Genetic

PRODUCTION OF BIODIESEL FROM MICROALGAE PRESENTED BY RAMAKRISHNAN RAVICHANDRAN 3rd form BIOTECHNOLOGY SHRI ANDAL ALAGAR COLLEGE OF ENGG EMAIL-ID: ramkrishnan1992@gmail.com CONTACT NO: 9176740418 Abstract external warming of air contamination and limitation of fossil pushing become more estimable gradually, biodiesel is the solution for this problem. Microalgae have been suggested as very good source for fuel proceeds because of their advantages of amplyer(prenominal) photosynthetic efficiency, uplifteder biomass production and faster development compared to another(prenominal) energy crops. One of the particular starting point for this social occasion is identification of suitable algal strains that are capable of producing senior heights biomass with rapid accumulation of braggy quantities of neutral lipides down the stairs intense culture conditions.

In the current study, screening of cardinal isolates of leatherneck microalgae for biomass production and lipid accumulation was carried out. The data analyses nether controlled lab conditions i.e f/2-si sensitive was used with 27±0.5ºC, pH - 7.8±0.2 and 1660 µE/s/m2 heat intensity with 24 hrs photoperiods. tied(p) though all the xii algal isolates have the power of storing lipids (detected by Nile Red fluorescents), algal isolates S5 and MCU were performed in terms exhibit high Specific offset Rage (SGR) 0.209±0.008 and 0.183±0.014 respectively. The dry biomass production vagabond of those algal isolates was 23.44±0.139 mg l-1 d-1 and 21.87±0.176 mg l-1 d-1. The selected two isolates were culture under different nitrogen source with different initial nitrogen concentration. They showed different effectuate on total lipid and embrocate production in S5 and MCU. Urea was found to be the better(p) nitrogen source for high biomass production in MCU (76.60±0.92 mg l-1 d-1) and S5 (44.63±0.67 mg...If you want to get a full essay, order it on our website: Ordercustompaper.com

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