Gasification is a promising and attractive thermochemical method for biomass-to-energy conversion, with fluidized bed reactors being one of the best options for large-scale operations. Olive residues in particular are potentially excellent candidate biomass fuels in the Mediterranean area, due to the region’s increased capacity in olive oil production. Herein, the gasification experiments of olive kernels in a 2 MWth air-blown, bubbling fluidized bed reactor located at CENER’s facilities (BIO2C) in Navarra, Spain are presented. Given the satisfactory experimental results, an Aspen Plus simulation model of the process was also attempted
Olive oil is one excellence of the Italian food industry: around 300 kt yr−1 are produced, creating ...
The paper presents the results of research on gasification of olive pits and production of a generat...
Περίληψη: The thermochemical conversion of biomass through its gasification has been widely explored...
Gasification is a promising and attractive thermochemical method for biomass-to-energy conversion. F...
The main aim of this study is to develop a comprehensive process model for biomass gasification in a...
This study focuses on lab-scale fluidized bed reactor gasification of olive mill waste and the effec...
Air gasification of olive kernels in a 5 kW bench scale, bubbling fluidized bed gasifier, aimed at H...
Fuel conversion measurements were conducted in a laboratory fluidized bed (FB) to characterize the m...
This study presents a laboratory fixed-bed gasification of olive kernels and olive tree cuttings. Ga...
Exploitation of olive kernel for bioenergy production, with respect to the green house gases (GHGs) ...
Annually, the olive oil industry generates a significant amount of by-products, such as olive pomace...
Olive tree pruning was gasified in a laboratory fluidized bed reactor using air as gasifying agent. ...
This paper is an experimental study of the kinetics of gasification of olive kernel by using a ther...
The thermochemical conversion of biomass through its gasification has been widely explored during th...
Olive oil is one excellence of the Italian food industry: around 300 kt yr−1 are produced, creating ...
Olive oil is one excellence of the Italian food industry: around 300 kt yr−1 are produced, creating ...
The paper presents the results of research on gasification of olive pits and production of a generat...
Περίληψη: The thermochemical conversion of biomass through its gasification has been widely explored...
Gasification is a promising and attractive thermochemical method for biomass-to-energy conversion. F...
The main aim of this study is to develop a comprehensive process model for biomass gasification in a...
This study focuses on lab-scale fluidized bed reactor gasification of olive mill waste and the effec...
Air gasification of olive kernels in a 5 kW bench scale, bubbling fluidized bed gasifier, aimed at H...
Fuel conversion measurements were conducted in a laboratory fluidized bed (FB) to characterize the m...
This study presents a laboratory fixed-bed gasification of olive kernels and olive tree cuttings. Ga...
Exploitation of olive kernel for bioenergy production, with respect to the green house gases (GHGs) ...
Annually, the olive oil industry generates a significant amount of by-products, such as olive pomace...
Olive tree pruning was gasified in a laboratory fluidized bed reactor using air as gasifying agent. ...
This paper is an experimental study of the kinetics of gasification of olive kernel by using a ther...
The thermochemical conversion of biomass through its gasification has been widely explored during th...
Olive oil is one excellence of the Italian food industry: around 300 kt yr−1 are produced, creating ...
Olive oil is one excellence of the Italian food industry: around 300 kt yr−1 are produced, creating ...
The paper presents the results of research on gasification of olive pits and production of a generat...
Περίληψη: The thermochemical conversion of biomass through its gasification has been widely explored...