| Classes | Title |
Hrs |
| Lecture 1 | Fundamentals of combustion and gasification. | 2 Hrs |
| Tutorial 1 | Model development for investigation of product gas composition of gasification. | 2 Hrs |
| Classes | Title |
Hrs |
| Lecture 2 | Fundamentals of nonhomogeneous reaction kinetics. | 2 Hrs |
| Classes | Title |
Hrs |
| Lecture 3 | Recycling of low rank biomass by hot water treatment, carbonization and gasification. | 1 Hrs |
| Lecture 4 | Advanced gasifier systems and processes (plasma, microwave). | 1 Hrs |
| Tutorial 2 | Problem solving session with examples: Advanced combustor, plasma and microwave gasification. | 2 Hrs |
| Classes | Title |
Hrs |
| Lecture 5 | Fuel characterization and methods, Task Coordination and Integration. | 1 Hrs |
| Lecture 6 | Understanding the heat transfer and hydrodynamics of a circulating fluidized beds. | 1 Hrs |
| Tutorial 3 | Investigation of reaction kinetics of biomass and coal for co-gasification. | 2 Hrs |
| Classes | Title |
Hrs |
| Lecture 7 | Environmental technology of microwave plasma , Lecture 8: 1 hrs: Modelling and simulation of gasification systems. | 1 Hrs |
| Tutorial 4 | Problem solving session with examples: modelling and simulation. | 2 Hrs |
| Tutorial 5 | Design of a 1 kWe fluidized bed unit when coal and biomass blends are used as fuel. | 2 Hrs |