Abou-EJmagd, A., Ibrahim, M., Abdellatif, S. (2002). THE RELIABLE SELECTION OF A RICE MILLING MACHINERY SYSTEM FOR EGYPTIAN CONDITIONS. Journal of Soil Sciences and Agricultural Engineering, 27(9), 6313-6329. doi: 10.21608/jssae.2002.255357
A. E. Abou-EJmagd; M. M. Ibrahim; S. M. Abdellatif. "THE RELIABLE SELECTION OF A RICE MILLING MACHINERY SYSTEM FOR EGYPTIAN CONDITIONS". Journal of Soil Sciences and Agricultural Engineering, 27, 9, 2002, 6313-6329. doi: 10.21608/jssae.2002.255357
Abou-EJmagd, A., Ibrahim, M., Abdellatif, S. (2002). 'THE RELIABLE SELECTION OF A RICE MILLING MACHINERY SYSTEM FOR EGYPTIAN CONDITIONS', Journal of Soil Sciences and Agricultural Engineering, 27(9), pp. 6313-6329. doi: 10.21608/jssae.2002.255357
Abou-EJmagd, A., Ibrahim, M., Abdellatif, S. THE RELIABLE SELECTION OF A RICE MILLING MACHINERY SYSTEM FOR EGYPTIAN CONDITIONS. Journal of Soil Sciences and Agricultural Engineering, 2002; 27(9): 6313-6329. doi: 10.21608/jssae.2002.255357
THE RELIABLE SELECTION OF A RICE MILLING MACHINERY SYSTEM FOR EGYPTIAN CONDITIONS
Agricultural Engineering Dep., Fac. of Agric" Mansoura Unlv" Egypt.
Abstract
The miUing performances of four rice milnng machinery systems of different whitener units have been tested and compared. These systems include the One-Pass milling system (M1); Two-Pass milling system (M2): Three-Pass milling system (M3), and the lace/ly (Engelberg) mJlJing system (M4).
The milling lests have been deduced against, three different rice varieties and at three grain moisture content levels. The milling processes of lhese systems have been evaluated in terms of Ihe miRed grain quality, Ihe mill energy consumption, and the milling machinery costs.
The gained results indicated that !he three-pass system (M3) produced the highest extra grade rice, and !he lowest broken ratio (2 %). In addition, the minimum machinery cost (11.8 LEiton). and !he lowest speclfie energy consumption (28.06 kWMon) are accomplisned lhe two-pass system (M2). Finally, the Engelbarg system (M4) exhibits the highest specific energy consumpUon (74.708 kWMon). the highest broken grain ratio (26.72 %). and the lowest rice quality grade (N05).
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