Biomass Conversion | Thermochemical Conversion

This collection covers thermochemical conversion processes of biomass and solid fuels, detailing methods such as combustion, gasification, pyrolysis, and torrefaction. It explores the chemical composition, properties, and classifications of biomass, alongside combustion phenomena across various fuel types including gaseous and solid fuels. The materials emphasize energy recovery, combustion efficiency, gas cleaning, and innovative technologies, providing insights into environmental impacts and operational parameters for optimizing energy production.

Torrefaction Process: Overview, Products, Parameters, and Types

Pyrolysis – Its principles and claddification

Cogeneration and its basics for energy management

Secondary tar cleaning systems and technologies

PRIMARY TAR CRACKING METHODS - Various materials used

Gas cleaning system - Types of Scrubbers

Hydrothermal gasification (HTG) - Overview

Classification of coal gasification - UCG & SCG

Coal gasification - characteristics & factors affecting

Gasifier types - Fixed and Fluidized bed gasification

Biomass gasification - types and principles

Effect of equivalence ratio on reaction rate and extinction velocity

Submerged Combustion, Explosion Flame Combustion, Pulsating Combustion, and Environmental Considerations

Combustion of gaseous fuels - its characteristics

Combustion phenomena in diesel and gasoline engines

Pulverized fuel combustion - Fluidized bed combustion

Solid fuel Combustion - Fixed bed combustion

Combustion thermodynamics - a principle concept

Combustion of liquid fuels and its principles.pptx

Combustion behaviour in Internal Combustion engines.ppt