This contribution presents the results of parametrical studies focused on the mixing process in a small rectangular duct within a biomass boiler. The first study investigates the influence of a local narrowing located in the central part of the duct. This narrowing works as an orifice with very simple rectangular geometry. Four different free cross sections of the orifice were considered in the center of the duct, namely 100 %, 70 %, 50 %, 30 % of free cross section area in the duct. The second study is focused on the investigation of the influence of secondary air distribution pipe diameter on the mixing process in a flue gas duct without a narrowing
Paper from the AFRC 2013 conference titled Advanced Design Optimization of Combustion Equipment for ...
Experimental campaigns were carried out on a 140kW fixed-bed biomass boiler to investigate the effec...
The specific weight of biomass and pellets in thermal energy production recently started to increase...
This contribution presents the results of parametrical studies focused on the mixing process in a sm...
This contribution presents the results of parametrical studies focused on the mixing process in a sm...
The article deals with the optimization of biomass combustion in a small heat source by means of an ...
The article deals with the optimization of biomass combustion in a small heat source by means of an ...
Due to the need for the optimization of industrial furnaces Computational Fluid Dynamics (CFD) is an...
Experimental campaigns and numerical simulations were carried out to investigate the effect of air d...
The present paper reports the results of the design optimization of an air manifold utilized for del...
A computational fluid dynamic (CFD) model was applied for a 200 Mwe pulverized fuel boiler in Uppsal...
Temperature and gas composition measurements are performed in different locations above the fire pit...
Temperature and gas composition measurements are performed in different locations above the fire pit...
To achieve as complete fuel burnout with as little excess air as possible, small wood log boilers (<...
Experimental campaigns were carried out on a 140kW fixed-bed biomass boiler to investigate the effec...
Paper from the AFRC 2013 conference titled Advanced Design Optimization of Combustion Equipment for ...
Experimental campaigns were carried out on a 140kW fixed-bed biomass boiler to investigate the effec...
The specific weight of biomass and pellets in thermal energy production recently started to increase...
This contribution presents the results of parametrical studies focused on the mixing process in a sm...
This contribution presents the results of parametrical studies focused on the mixing process in a sm...
The article deals with the optimization of biomass combustion in a small heat source by means of an ...
The article deals with the optimization of biomass combustion in a small heat source by means of an ...
Due to the need for the optimization of industrial furnaces Computational Fluid Dynamics (CFD) is an...
Experimental campaigns and numerical simulations were carried out to investigate the effect of air d...
The present paper reports the results of the design optimization of an air manifold utilized for del...
A computational fluid dynamic (CFD) model was applied for a 200 Mwe pulverized fuel boiler in Uppsal...
Temperature and gas composition measurements are performed in different locations above the fire pit...
Temperature and gas composition measurements are performed in different locations above the fire pit...
To achieve as complete fuel burnout with as little excess air as possible, small wood log boilers (<...
Experimental campaigns were carried out on a 140kW fixed-bed biomass boiler to investigate the effec...
Paper from the AFRC 2013 conference titled Advanced Design Optimization of Combustion Equipment for ...
Experimental campaigns were carried out on a 140kW fixed-bed biomass boiler to investigate the effec...
The specific weight of biomass and pellets in thermal energy production recently started to increase...