International audienceThis paper presents a study of the estimation of potential energy saving in bread baking process using the jet impingement technology. This new technology is developed to increase the heat transfer efficiency during the baking process. Based on a mechanistic heat exchange model identified in the past work, a non convex optimization problem is formulated taking account of a non zero energy cost related to the new technology. The simulation result shows that one can expect to obtain up to 12% of energy saving under some reasonable assumptions
The article gives the analytical generalization of the data on the energy efficiency for heat exchan...
Rapid heat transfer methods can be used to speed up the baking, process and create new product prope...
AbstractThe current practice of Injera (Spongy flat bread) baking is based on energy sources such as...
International audienceIn this paper, a reduced order mechanistic model is proposed for the evolution...
International audienceIn this paper, a reduced order mechanistic model is proposed for the evolution...
International home energy rating regulations are forcing to use efficient cooking equipment and proc...
The first part of this paper has been published in the preceding issue of cereal technology (cereal ...
In food industry, hot air jet impingement ovens are used to bake pizza shells, crackers, cookies, an...
A recent guideline from the European Commission declared that several highly energy consuming domest...
In response to increasing energy costs and legislative requirements energy efficient high-speed air ...
This paper presents a theoretical approach for optimal design focused on baking, which is based on k...
Rising energy costs and changing legislation are bringing the need for more efficient baking process...
The aim of this project was to benchmark energy utilisation of bread manufacturing and to provide me...
Rapid heat transfer methods such as jet impingement and infrared radiation can be used to speed up t...
Currently, because of the increase in energy prices there is a need to create energy-saving technolo...
The article gives the analytical generalization of the data on the energy efficiency for heat exchan...
Rapid heat transfer methods can be used to speed up the baking, process and create new product prope...
AbstractThe current practice of Injera (Spongy flat bread) baking is based on energy sources such as...
International audienceIn this paper, a reduced order mechanistic model is proposed for the evolution...
International audienceIn this paper, a reduced order mechanistic model is proposed for the evolution...
International home energy rating regulations are forcing to use efficient cooking equipment and proc...
The first part of this paper has been published in the preceding issue of cereal technology (cereal ...
In food industry, hot air jet impingement ovens are used to bake pizza shells, crackers, cookies, an...
A recent guideline from the European Commission declared that several highly energy consuming domest...
In response to increasing energy costs and legislative requirements energy efficient high-speed air ...
This paper presents a theoretical approach for optimal design focused on baking, which is based on k...
Rising energy costs and changing legislation are bringing the need for more efficient baking process...
The aim of this project was to benchmark energy utilisation of bread manufacturing and to provide me...
Rapid heat transfer methods such as jet impingement and infrared radiation can be used to speed up t...
Currently, because of the increase in energy prices there is a need to create energy-saving technolo...
The article gives the analytical generalization of the data on the energy efficiency for heat exchan...
Rapid heat transfer methods can be used to speed up the baking, process and create new product prope...
AbstractThe current practice of Injera (Spongy flat bread) baking is based on energy sources such as...