EVALUATING THE ENERGY BALANCE SHEET ARTEMIA OF UREMIA LAKE AND THE METHODS OF OPTIMIZING ITSReport as inadecuate




EVALUATING THE ENERGY BALANCE SHEET ARTEMIA OF UREMIA LAKE AND THE METHODS OF OPTIMIZING ITS - Download this document for free, or read online. Document in PDF available to download.

OUR SEA : International Journal of Maritime Science & Technology, Vol.56 No.1-2 June 2009. -

In this study, an energy balance sheet was evaluated for the production of artemia in the Fasandoz plain of Miandoab.

The research was done in 8 earthen ponds, with 2 ponds of 0.7 hectares and 6 ponds of 0.3 hectares. According

to the results of the semi industrial research center in the Fasandoz plain in western Azerbaijan province, sampling

shows that the biomass of artemia average 40 tons per year. According to the energy efficiency of the cyst and

adult artemia compounds, the energy balance sheet is calculated as a function of biomass and protein. The amount

and energy efficiency ratio of data to saving is estimated as a function of biomass as 0.048, and as a function

of protein as 0.018. The most consumed energy is in response to application of hen fertilizer 47.74 percent and

gasoline 29.4 percent, and the least energy is consumed as required for releasing cysts 0.001. To produce

brine shrimp in Uremia Lake, the bisexual Artemia urmiana should be used. Recommendations are provided for the

optimal consumption of energy harvest of cysts in artemia breeding pools. In ponds designed to produce artemia, a

large amount of lime should be added in the preparation stage, to increase the alkalinity of the water, such that with

frequent fertilization until the end of the cycle, there is no reduction of pH in the water. The results indicate that at high

salinity, artemia populations will decrease in the ponds and fewer cysts will be produced. Cytogenesis of Artemia

urmiana occurs at low temperatures, such that cytogenesis should not be attempted during warm seasons.

Artemia uremia; artemia production; Fasandoz region; energy efficiency



Author: Mehdi Rasaei Far - ; The member of young researchers’ club; Khoy, West Azerbaijan Khoy Abdollah Hassanzadeh Gorttappeh - ; The

Source: http://hrcak.srce.hr/



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