The Functional Properties of Chokeberry and Kale Powders Obtained by an Innovative Method of Fluidised-Bed Jet Milling with Drying Compared to Freeze Drying
Abstract
The study evaluated the functional properties of chokeberry and kale powders obtained by the fluidised-bed jet milling with drying (FJMD) method compared to the freeze-drying (FD) method. The powders obtained by the FJMD method were characterised by low water activity (<0.3), vitamins C content of 320.2 mg/100 g d.m. for kale powder, total content of polyphenols of 1864.2 mg/100 g d.m. for chokeberry powder, antioxidant activity of 37.0 and 27.6 mmol Trolox/g d.m for chokeberry and kale powders respectively and sensory quality similar to raw material. The high content of vitamin C in the kale powder indicates the desirability of its greater use as a natural source of this vitamin. The properties of FJMD powders were similar to the functional properties of the FD powders, which indicate that the FJMD method can be very competitive as compared to FD method.
References
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© 2017 Walter de Gruyter GmbH, Berlin/Boston
Articles in the same Issue
- Editorial
- V Food Engineering Symposium (Warsaw, Poland)
- Research Articles
- Changes of Mechanical and Thermal Properties of Cranberries Subjected to Ultrasound Treatment
- Effect of Vacuum Impregnation on Drying Kinetics and Selected Quality Factors of Apple Cubes
- The Influence of Selected Drying Methods on the Physical Properties of Dried Apples cv. Jonagold Grown in Different Locations in Europe
- The Effectiveness of Vacuum-microwave Drying Methods in the Preservation of Amelanchier Berries (Amelanchier canadensis L. Medik.)
- The Functional Properties of Chokeberry and Kale Powders Obtained by an Innovative Method of Fluidised-Bed Jet Milling with Drying Compared to Freeze Drying
- Diastase Activity Retention and Physical Properties of Honey/Arabic Gum Mixtures After Spray Drying and Storage
- Effect of Processing Conditions on Microstructure and Pasting Properties of Extrusion-Cooked Starches
- Research on Particles’ Velocity Distribution in a Whirlpool Separator Using the PIV Method of Measurement
- Application of Nephelometry to Automatic Control of Cleaning Time during Cleaning Process in Clean in Place System
Articles in the same Issue
- Editorial
- V Food Engineering Symposium (Warsaw, Poland)
- Research Articles
- Changes of Mechanical and Thermal Properties of Cranberries Subjected to Ultrasound Treatment
- Effect of Vacuum Impregnation on Drying Kinetics and Selected Quality Factors of Apple Cubes
- The Influence of Selected Drying Methods on the Physical Properties of Dried Apples cv. Jonagold Grown in Different Locations in Europe
- The Effectiveness of Vacuum-microwave Drying Methods in the Preservation of Amelanchier Berries (Amelanchier canadensis L. Medik.)
- The Functional Properties of Chokeberry and Kale Powders Obtained by an Innovative Method of Fluidised-Bed Jet Milling with Drying Compared to Freeze Drying
- Diastase Activity Retention and Physical Properties of Honey/Arabic Gum Mixtures After Spray Drying and Storage
- Effect of Processing Conditions on Microstructure and Pasting Properties of Extrusion-Cooked Starches
- Research on Particles’ Velocity Distribution in a Whirlpool Separator Using the PIV Method of Measurement
- Application of Nephelometry to Automatic Control of Cleaning Time during Cleaning Process in Clean in Place System