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Bio Culture to Improve Biomass development

Bio Culture to Improve Biomass development Biomass development is vital for the functioning of effluent treatment plant. Biomass development depends heavily on the presence of appropriate nutrients. Carbon, nitrogen and phosphorus are crucial elements governing microbial growth. These nutrients, when present in appropriate quantities, facilitate maximum growth.

Lining in Water Pond

  • Direct biomass addition – as cowdung
  • Carbon source – Jaggery
  • Nitrogen source – Urea
  • Phosphorous source – Diammonium Phosphate (DAP)
Problems associated with conventional methods
  • 01

    Under-anoxic conditions, ammonia formation takes place.

  • 02

    Un-utilized urea-DAP when discharged along with treated effluent,causes a serious threat to environment

  • 03

    Unknown set of microbes introduced in system as Cowdung

  • 04

    Changing the way of Nutrient supply, tailor-made for your needs!

Advantages of Bio Culture

Bio culture refers to the cultivation of microorganisms for various purposes, ranging from agricultural to industrial applications. Here's a brief overview of some of its advantages:

Eco-friendly product
Dosage requirement is approx. 1/4th as that of Urea-DAP
Unaffected by atmospheric parameters like moisture
Superior quality product
Enhance MLSS development
Improves BOD and COD reduction
Longer shelf life (2 years)
The product is available in gel form. This facilitates easy transportation and storage of the product
Packaging saves on the cost of transport
Contains elemental compounds to stimulate microbial growth
Easily available
Completely soluble in water

Effect on Growth of Microbes

Urea-DAP 3 ppm

Bio Culture Dosages (1PPM)

Methodology of Bio Culture

Absorption

Dissolved organic matter transported into the cell for use as food source

Adsorption

Colloidal matter attach to bacteria and are chemically broken down into smaller particles for absorption by the secreted bacterial enzymes

Conversion

Metabolism of the transported food inside the bacterial cell and further cell growth

Application for Bio Culture Utilization

  • Suspended Growth Process
  • Activated Sludge Process (ASP)
  • Sequencing Batch Reactor (SBR)
  • Extended Aeration
  • Lagoon Process
  • Anaerobic Process
  • Moving Bed Bioreactor (MBBR)
  • Membrane Bioreactor (MBR)
  • Fluidized Air Bed Reactor (FAB)

Advantages

Bio culture represents a promising approach towards sustainable development, offering solutions to environmental challenges while supporting agricultural productivity and industrial innovation.

  • High Biological Growth
  • Organic breakdown (COD / BOD reduction)
  • Nitrification & De-Nitrification (Lowering Ammonium )
  • MLSS Development within a month
  • Maximum odour reduction in Ammoniacal Nitrogen
  • Maximum sludge reduction
  • Energy efficient operation
  • Effective colour reduction
  • Nitrogen and Phosphorous reduction
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