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Alumni
Ayusman Mohanty
I did M.Sc. in Biotechnology. Presently I am working on electrode-microbe interaction based environmental technology for nitrification-denitrification.
Former Master Theses Students of My Research Group and Their Work :
Bioenergy recovery based low-cost environmental technology
(1) Ms. Priyatama Panda (M.Sc. Biotechnology-2009)
Performance enhancement of microbial fuel cells.
(2) Ms. Pramodini Rout (M.Sc. Biotechnology-2009)
Study on Bioelecticity production in microbial fuel cell cum paddy rice field.
(3) Mr. Sarat Kumar Nayak (M.Sc. Microbiology -2009)
Development of algal assisted novel microbial fuel cell for wastewater treatment and bioelectricity generation.
(4) Mr. Ayusman Mohanty (M.Sc. Biotechnology-2010)
Study on Bioelectricity production in microbial fuel cell cum paddy rice field.
(5) Ms. Rojalin Mishra M.Tech. (Energy and Environmental Engineering 2010)
Simultaneous biodegradation and bioelectricity production during treatment of azo dyes in traditional H-type & Novel microbial fuel cell.
(6) Ms. Purnanjali Dash(M.Sc.Biotechnology-2010)
Performance assessment of constructed wetlands cum microbial fuel cell for electricity production & dye removal.
(7) Ms. Priyanka Mishra (M.Sc. Microbiology-2011)
Studies on dairy wastewater treatment in an innovative microbial fuel cell.
(8) Mr. Dibjyoti Nath (M.Sc. Biotechnology-2011)
Studies on treatment of diluted sugarcane juice in microbial fuel cell.
(9) Ms. Rimjhim Mohanty (M.Sc. Biotechnology-2011)
Studies on dairy wastewater treatment in innovative constructed wetlands cum microbial fuel cell (Co- supervisor Dr. M. T. Arasu)
(10) Mr. Saurabh Dwivedi (M.Sc (Tech) in Environmental Science & Technology -2013)
Design and development of novel constructed wetland cum microbial fuel cell for simultaneous wastewater treatment and bioelectricity generation.
(11) Ms. Pratiksha Srivastava (M.Tech. Biotechnology-2014)
Design and development of low-cost environmental technologies based on microbe-conductive materials interaction.
(12) Ms. Shraboni Mukherjee (M.Sc. Biotechnology-2014)
A study on horizontal flow constructed wetland cum microbial fuel cell for waste water treatment and bioelectricity generation.
(13) Ms. Bishnupriya Pattanaik (M.Sc. Biotechnology-2014)
Performance of Constructed Wetland cum Microbial Fuel Cell for Bioelectricity Production and Dairy Wastewater Treatment.
(14) Mr. Amit Behera (M.Sc. Biotechnology-2014)
A study on pilot level constructed wetland cum microbial fuel cell for wastewater treatment and vertical redox profile.
(15) Ms. Nupur Gupta (M.Sc. Biotechnology-2014)
Performance assessment of different electrode materials in constructed wetland cum microbial fuel cell for wastewater treatment.
(16) Ms. Ankita Nayak (M.Sc. Biotechnology - 2017)
(17) Ms. Sudatta Dash (M.Sc. Biotechnology - 2019)
A simulated miniature core of constructed wetland - microbial fuel cell for degradation of Methyl Orange from dye wastewater
Low Energy Demanding Environmental Technology
(16) Ms. Suchismita Pattnaik (M.Sc. Biotechnology-2011)
Studies of heavy metal removal from Leachate of low grade copper or in Innovative constructed wetland.
(17) Ms. Monalisha Nayak (M.Sc. Biotechnology-2009)
Removal of phosphate from water by using duckweed lemna minor L.
(18) Ms. Sasmita Das (M.Sc. Biotechnology-2009)
Studies on heavy metal removal in innovative constructed wetlands.
(19) Ms. Debismita Ghosh (M.Sc. Biotechnology-2011)
Studies on biosynthesis of iron nanoparticle for environmental applications.
(20) Ms. Smrutiti Jena (M.Sc. Biotechnology-2010)
Study on innovative constructed wetland and its performance assessment for chemical oxygen demand and dye removal.
(21) Ms. Pranayani Behera (M.Sc. Microbiology -2014)
Development of microbial fuel cell for pathogen removal from wastewater treatment and bioelectricity generation.
(22) Supriya Gupta (M.Tech Biotechnology-2016)
Intensified wastewater treatment in combined constructed wetlands- encapsulated algal cell bioreactors.
(23) Smrutipriya Bhanja (Msc. Microbiology-2016)
Study of constructed wetlands effluent disinfection with slow sand filter(s) for possible reuse.