1Research Engineer, ICAR-AICRP on PHET
2Scientist (PE), ICAR-AICRP on PHET
3PG Scholar, Department of PFE, CAE, UAS, Raichur
4Assistant Professor, Department of PFE, CAE, UAS, Raichur
*Corresponding author email: udaykumarnidoni@yahoo.co.in
Online published on 11 February, 2016.
An experiment was carried out to study the drying characteristics of a locally available, low-value and underutilized freshwater fish (Coilia dussumieri), commonly known as Monangu, using solar tunnel dryer. Samples were treated with salt (25% w/w) for 1 h to improve the shelf life of the dried product. Salt treatment reduced the initial moisture content of fresh fish from 271.08% (d.b.) to 153.16% (d.b.). Salt treated and control fish samples were dried in a solar tunnel dryer and under open sun. Drying time for salt-treated fish samples was 13 h (27.77% less) in solar tunnel dryer as against 18 h in open yard sun drying. The fish samples were dried up to the safe moisture content (below 10% (d.b.)). The biochemical and microbiological analysis of dried fish revealed that the salt treated fish dried in solar tunnel dryer had superior quality compared to other treatments.
Drying of fish, fresh water fish, salt treatment of fish, composition of dried fish