|Book Series (74)||
|Mechanical and process engineering||729|
|Mining and metallurgy||29|
|Architecture and civil engineering||57|
|ISBN-13 (Hard Copy)||9783736994515|
|Lamination of Cover||matt|
|Place of Dissertation||Hamburg-Harburg|
Mechanical and process engineering
Heat, refrigeration and air-conditioning engineering
|Keywords||biomass gasification, bubbling fluidized bed, hydrogen- and carbon-monoxide-rich|
This dissertation combines the practical and theoretical aspects of atmospheric bubbling fluidized bed (BFB) biomass gasifiers through the integration of
- operational experience from the gasification of thirty-nine biomass fuels (mono-fuels and mixed-fuels) using a laboratory-scale BFB gasifier,
- a step-by-step design methodology of a BFB gasifier, and
- a kinetic model incorporating both fluid dynamics and chemical reaction kinetics, which is validated with experimental data from BFB biomass gasifiers of different scales (laboratory-, pilot- and demonstration-scale).
It provides a platform for an enhanced understanding of a sustainable production of hydrogen- and carbon-monoxide-rich fuel gases from gasification of woody and non-woody biomass in atmospheric bubbling fluidized bed gasifiers.