presentationIn this paper we have described a CFD based modeling tool for entrained flow coal gasifiers. The model contains sub-models to properly model the reaction kinetics of coal gasification at high pressure, high solids loading and slagging walls. Comparisons between values predicted by our CFD model and modeling studies performed by other research groups have shown good agreement. Although the models have been demonstrated for oxygen blown, pressurized systems the same model could be applied to air-blown or atmospheric systems. Future work will focus on using the model to investigate generic improvements for the operation and design of entrained flow gasifiers
Three-dimensional computational fluid dynamics (CFD) modeling of the gasification performance in a o...
CFD modeling results for entrained flow coal gasification using advanced submodels for coal conversi...
The United States holds the world\u27s largest estimated reserves of coal and is also a net exporter...
A mathematical model for entrained flow coal gasification was developed with the objective of predic...
Computational fluid dynamics (CFD) modeling is an integral part of the design cycle of modern entrai...
Gasification is an efficient method of producing clean synthetic gas which can be used as fuel for e...
A comprehensive CFD model has been developed to simulate the gasification process within an air-blow...
A comprehensive CFD model has been developed to simulate the gasification process within an air-blow...
A CFD two-dimensional model has been developed for simulating the gasification process within an ai...
Summarization: A one-dimensional, steady-state model for an entrained flow coal gasifier is develope...
A one-dimensional reactor model was developed to simulate the performance of an entrained flow gasif...
A coal gasification simulator has been being developed to analyse and predict thermal, chemical, and...
A study on predicting different chemical and physical processes occurring within an entrained-flow c...
Pressurized, entrained gasification is a promising new technology for the clean and efficient combus...
Summarization: The entrained flow gasification model developed in Part 1 was used for parametric stu...
Three-dimensional computational fluid dynamics (CFD) modeling of the gasification performance in a o...
CFD modeling results for entrained flow coal gasification using advanced submodels for coal conversi...
The United States holds the world\u27s largest estimated reserves of coal and is also a net exporter...
A mathematical model for entrained flow coal gasification was developed with the objective of predic...
Computational fluid dynamics (CFD) modeling is an integral part of the design cycle of modern entrai...
Gasification is an efficient method of producing clean synthetic gas which can be used as fuel for e...
A comprehensive CFD model has been developed to simulate the gasification process within an air-blow...
A comprehensive CFD model has been developed to simulate the gasification process within an air-blow...
A CFD two-dimensional model has been developed for simulating the gasification process within an ai...
Summarization: A one-dimensional, steady-state model for an entrained flow coal gasifier is develope...
A one-dimensional reactor model was developed to simulate the performance of an entrained flow gasif...
A coal gasification simulator has been being developed to analyse and predict thermal, chemical, and...
A study on predicting different chemical and physical processes occurring within an entrained-flow c...
Pressurized, entrained gasification is a promising new technology for the clean and efficient combus...
Summarization: The entrained flow gasification model developed in Part 1 was used for parametric stu...
Three-dimensional computational fluid dynamics (CFD) modeling of the gasification performance in a o...
CFD modeling results for entrained flow coal gasification using advanced submodels for coal conversi...
The United States holds the world\u27s largest estimated reserves of coal and is also a net exporter...