Research Areas

• Thermochemical conversion (Combustion, Gasification, Pyrolysis, Thermal Liquefaction)
• Bioenergy with Carbon Capture & Storage (BECCS)
• Conversion of solid biomass and wastes into power and heat
• Biomass wastes blending to municipal solid waste for power and heat.
• Co-gasification of coal and biomass wastes
• Low Carbon Green/Blue Hydrogen production
• Thermal decomposition characteristics of solid wastes
• Process Optimization
• Co-pyrolysis of Agricultural biomass residue for value added product(s).
• Biochemical conversion (Esterification, Transesterification)
• Biomass Conversion (Biodiesel, Biomass diversity, Bio-oil)
• Waste Minimization (Wastewater Treatment, Waste Biomass Identification and Processing)
• Green Technology (Process Intensification, Ultrasonication, Microwave)
• Catalysis and Reaction Kinetics
• Low-cost catalyst extraction from natural resources
• Improved reaction kinetics scheme for thermal and biochemical conversion
• Process Modelling and Simulation
• Design and optimization of chemical processes using Aspen Hysys, Matlab, Unisim.
• Artificial Intelligence, Neural Networks

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