Javascript must be enabled to continue!
Graphical Analysis of Gasification Processes
View through CrossRef
Gasification processes incorporate many reactions that are fairly complex to analyse making their design difficult. In this chapter it is shown that general gasification systems are limited by consideration of mass and energy balances only. Here, a ternary Carbon-Hydrogen-Oxygen diagram is developed to represent gasification processes. The diagram incorporates basic chemistry and thermodynamics to define a region in which gasification occurs. The techniques are further validated from data obtained from pilot or laboratory experiments available in literature. In this chapter we develop graphical representation for sawdust gasification and underground coal gasification (UCG), a clean coal technology. The methods described allow for further analysis without considerations to thermodynamic equilibrium, reactor kinetics, reactor design and operation. This analysis is thus an indispensable tool for flowsheet development using gasification and an excellent tool for practitioners to rapidly understand gasification processes.
Title: Graphical Analysis of Gasification Processes
Description:
Gasification processes incorporate many reactions that are fairly complex to analyse making their design difficult.
In this chapter it is shown that general gasification systems are limited by consideration of mass and energy balances only.
Here, a ternary Carbon-Hydrogen-Oxygen diagram is developed to represent gasification processes.
The diagram incorporates basic chemistry and thermodynamics to define a region in which gasification occurs.
The techniques are further validated from data obtained from pilot or laboratory experiments available in literature.
In this chapter we develop graphical representation for sawdust gasification and underground coal gasification (UCG), a clean coal technology.
The methods described allow for further analysis without considerations to thermodynamic equilibrium, reactor kinetics, reactor design and operation.
This analysis is thus an indispensable tool for flowsheet development using gasification and an excellent tool for practitioners to rapidly understand gasification processes.
Related Results
Regression Orthogonal Analysis of Underground Coal Gasification Products
Regression Orthogonal Analysis of Underground Coal Gasification Products
Abstract
Underground coal gasification is the process of converting coal deep buried underground into a combustible gas in situ through appropriate chemical reaction...
Optimized Production of Syngas from Rice Hush Using Steam Explosion in Dual Fluidized Bed Gasifier
Optimized Production of Syngas from Rice Hush Using Steam Explosion in Dual Fluidized Bed Gasifier
Converting rice husk into energy is a promising method of generating renewable energy and reducing greenhouse gas emissions. In this research rice hush is considered as biomass fue...
Steam Gasification of Biomass for Hydrogen Production – A Review and Outlook
Steam Gasification of Biomass for Hydrogen Production – A Review and Outlook
This article summarizes various biomass gasification methods and explains their advantages and disadvantages. First, theoretical aspects of gasification and the variety in reactor ...
Research on alkali‐catalyzed gasification of coal black liquor slurry cokes made up by five different coals
Research on alkali‐catalyzed gasification of coal black liquor slurry cokes made up by five different coals
AbstractThe black liquor from paper mills contains large quantities of sodium compounds and other organic matter, such as lignin and cellulose. The sodium compounds will provide th...
Gasification as an optimum alternative for the sludge management
Gasification as an optimum alternative for the sludge management
Assimilate sludge to a fuel is not new. Sludge incineration and Combined Heat and Power (CHP) engines powered with sludge-derived anaerobic digestion gas (ADG) are operations widel...
Petrographic Characteristics of Coal Gasification and Combustion by-Products from High Volatile Bituminous Coal
Petrographic Characteristics of Coal Gasification and Combustion by-Products from High Volatile Bituminous Coal
The coal was gasified in a fluidized bed reactor with CO2 as a gasifying agent at 889–980 °C. The coal and gasification residue produced during gasification was burned at temperatu...
Gasification Reaction on CeO2(111) and Effects on the Structural and Electronic Properties of Adsorption Molecules
Gasification Reaction on CeO2(111) and Effects on the Structural and Electronic Properties of Adsorption Molecules
AbstractProducing hydrogen (H2) from biomass gasification offers exceptional benefits regarding renewable energy sources, zero‐carbon emission, cost‐effective processes, and high e...
Current Status and Future Direction of Gasification Technologies
Current Status and Future Direction of Gasification Technologies
Gasification technology has been around for almost 100 years and is in a position to be challenged by recent circumstances of climate-concerned demand and of sustainability in empl...

