This article deals with the exergy analysis and evaluation of broccoli in three different drying systems. The effects of drying air temperature on the exergy destruction, exergy efficiency, and exergetic improvement potential of the drying process were investigated. The exergy destruction rate for the drying chamber increased with the rise in the drying air temperature at 1.5 m/s, both in the tray and the heat pump dryer. The highest exergy efficiency value was obtained as 90.86% in the fluid bed dryer in comparison to the other two drying systems and the improvement potential rate was the highest in the heat pump dryer during drying of broccoli at the drying air temperature of 45°C and the drying air velocity of 1.0 m/s. © 2010 Taylor & Fr...
Broccoli (Brassica oleacea L.) can be classified as a good value of agriculture product that contain...
This article deals with the exergy analysis of a single layer drying process of mint leaves in a gro...
A common and well-accepted green vegetable, broccoli (Brassica oleracea L.) plays a significant role...
This article deals with the exergy analysis and evaluation of broccoli in three different drying sys...
Convective drying is an effective post-harvest method to the extend shelf life of vegetables and to ...
The aim of this paper was to optimize the technological process of broccoli drying. The drying exper...
The effect of air-drying parameters on antioxidant activity and changes in antioxidant compounds of ...
In the drying value chain for fruits and vegetables, nine sub-processes have been identified. This w...
AbstractIn the drying value chain for fruits and vegetables, nine sub-processes have been identified...
The effect of air-drying parameters on antioxidant activity and changes in antioxidant compounds ofb...
This work concerns the combined optimization of the retention of bioactive components and energy eff...
Brassica oleracea L. italica, the scientific name for broccoli, is a vegetable that is frequently co...
Drying is a high-energy-intensive operation and an important step in the pasta production. In this s...
WOS: 000244215700003This paper is concerned with the exergy analysis of the single layer drying proc...
In this research, energy and exergy loss were analyzed in the laboratory for the drying of eggplant ...
Broccoli (Brassica oleacea L.) can be classified as a good value of agriculture product that contain...
This article deals with the exergy analysis of a single layer drying process of mint leaves in a gro...
A common and well-accepted green vegetable, broccoli (Brassica oleracea L.) plays a significant role...
This article deals with the exergy analysis and evaluation of broccoli in three different drying sys...
Convective drying is an effective post-harvest method to the extend shelf life of vegetables and to ...
The aim of this paper was to optimize the technological process of broccoli drying. The drying exper...
The effect of air-drying parameters on antioxidant activity and changes in antioxidant compounds of ...
In the drying value chain for fruits and vegetables, nine sub-processes have been identified. This w...
AbstractIn the drying value chain for fruits and vegetables, nine sub-processes have been identified...
The effect of air-drying parameters on antioxidant activity and changes in antioxidant compounds ofb...
This work concerns the combined optimization of the retention of bioactive components and energy eff...
Brassica oleracea L. italica, the scientific name for broccoli, is a vegetable that is frequently co...
Drying is a high-energy-intensive operation and an important step in the pasta production. In this s...
WOS: 000244215700003This paper is concerned with the exergy analysis of the single layer drying proc...
In this research, energy and exergy loss were analyzed in the laboratory for the drying of eggplant ...
Broccoli (Brassica oleacea L.) can be classified as a good value of agriculture product that contain...
This article deals with the exergy analysis of a single layer drying process of mint leaves in a gro...
A common and well-accepted green vegetable, broccoli (Brassica oleracea L.) plays a significant role...