Manipal Varsity 10th Sem Student win award for waterless toilet design in a competition

Manipal University 10th Semester Student Clinches award for his waterless toilet design competition conducted in reponse to PM Modi’s Swacch Bharat Abhiyan : Vinod Anthony Thomas, a 10th semester student of Faculty of Architecture (FOA), of Manipal University, bagged the second prize at a public competition for designing waterless and odourless toilets for the Indian Railways.

Vinod Thomas Anthony 10th Sem student bags prize for waterless toilet design
Vinod Thomas Anthony 10th Sem student bags prize for waterless toilet design

Waterless Toilet design wins a prize of Rs 75000 for Vinod Thomas Anthony

Main Highlights of the Competition :

  • The competition was organized by Research Designs and Standards organization, Lucknow with an idea behind it, to design a toilet which does not give off a foul nor uses any water for its maintenance and operation.
  • The competition was conducted in response to PM Narendra Modi’s call for a clean India under the ‘Swachh Bharat Abhiyaan’.
  • Five among the several entries were shortlisted before the winners were declared.
  • On May 31, shortlisted designers presented their projects before the jury, which comprised experts from Railways, industry and academia/research fields.
  • Vinod’s design was adjudged the second best in the results announced this week.
  • He bagged Rs 75,000 as prize money and shared the second place with another designer, Rahul Garg and team member Saurabh Hans

Vinod designed a toilet which does away with problems in the existing system of disposal of human waste on the tracks which is, according to him, “unhygienic, unethical and damaging to the environment”. His project also mentions that there is no effective flushing in the existing model, which results in accumulation and foul smell.

Vinod Thomas Anthony waterless toilet design images photos
Vinod Thomas Anthony

According to a release by Manipal University, waterless toilet design replaces the present system with a conveyor which carries waste in a hermetically sealed pocket to a large collection bin to store waste. It is run manually by a crank wheel and the bin has been designed to reduce waste of water by means of decomposition and forced ventilation (evaporation of water).

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