TN) and Phosphorus (P) exceeding the requirements) in significantly low hydraulic retention times. One of the major advantages of IMET® technology is that bio-sludge production from IMET® technology is significantly minimal when compared to traditional activated sludge systems.

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Due to its unique design, the IMET® process also requires significantly less air to achieve high level of treatment of wastewater when compared to current technologies/systems employed in municipal, residential, commercial and industrial wastewater treatment applications. These unique attributes of the IMET® system result in 50% or more energy savings for the treatment of wastewaters to achieve levels that enable water to be readily reused in a variety of applications such as irrigation, washing, process, etc., without causing any health concerns.

 

IMET® technology 

 

- Significant reduction in BOD/COD loading 

- Substantial overall energy savings

- Significant increase in quality of effluent

- Re-use treated water for irrigational, recreational and washing purposes

- Reduction in wastewater residence time at treatment plant

- Reduction in required maintenance due to Fats, Oils, and Grease

- Reduction or elimination of need for constructing additional capacity

- Significant reduction in odor.

 

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