Optimisation of the dehydration process for medicinal and spice plants regarding energy demand, profitability and product quality; Subproject 2: Analysis for the optimisation of a band dryer
- Status
- completed
- Project begin
- 15.09.2007
- Project end
- 14.09.2010
- Keywords
- Energiebedarf, Gewürzpflanzen, Heilpflanzen, Qualität, Trocknung
Within this research project a conveyor band dryer for medicinal and spice plants in cooperation with an industrial partner will be optimised. Increasing energy prices und subsidised imports from foreign countries endanger the competitive capability of German producers. Therefore the task is to increase the capacity of the existing band dryer plant and reduce the specific energy consumption. Another goal is the improvement of the product quality, especially the use of the heat dissipated from a biogas plant for the dehydration process and the uniformity of the drying process will be analysed. The unequal distribution of air velocity and air temperature will be identified and eliminated. The thermodynamic system will be modelled and optimised by computational fluid dynamics (CFD).
Furthermore silage, which was previously compressed, will be dried utilising the heat dissipated from the biogas plant only. This is part of the BioLog project of the FNR.
The archived results from the pilot plant can be transferred to other similar band dryer plants
Budget: 250 000 Euro
Involved persons
Involved institutions
Sponsors
Publications in the course of the project
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Luftleitvorrichtung zur Verbesserung der Luftverteilung über der Bandbreite im Inneren von Bandtrocknern
2010: Böhner M; Barfuss I; Heindl A; Müller J; Graf H; Wieninger M
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Probleme bei der Bandtrocknung von Arznei- und Gewürzpflanzen bezüglich der Gleichmäßigkeit der Trocknung und des Energieverbrauchs
2008: Heindl A, Hollritt T, Müller J
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Optimierung von Bandtrocknung von Arznei- und Gewürzpflanzen in Bezug auf Energieeinsatz und Produktqualität
2009: Böhner M, Barfuss I, Heindl A, Müller J
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Modellierung und Optimierung der Luftführung eines Fünfbandtrockners mittels CFD-Strömungssimulation
2009: Barfuss I, Böhner, Heindl H, Müller J
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Monitoring of the moisture content during dehydration of parsley with near infrared spectroscopy
2009: Romano G, Böhner M, Rose P, Heindl A, Müller J
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Gleichmäßigkeit und Energieverbrauch der Bandtrocknung von Petersilie (Petroselinum crispum) [Uniformity and energy consumption of a band drying process of parsley (Petroselinum crispum)]
2009: Böhner M, Barfuss I, Heindl A, Müller J
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Optimisation of the airflow in a multi-belt conveyor dryer for spice plants by computational fluid dynamics
2010: Böhner M, Barfuss I, Heindl A, Müller J
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Einfluss der Bandtrocknung auf die Produktqualität von Petersilie (Petroselinum crispum)
2010: Argyropoulos D, Böhner M, Khan T M, Heindl A, Müller J
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Reducing fossil energy consumption of a belt dryer by using biogas waste heat
2010: Böhner M; Senckenberg P; Heindl A; Müller J
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Optimierung der Bandtrocknung und wirtschaftliche Auswirkungen
2010: Böhner M; Rose P; Senckenberg P; Heindl A; Müller J
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Perspektiven der Trocknung unter dem Druck steigender Energiepreise
2008: Müller J, Böhner M, Heindl A