News from F.R.L    

About The Lab: 
Parthsarathi Deb has published his research article in prestigious Royal Society of Chemistryy

Welcome to the Fuel Research Lab at the Mechanical Engineering Department of NIT Silchar, where we are dedicated to pioneering advancements in sustainable energy solutions. Our lab is at the cutting edge of research in waste-to-energy technologies, biodiesel synthesis, bioethanol production, hydrogen synthesis and applications, and gaseous fuels. Our mission is to explore innovative methods for converting waste into valuable energy resources and developing cleaner, more efficient alternatives to conventional fuels. With a focus on both practical applications and fundamental research, our team of expert researchers works on projects that have the potential to significantly impact energy sustainability and environmental stewardship. Situated within the vibrant academic environment of NIT Silchar, our lab is equipped with advanced facilities and supported by a collaborative network of scientists and engineers. Explore our website to learn more about our research initiatives and discover how we are shaping the future of energy. Join us as we strive to make a meaningful difference in the world of fuel technology.

Lab In-Charge:  Dr. Abhishek Paul

E-mail id:  abhishek@mech.nits.ac.in

Instrumental Facilities  :  50 Lit biodiesel Reactor, Multi Fuel analyser, Bomb Calorimeter, Alcohol meter, Pyrolysis Reactor, Muffle Furnace, Hot Air Oven, Soxlet Apparatus, Filtration Units, Megnatic Stirrers Etc.

Facility Access Requisition Form

 List of Publications:

  1. Divyansh Singh, Abhishek Paul,(2024) An experimental study on enhancing performance and reducing emissions of CRDI engine operated on Co-pyrolysis oil using particle swarm optimization, Process Safety and Environmental Protection, Volume 188,287-302, https://doi.org/10.1016/j.psep.2024.05.079.
  2. Divyansh Singh, Abhishek Paul, (2024), Characterization and performance evaluation of co-pyrolysis oil from waste cooking oil and waste polyethylene as a potential diesel substitute, Fuel, 362,130739,https://doi.org/10.1016/j.fuel.2023.130739
  3. Divyansh Singh, Abhishek Paul, (2024)  Synthesis of diesel-like fuels using waste cooking oil and waste polyethylene via Co-pyrolysis process. Environmental Progress and Sustainable Energy. 2024; 43(4):e14413. doi:10.1002/ep.14413
  4. Divyansh Singh, Abhishek Paul,(2023), Energy, exergy, emission, exergoeconomic, enviroeconomic, and sustainability analysis of diesel engine, fueled by waste cooking oil and waste polyethylene co-pyrolysis oil-diesel blends, Journal of Cleaner Production, 426, 139186, https://doi.org/10.1016/j.jclepro.2023.139186.

Research scholars

Sl.no Name of the Scholar Area of research interest Joining Year No. of  journals published Status
1. Divyansh Singh A study on thermochemical conversion of organic and plastic wastes for synthesis of combustible fuel and its application in IC engine August 2020 4 Active

 

Postgraduate Scholars

Sl.no Name of the student Area of work Joining Year No. of  Publications Status
1. Devesh Kumar  Nano-doped fuel combustion in CI engine   2019 1  2021- Passed out
2. Aravind Kumar Biodiesel production optimization and engine testing 2019   2021- Passed out
4 Shafiul Prodhini  Production of Diesel-Like Fuels from Co-Pyrolysis of Polyethylene and Polypropylene: A Comprehensive Investigation. 2023 Active

 

Undergraduate Students

Sl.no Name of the student Area of work Joining Year No. of  journals published Status