Add to ORKGThis work deals with the simulation of an olive pits fed rotary kiln pyrolysis plant installed in Southern Italy. The pyrolysis process was simulated by commercial software CHEMCAD. The main component of the plant, the pyrolyzer, was modelled by a Plug Flow Reactor in accordance to the kinetic laws. Products distribution and the temperature profile was calculated along reactor's axis. Simulation results have been found to fit well the experimental data of pyrolysis. Moreover, sensitivity analyses were executed to investigate the effect of biomass moisture on the pyrolysis process
In this study, experiments have been carried out to investigate the effect of temperature on the fin...
In the present study, a mathematical model to describe the pyrolysis of a single solid particle of...
Slow pyrolysis of waste and biomass may represent an interesting solution for renewable energy conve...
The pyrolysis of bulk feed requires the use of some alternative pyrolysis reactors other than the co...
Pyrolysis is a thermochemical process where organic matter is decomposed into gaseous products, oil...
A lot of different processes have been developed for the thermal conversion of biomass. For the prod...
This project focuses on the numerical modeling of a rotary kiln pyrolyzer such as found in the e.g. ...
In this study, a dynamic model of oil sludge pyrolysis in a rotary kiln with a solid heat carrier wa...
The successful use (for performance predictions, in previous work) of process modeling and simulatio...
Pyrolysis is a thermal conversion process that decomposes organic materials into liquid hydrocarbons...
A micro scale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed a...
A microscale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed an...
It is often difficult for the operators and researchers to completely understand the complex behavio...
A micro scale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed a...
The commercial COCO simulation program was used to mimic the experimental slow pyrolysis process of ...
In this study, experiments have been carried out to investigate the effect of temperature on the fin...
In the present study, a mathematical model to describe the pyrolysis of a single solid particle of...
Slow pyrolysis of waste and biomass may represent an interesting solution for renewable energy conve...
The pyrolysis of bulk feed requires the use of some alternative pyrolysis reactors other than the co...
Pyrolysis is a thermochemical process where organic matter is decomposed into gaseous products, oil...
A lot of different processes have been developed for the thermal conversion of biomass. For the prod...
This project focuses on the numerical modeling of a rotary kiln pyrolyzer such as found in the e.g. ...
In this study, a dynamic model of oil sludge pyrolysis in a rotary kiln with a solid heat carrier wa...
The successful use (for performance predictions, in previous work) of process modeling and simulatio...
Pyrolysis is a thermal conversion process that decomposes organic materials into liquid hydrocarbons...
A micro scale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed a...
A microscale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed an...
It is often difficult for the operators and researchers to completely understand the complex behavio...
A micro scale electrically heated rotary kiln for slow pyrolysis of biomass and waste was designed a...
The commercial COCO simulation program was used to mimic the experimental slow pyrolysis process of ...
In this study, experiments have been carried out to investigate the effect of temperature on the fin...
In the present study, a mathematical model to describe the pyrolysis of a single solid particle of...
Slow pyrolysis of waste and biomass may represent an interesting solution for renewable energy conve...