2026
Biomass feedstocks and sources for biorefineries. SJ Pathak, B Bhui, P Vairakannu - Waste Biorefinery Technologies for Sustainable Development, 125-147, 2026
2026
Techno-economic analysis of steel slag-based integrated calcium-chemical looping process for co-production of power and chemicals. B Bhui, R Mallick, P Vairakannu - Applied Thermal Engineering, 130066, 2026
2025
A preliminary study of thermal plasma gasification of an automobile waste under CO2 atmosphere for high calorific value syngas production. U Goyal, R Mallick, P Vairakannu - Chemical Engineering Research and Design 214, 369-376, 2025
2025
Plasma gasification as a potential solution for waste minimization and clean energy production: A critical review on techno-economic-environmental assessment and modelling …. R Mallick, P Vairakannu - Waste Management 208, 115158, 2025
2025
Co-liquefaction of high ash coal and electronic waste plastics: Study of liquefaction reaction kinetics and characterization of the co-liquefied oil. SJ Pathak, P Vairakannu - Fuel 390, 134754, 2025
2025
Life cycle assessment of plasma gasification integrated molten carbonate fuel cells and chemical looping reforming using RDF feedstock. R Mallick, P Vairakannu - Sustainable Energy & Fuels 9 (2), 627-639, 2025
2025
Techno-economic assessment of automobile waste to chemical production based on plasma gasification under CO2 atmosphere. R Mallick, U Goyal, P Vairakannu - Applied Thermal Engineering 278, 127277, 2025
2025
Plasma gasification of solid waste for energy generation. R Mallick, P Vairakannu - Energy From Plasma, 147-175, 2025
2024
Experimental studies on CO2-thermal plasma gasification of refused derived fuel feedstock for clean syngas production. R Mallick, P Vairakannu - Energy 288, 129766, 2024
2024
Simulation study for identifying the mechanism of direct liquefaction of coal-related model compounds with methanol as solvent. G Dubey, P Vairakannu, P Tiwari - Reaction Kinetics, Mechanisms and Catalysis 137 (3), 1553-1576, 2024
2023
CO2 based co-gasification of printed circuit board with high ash coal. P Sahu, P Vairakannu - Energy 263, 125977, 2023
2023
Thermochemical treatment of wastes for power generation. P Sahu, R Mallick, P Vairakannu - Valorization of Wastes for Sustainable Development, 201-238, 2023
2023
Effective Utilization of E‐waste in Advanced Energy Technology Processes. B Bhui, SJ Pathak, V Prabu - Electronic Waste Management: Policies, Processes, Technologies, and Impact …, 2023
2022
4-E analyses of plasma gasification integrated chemical looping reforming system for power and hydrogen co-generation using bakelite and acrylonitrile butadiene styrene based …. R Mallick, V Prabu - Energy Conversion and Management 271, 116320, 2022
2022
Direct liquefaction of discarded printer cartridge plastics and its Kinetic Modelling. SJ Pathak, A Gangal, V Prabu - Fuel Processing Technology 228, 107147, 2022
2022
CO2 based synergistic reaction effects with energy and exergy (2E) analysis of high density polyethylene with high ash bituminous coal for syngas production. P Sahu, P Vairakannu - Fuel 311, 122500, 2022
2022
Techno-economic analysis on oxy-fuel based steam turbine power system using municipal solid waste and coals with ultrasonicator sulfur removal. P Sahu, V Prabu - Waste Disposal & Sustainable Energy 4 (2), 131-147, 2022
2022
Performance of electronic waste based mixed metal oxide as novel oxygen carriers for chemical looping co-combustion of high ash coal and rice straw. B Bhui, V Prabu - Waste Management 138, 199-209, 2022
2022
3E (Energy, exergy and economic) analyses and kinetic studies on microwave drying of star fruit. S Mandal, K Jena, V Prabu - North-East Research Conclave, 99-118, 2022
2022
Hydrogen production by catalytic reforming process. C Rai, P Vairakannu - Biohydrogen, 77-107, 2022
2021
Techno-economic evaluation of electronic waste based oxygen carriers for co-chemical looping combustion of coal and biomass integrated combined cycle power generating systems. B Bhui, V Prabu - Energy Conversion and Management 236, 114075, 2021
2021
Techno-economic analysis of co-combustion of Indian coals with municipal solid waste in subcritical and supercritical based steam turbine power generating carbon-negative systems. P Sahu, V Prabu - Energy 233, 121053, 2021
2021
Experimental investigations on novel electronic waste based oxygen carriers for direct coal fuelled chemical looping combustion process. B Bhui, B Das, V Prabu - Fuel 305, 121535, 2021
2019
Comparative evaluation of performance of high and low ash coal fuelled chemical looping combustion integrated combined cycle power generating systems. N Mishra, B Bhui, P Vairakannu - Energy 169, 305-318, 2019
2018
CO2-air based two stage gasification of low ash and high ash Indian coals in the context of underground coal gasification. G Kumari, P Vairakannu - Energy 143, 822-832, 2018
2018
CO2-O2 dry reforming based underground coal gasification using low and high ash Indian coals. G Kumari, P Vairakannu - Fuel 216, 301-312, 2018
2018
Laboratory-Scale Studies on Humidified O2-Fed High-Ash Coal-Based Underground Coal Gasification. S Kashyap, P Vairakannu - Energy & Fuels 32 (9), 9132-9141, 2018
2018
Carbon dioxide gasification of low and high ash Indian coals in context of underground coal gasification. G Kumari, P Vairakannu - Abstracts of Papers of The American Chemical Society 256, 2018
2017
Considerations for oxidant and gasifying medium selection in underground coal gasification. G Perkins, P Vairakannu - Fuel Processing Technology 165, 145-154, 2017
2017
Chemical looping and plasma technologies for gasification of coal and biomass. B Bhui, P Vairakannu - Coal and biomass gasification: Recent advances and future challenges, 499-520, 2017
2017
Clean Coal Technologies. P Vairakannu - Sustainable utilization of natural resources, 19-54, 2017
2017
Unconventional technologies for sustainable coal energy in India. N Mallick, P Vairakannu - Sustainable Energy and Transportation: Technologies and Policy, 87-111, 2017
2016
Thermodynamic analysis of solar energy integrated underground coal gasification in the context of cleaner fossil power generation. A Shrivastava, V Prabu - Energy Conversion and Management 110, 67-77, 2016
2015
Coalbed methane with CO2 sequestration: An emerging clean coal technology in India. V Prabu, N Mallick - Renewable and Sustainable Energy Reviews 50, 229-244, 2015
2015
CO2 enhanced in-situ oxy-coal gasification based carbon-neutral conventional power generating systems. V Prabu, K Geeta - Energy 84, 672-683, 2015
2015
Integration of in-situ CO2-oxy coal gasification with advanced power generating systems performing in a chemical looping approach of clean combustion. V Prabu - Applied Energy 140, 1-13, 2015
2014
Heat-affected zone analysis of high ash coals during ex situ experimental simulation of underground coal gasification. V Prabu, S Jayanti - Fuel 123, 167-174, 2014
2012
Laboratory scale studies on simulated underground coal gasification of high ash coals for carbon-neutral power generation. V Prabu, S Jayanti - Energy 46 (1), 351-358, 2012
2012
Underground coal-air gasification based solid oxide fuel cell system. V Prabu, S Jayanti - Applied Energy 94, 406-414, 2012
2011
Simulation of cavity formation in underground coal gasification using bore hole combustion experiments. V Prabu, S Jayanti - Energy 36 (10), 5854-5864, 2011
2011
Simulation of cavity formation in underground coal gasification using bore hole combustion experiments. V Prabu, S Jayanti - Energy 36 (10), 5854-5864, 2011
