Energy Production and Treatment of Textile Effluents Using Microbial Fuel Cell Technologies

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Energy Production and Treatment of Textile Effluents Using Microbial Fuel Cell Technologies

Project Highlights

JSP W7, a students’ team from IIT Madras, Chennai chose water and waste management as their sector.

India stands 3rd in global textile export, 75% of which is concentrated in Tirupur

  • Effluent discharge in this region poses a long term environmental and biological hazard.
  • Current treatment methods
    • energy demanding
    • Produce high Sludge
    • High cost
    • High carbon foot print

 

Who is Behind this Project?

The team is led by Ms. Priyadharshini Mani and the team members are

  • Fidal Kumar VT
  • Priyadharshini ManI
  • Suresh Paul Jones

What is the Project all about?

Single Chambered MFC technology combined with constructed wetland could be an effective solution.

Single Chambered MFC technology combined with constructed wetland

  • Energy produced in anode harvested in a capacitor
  • Second stage effluent treatment in constructed wetland

MFC Lab prototype using Orange II dye

  • >95% Decolorization
  • >85 % COD removal

What is the Uniqueness of the Solution?

  • Energy positive wastewater treatment technology – net zero OPEX
  • Eco-friendly and carbon neutral process
  • Typical payback time is 5 years, contributed by: energy savings, reduction in excess sludge quantity, electricity production and tax/
  • carbon credits
  • Suitable even for small installations, with organic load as low as 100 Kg BOD per day
  • A robust process with high tolerance to salinity (5% dissolved solids and even more) sulfate (up to 5’000mg/l) and wide pH range (pH 6.5 to 9.5)

What is the Potential Market?

Our final product will be a system that will degrade the dye and decrease the environmental toxicity, colour and soluble COD of wastewater, coupled with simultaneous bio-electricity generation.

  • Target Audience: Textile Industries
  • Number of textile units- ~5000
  • Average textile effluent : 200 MLD
  • Number of treatment plants: ~50
  • No of carbon neutral plants: 0
  • Plants with strict zero discharge policy: 0
  • Initially a small scale treatment plant will be setup for small dyeing units who cannot afford expensive treating facility
  • Product installation will be a one time charge with annual maintenance contract (Similar to water filters at home).

Contact Details:

Fidal Kumar – 8056120579

Suresh Paul Jones – 8056082278

priyadharshu@gmail.com

 

Interested to Know more about this team? Send a note to info@czeroc.com

By | 2018-01-05T18:10:29+00:00 December 15th, 2017|Finalists|0 Comments

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