• In Bangalore it is now mandatory for all complexes with 20 or more flats to set up STP within 3 months
  • Big Relief to Bangalore Apartment Owners- MoEF dilutes Discharge standards on 13-10-2017 to make it easy for STP owners
  • Micro STPs for 20 to 30 Apartments- Faster delivery- Prices start at 5.0 lakhs
  • BBMP issues guidelines on setting up STP in apartments in Bangalore. Details in this website
  • Indus launches 'Zero Discharge Sewage Treatment Plants' & Instant Sewage Treatment Plants 'e-STP'
  • Effluent Treatment Plants for Restaurant, Car Wash & Diary Industry
  • We have launched 'Zero Discharge Sewage Treatment Plant' for 100% recycle of Sewage
  • Channel Associates wanted in All State Capitals

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Home -  Features & Benefits

    Features & Benefits

    • Smallest Footprint – saves on expensive space.

    • Lowest operating cost- Due to higher oxygen transfers, the total air requirement is lesser

    • Modular Expansion - The MBBR system allows gradual, multi-step, plant expansion, by gradual addition of biomass carriers.

    • More Stable Process - Toxic upsets and hydraulic 'wash out' events never affect the entire microbial population in the bio-film, thus process   recovery is fast and smooth.

    • Intensive Nitrification - The MBBR system enables quantitative nitrification even at a low sludge age of the activated sludge, by holding a       separate population on the biomass carriers.

    • Low Temperature Nitrification - A biofilm rich with autotrophs allows stable nitrification even at low temperatures.

    • Better Sludge Quality - Nitrification in the MBBR system occurs at low suspended-sludge age, resulting in better sludge settling properties.

    Benefits

    • Higher oxygen transfer; reduced operating cost due to smaller blower

    • Reduced maintenance; elimination of plugging; reduced cost

    • Allows for expansion / upgrade without additional increasing tank volume

    • Nitrogen removal without increased hydraulic retention time

    • Shock proof system: Fixed-film biomass is attached to carriers designed to remain in the aeration basin even under hydraulic upset               conditions; due to biofilm layers on the media, toxic upsets typically do not affect all active biomass and recovery is much quicker than with   suspended growth systems.