Aidan Al-Hussieny, A., Abed Alsada, L., Faiq, A., Ateea Batah, A., J.Abed, I., Fauzy, S. (2013). Ability test of two algae Chlorella vulgares. Proscott and Navicual busiedtii. Kützing in reduction water salty excessive for river arabs. , 54(3), 516-525.
Ahmed Aidan Al-Hussieny; Lamyia Abed Alsada; Abeer Faiq; Asraa Ateea Batah; Ibrahim J.Abed; Shoruk Fauzy. "Ability test of two algae Chlorella vulgares. Proscott and Navicual busiedtii. Kützing in reduction water salty excessive for river arabs". , 54, 3, 2013, 516-525.
Aidan Al-Hussieny, A., Abed Alsada, L., Faiq, A., Ateea Batah, A., J.Abed, I., Fauzy, S. (2013). 'Ability test of two algae Chlorella vulgares. Proscott and Navicual busiedtii. Kützing in reduction water salty excessive for river arabs', , 54(3), pp. 516-525.
Aidan Al-Hussieny, A., Abed Alsada, L., Faiq, A., Ateea Batah, A., J.Abed, I., Fauzy, S. Ability test of two algae Chlorella vulgares. Proscott and Navicual busiedtii. Kützing in reduction water salty excessive for river arabs. , 2013; 54(3): 516-525.

Ability test of two algae Chlorella vulgares. Proscott and Navicual busiedtii. Kützing in reduction water salty excessive for river arabs

Iraqi Journal of Science
Article 1, Volume 54, Issue 3, 2013, Pages 516-525
Authors
Ahmed Aidan Al-Hussieny; Lamyia Abed Alsada; Abeer Faiq; Asraa Ateea Batah; Ibrahim J.Abed; Shoruk Fauzy
Abstract
Different concentrations prepared 2,4,8,16,32 ppt from flow water to Shatt-Al-arab by adding Chlorella vulgares and Navicual busiedtii as alone for each concentration. The results showed that the concentrations of salinity reduced to 0, 1.78, 9.45, 15 ppt after 10 days, with removed percentage 100, 100, 77.75, 40.93, 37.12 % respectively for Chlorella vulgares the cell numbers of Chlorella vulgares reached to 58.123, 60.123, 69.712, 37.234, 30.546 ×104/ml comparing with the control 55.652 ×104/ml while the absorbability of salinity reached to 0.378, 0.391, 0.489, 0.231, and 0.192 nm comparing with 0.342 as control. The external cell wall of Chlorella vulgares was swelling at 32 ppt. the removal percentage of salinity reached to 100, 100, 75 , 66, 45 % for Navicual busiedtii with cell numbers reached to 97.113, 120.903, 178.024, 231.112, 77.132 ×104/ml respectively comparing with 91.362 ×104/ml as control, while the absorbability of salinity ranched to 0.354, 0.367, 0.484 and 0.123 nm without change at cell wall of Navicual busiedtii.
Keywords
salinity; wall cells; Algae; adsorption; biomass; concentrations
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