OUR COMPLETE PRODUCT RANGE

a) Customized microbial consortia for industrial wastewater treatment and recovery


b) Enzymes for environmental remediation


c) Bioflocculants for turbidity removal


d) Microbial consortia for cyanides, sulfides, mercaptans, and other toxins


e) Microbial consortia for removal of heavy metals such as chromium in effluents


f) Enzymes and microbes for solid waste management


g) Solutions for recovery of valuable fertilizers and other agrochemicals from industrial wastes


h) Solutions for fluoride removal from water


i) Advanced oxidation technology, including electro-oxidation, Fenton oxidation, and our proprietary biooxidation (hydroxyl radical) technology for oil and recalcitrant organics degradation

TREATABLE POLLUTANTS BY ADVANCED OXIDATION TECHNOLOGY (AOT)

  • Antibiotics
  • Pesticides
  • Fluorides
  • Heavy metals: lead, arsenic, cadmium, etc.
  • Petrochemicals
  • Phenolics
  • Lignocelluloses
  • Chlorines
  • Microbial contaminants
  • Colors, turbidity, and eutrophication
  • Toxic algal blooms

THE COMPLETE WORKING PRINCIPLE OF ECOBUD AND ITS IMMENSE ADVANTAGES

  • The STP shall be compact, have minimal moving parts, consume very low power, and be odor-free.
  • The first stage of treatment provides for the recovery of biogas while removing over 30-40% of the BOD/COD. The equalization tank shall be utilized for this purpose, obviating the need for a separate tank.
  • The second stage consists of a Submerged Aerobic Fixed Film (SAFF) Bioreactor, which allows for a very high MLSS (high microbial loading rate in a compact space).
  • A natural draft aeration system (Venturi aeration) provides the necessary aeration for the microbial consortia in the fixed film bioreactor.
  • The honeycomb structure of the SAFF Bioreactor provides longer paths for the air bubbles to travel, allowing for very high oxygen transfer between the sewage and the microbial biofilm.
  • This unique feature of the Eco-Bud system enables a very high rate of biodegradation of organic pollutants in the sewage.
  • Another 45-50% of the organic loads are removed in this stage, reducing the power requirement by 30-40%.
  • A turbine blower-based aeration system is provided in the next MBBR stage to remove the remaining organic loads.
  • The blower is a low power-consuming, high-efficiency piece of equipment, and the aeration grid is a non-clog type system.
  • The collection cum equalization tank is used as an anaerobic digester to reduce power requirements and recover biogas and is constructed of RCC and placed below ground level.
  • All other tanks of the STP in RCC can be built below ground as required.
  • A metered dosing system is provided for better control of the dosing rate and to avoid chemical wastage.
  • All electro-mechanical equipment is proposed with standby units. Pumps and blowers shall operate in auto mode through level controllers and timers for easier operation.
  • The system can be run in an ON-OFF mode.

Advantages of EcoBud STP:

 

  • Works on very low power (40-50% less electricity used)
  • Zero maintenance
  • Minimal chemical intervention
  • Zero sludge generation and zero odors
  • 100% water recovery and reuse
  • Capable of handling shock loads
  • Customized microbes with high enzymatic activity
  • Scope for energy recovery through biogas
  • Faster return on investment

Salient Features of Eco Bud STP:

 

  • Compact, with minimum moving parts
  • Energy recovery in the first stage of treatment while removing over 30-40% of the BOD/COD
  • Tanks constructed in RCC and placed below ground level
  • System can be run in ON-OFF mode
  • Automatic operation through control panel
  • Minimal manpower requirement

 

COMPETITIVE ADVANTAGE OF ECO BUD OVER CONVENTIONAL STPs

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