GETSBR

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GRAM Introduce the most advance sewage treatment unit adopted with SBR technology, which consumes very low power when compare to other water treatment technologies The largest fraction of contaminants in wastewater consists of organic pollutants.

Since water is a polar compound, it is an ideal solvent for many organic pollutants that are associated to our food chain, such as oils, sugars, proteins, ionized compounds, alcohols, etc.

 In addition to the dissolved compounds, the used water carries a lot of suspended matter. It is more than 99% water and is characterized by volume or rate of flow, physical condition, chemical and toxic constituents, and its bacteriologic status (which organisms it contains and in what proportions). This facility consists of wastewater generated from sinks, washing areas and toilet waste.

GETSBR Process 

The activated sludge process or biological stage of this STP/ WWTP is designed as “sequenced batch reactor “(SBR) and represents one of the most modern treatment concepts being used for sewage treatment plants. The main functionality of the biological stage can be described as: The cleaning/ treatment process takes place in one or more SBR reactors, depending on the plant design. Each SBR reactor operates according to the activated sludge process, but with an improved operation-concept, which uses the reactor as an aeration tank as well as a clarification system. In a SBR process, an extensive removal of dissolved organic substances can be achieved by nitrification and denitrification and optionally phosphorous removal. The special characteristic of the SBR process is that in a single treatment process phases of an activated sludge plant (aerobic, anoxic and anaerobic, mixture as well as sedimentation) is performed in a time controlled manner in one tank. 

The treatment by GETSBR process when compared to traditional continuous flow process has a number of economic and technical advantages:

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    Reliable and consistent treatment performance even with fluctuating hydraulic and organic load 

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     Significantly low footprint compared with conventional wastewater treatment plants with lower costs for civil works

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    Technically advanced, widely used, and reliable method 

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    Highly economical operation due to process automation 

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    Not dependent of technically qualified operator

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     Modular design configuration of the plant accommodates any low load conditions

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    Minimum number of tank construction and lesser partition of tanks 

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    Excellent treatment performances due to Nitrification, Denitrification, Phosphate 

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    Elimination and Disinfection depending on the requirements 

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    High operation safety arises from closed chambers, high quality equipment and reliable design 

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    Easy operation and maintenance