In this work, conversion of char is studied in a simulation code that includes a simplified heterogeneous adsorption–desorption reaction mechanism for char chemical reactivity and uses GRI-Mech 3.0 as the chemical kinetic mechanism that describes the impact of homogeneous reactions. Besides sub-models for the consequences of chemical reactions, a mode of char particle conversion sub-model is included that describes how particle size and apparent density vary with mass loss as well as a radiation sub-model that describes the radiant exchange of energy between the char particle and surrounding particles and walls. The code is transient and zero dimensional in space, and designed to be used both as a stand-alone gasification/combustion code an...
This work is devoted to the development and validation of a sub-model for the partial oxid...
abstractA recently developed model was used to study the CO/CO2 ratio inside a burning pulverized co...
The temperature of a char particle burning in an oxygen containing atmosphere is the product of a st...
In this work, conversion of char is studied in a simulation code that includes a simplified heteroge...
A robust, single-particle gasification model is presented that is capable of predicting char particl...
A generalised model for the prediction of single char particle gasification dynamics, accounting for...
International audienceIn wood gasification, oxidation of char particles by H 2 O, CO 2 or O 2 plays ...
A novel ghost‐cell immersed boundary method for fully resolved simulation of char particle combustio...
In wood gasification, oxidation of char particles by H2O, CO2 or O2 plays a major role in the perfor...
Gasification of large char particles with CO2 and H2O has been investigated both experimentally and ...
This paper gives a review of the current state of the art for numerical simulations of char conversi...
Attrition in fluidized beds can be important due to particle collisions removing fines from the surf...
In gasification processes, char-H2O and char-CO2 are the main heterogenous reactions that are respon...
A comprehensive description of catalytic effects during char gasification under various conditions r...
The change in morphology of a char particle affects both its trajectory and carbon consumption rate,...
This work is devoted to the development and validation of a sub-model for the partial oxid...
abstractA recently developed model was used to study the CO/CO2 ratio inside a burning pulverized co...
The temperature of a char particle burning in an oxygen containing atmosphere is the product of a st...
In this work, conversion of char is studied in a simulation code that includes a simplified heteroge...
A robust, single-particle gasification model is presented that is capable of predicting char particl...
A generalised model for the prediction of single char particle gasification dynamics, accounting for...
International audienceIn wood gasification, oxidation of char particles by H 2 O, CO 2 or O 2 plays ...
A novel ghost‐cell immersed boundary method for fully resolved simulation of char particle combustio...
In wood gasification, oxidation of char particles by H2O, CO2 or O2 plays a major role in the perfor...
Gasification of large char particles with CO2 and H2O has been investigated both experimentally and ...
This paper gives a review of the current state of the art for numerical simulations of char conversi...
Attrition in fluidized beds can be important due to particle collisions removing fines from the surf...
In gasification processes, char-H2O and char-CO2 are the main heterogenous reactions that are respon...
A comprehensive description of catalytic effects during char gasification under various conditions r...
The change in morphology of a char particle affects both its trajectory and carbon consumption rate,...
This work is devoted to the development and validation of a sub-model for the partial oxid...
abstractA recently developed model was used to study the CO/CO2 ratio inside a burning pulverized co...
The temperature of a char particle burning in an oxygen containing atmosphere is the product of a st...