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Cassava feed granulator
Application/use
  To produce granulated feed from cassava based compound flour
Description of the technology
 
The low palatability of the cassava based feed  due to the powdery nature of flour gave way for the particle size up gradation by the process of pelleting, granulation or globulation. It also help to make handling easier, reduce the volume to weight ratio and maintain uniformity in size and shape of the final products.  The centrifugal granulator developed for feed preparation based on cassava flour offers better scope for the in situ consumption and farm scale processing of tubers.
The granulator consisted of a cylindrical drum  mounted horizontally on a shaft installed on a  trapezoidal angle  iron frame work The sides of the drum are covered leaving provisions for spraying  water using a knapsack sprayer while the granulator is  in operation. A rectangular slot with a cover is provided at the down slope of the drum for feeding the materials and to take out the granulated feeds.  The machine can be operated by manually and also by an electric motor (¾ hp). Flours of different feed formulations ie., cattle feed and poultry feed were fed to the granulator, started  granulating by rotating the machine, simultaneously spraying  the  water using a knapsack sprayer and the resulting granules were dried. The capacity of the machine worked out to be 20 kg/h
Inputs required
Raw material Cassava based compound feed powders
Plant and machinery Nil
Power Manual/electrical
Manpower One/two
Land  
Investment  
Out put capacity
  20 kg/h
Unit cost
  Rs 8,000/-
Commercialisation
Commercialisation status(Specify if any other) To be commercialised
No of Licensees  
Selected addresses (one or two)

 

Developed by
  Dr. M.S. Sajeev, Principal Scientist
Central Tuber Crops Research Institute
Sreekariyam, Trivandrum, Kerala 695 017
Contact for details
  Director, Central Tuber Crops Research Institute, Sreekariyam PO, Trivandrum, Kerala- 695 017
ctcritvm@yahoo.com, Ph: 04712598551,
Fax : 04712590063
Patent obtained/ applied
  NA

CTCRI© 2013