DESCRIPTION :

Er. D.Singh has completed his B.Tech, Mechanical Engg. in 2004 and completed his M.Tech. in Thermal Engg. from NIT,Rourkela. He has worked as investigator in various societal as well as scientific projects. He was in the team of Terafil water purification technology development project. He has actively participated in CSIR-800 program and carried out project activities related to low cost water purification system & energy efficient biomass dryers as area leader. He hascarried out research on entrained flow biomass & coal gasification system. Presently working on installation of biomass cum hybrid dryers for efficient drying of minor forest produce (MFPs) in three different states.He has also carried out experiment to determine pollution load of pet coke combustion in a fluidised bed reactor with different dosage of limestone.Besides, he is In-Charge of technology transfer for “Rural Technologies developed by IMMT”. He has executed technology transfer of rural technologies to 24 entrepreneurs and conducted know how training since taking over the charge in 2012.

• Pr. Scientist Sr. Scientist, CSIR-IMMT, Bhubaneswar from 12th Sept. 2020 to till date.
• Sr. Scientist, CSIR-IMMT, Bhubaneswar from 12th Sept. 2015 to 11th Sept. 2020.
• Scientist-C, CSIR-IMMT, Bhubaneswar from 12th Sept. 2010 to 11th Sept. 2015.
• Scientist-B, CSIR-IMMT, Bhubaneswar from 12thSept. 2007 to 11th Sept 2010.

• Pipeline Transportation Systems.
• Water purification system.
• Entrained flow gasification system.
• Appropriate/Rural Technology.

• Singh, D.,*Khuntia, S. and Barik, R.(2008). “Development of Energy Efficient devices for Conservation of Bio-mass and Up-gradation of Environment in Domestic Sector”. In: Proc. of. Renewable Energy and Environment for Sustainable Development at International Conference - Renewable Energy Asia-2008. IIT-Delhi.pp 913-920.
• Singh, D.,* Mallick, J., Khuntia, S., and Barik, R.(2009). “Biogas Generation from Leafy biomass & vegetable wastes by Application of Ultrasound”. In: Proc. of 1stInternational Conference on the Developments in Renewable Energy Technology (ICDRET) during 14-17 December 2009, Dhaka, Bangladesh.
• Singh, D. and Senapati, PK (2014). Study on effective utilization of powdery biomass as feedstock for entrained flow gasification system. In: Proc. of. National Workshop on “Technologies for Sustainable Rural Development-Having Potential of Socio-Economic Upliftment (TSRD-2014)” jointly organized by CSIR-AMPRI, Bhopal & MPCST, Bhopal during 4-5 July 2014 at Bhopal. pp. 284–292.
• Singh, D., Korado, B. and Senapati, PK (2014). Feasibility of Non-Coking coal & Dolochar mixture as a fuel source for entrained flow gasification system. In: Proc. of. All India Seminar on “Recent Advances in Thermal Engineering (RATE-2014) organized by Institution of Engineers at on 11th January 2014. pp 78-83.
• Senapati, PK, *Singh, D. and Korado, B. (2014). Some cold model studies on design and development aspects of a cyclone type entrained flow gasification system using blended low grade coal with dolochar wastes. In “International Journal of Engineering & Technical Research” (IJETR).Vol-2, Issue-11,pp 240-247.
•  *Singh, D., Barik, R., Pothal, JK and Senapati, PK, (2017), Development of an Entrained Flow Biomass Gasifier (30 KWe) for Thermal Applications using Powdery Biomass, in Proceedings of “Advances in Development and Utilization of Renewable Energy Resources (ADURER)-2017”, at Bhubaneswar during 16– 18, February 2017.
• Senapati, PK, *Singh, D. (2017), Utilization of Industrial Wastes through Thermal Gasification Route - A Case Study to Extract Heat Energy from Dolochar for Conservation of Coal, in Proceedings of “National Symposium on Energy Conservation & Renewable Energy Application in Industries & Transportation (ECREAT-2018) organized by NRDF & TATA Steel Ltd. at Bhubaneswar during 26 – 27 October 2017.
• *Singh, D. & Pothal, J.K. and Senapati, P.K., (2019), Studies on Gasification of High Ash Indian Coal-Dolochar Fuel Mix In A Cyclone Type Entrained Flow Gasification System, in Proceedings of “International Conference on Artificial Intelligence in Manufacturing & Renewable Energy (ICAIMRE) -2019” organized by Gandhi Institute for Education & Technology, Bhubaneswar during 25-26 October 2019, Bhubaneswar.