Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor

Nowadays, paddy drying using conventional method is irrelevant to used. The increasing need of grain each year is one of the main factor that pushes scientist to invent new methods of drying paddy grain. The old method is unusefull since it takes up space, needed the sun as the drying media which ca...

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Main Authors: Prasetyo Totok, Riska Listiyana, Arlanta Rahim, Sumardiono Siswo
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201815605022
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spelling doaj-1e9e249b54f440baa147c5e6b8331f3a2021-02-02T03:41:47ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011560502210.1051/matecconf/201815605022matecconf_rsce2018_05022Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic ConveyorPrasetyo TotokRiska ListiyanaArlanta RahimSumardiono SiswoNowadays, paddy drying using conventional method is irrelevant to used. The increasing need of grain each year is one of the main factor that pushes scientist to invent new methods of drying paddy grain. The old method is unusefull since it takes up space, needed the sun as the drying media which causes a long drying time. One of the alternative of drying paddy grain is by using mechanic dryer. By using this dryer type, the process of drying takes faster comparing to the old method and the distribution of grain is supplied continuously. The dryer which uses pneumatic conveyor can be one of the solution due to its less energy consumption, a better drying result, and high drying capacity. The variable used to identify drying performance is temperature and loading weight. From the experiment, it is resulted that the best temperature for drying paddy grain is 60°C with the weight loading of 150 gram.https://doi.org/10.1051/matecconf/201815605022
collection DOAJ
language English
format Article
sources DOAJ
author Prasetyo Totok
Riska Listiyana
Arlanta Rahim
Sumardiono Siswo
spellingShingle Prasetyo Totok
Riska Listiyana
Arlanta Rahim
Sumardiono Siswo
Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
MATEC Web of Conferences
author_facet Prasetyo Totok
Riska Listiyana
Arlanta Rahim
Sumardiono Siswo
author_sort Prasetyo Totok
title Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
title_short Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
title_full Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
title_fullStr Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
title_full_unstemmed Experimental Study of Paddy Grain Drying in Continuous Recirculation System Pneumatic Conveyor
title_sort experimental study of paddy grain drying in continuous recirculation system pneumatic conveyor
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Nowadays, paddy drying using conventional method is irrelevant to used. The increasing need of grain each year is one of the main factor that pushes scientist to invent new methods of drying paddy grain. The old method is unusefull since it takes up space, needed the sun as the drying media which causes a long drying time. One of the alternative of drying paddy grain is by using mechanic dryer. By using this dryer type, the process of drying takes faster comparing to the old method and the distribution of grain is supplied continuously. The dryer which uses pneumatic conveyor can be one of the solution due to its less energy consumption, a better drying result, and high drying capacity. The variable used to identify drying performance is temperature and loading weight. From the experiment, it is resulted that the best temperature for drying paddy grain is 60°C with the weight loading of 150 gram.
url https://doi.org/10.1051/matecconf/201815605022
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AT riskalistiyana experimentalstudyofpaddygraindryingincontinuousrecirculationsystempneumaticconveyor
AT arlantarahim experimentalstudyofpaddygraindryingincontinuousrecirculationsystempneumaticconveyor
AT sumardionosiswo experimentalstudyofpaddygraindryingincontinuousrecirculationsystempneumaticconveyor
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