In a new study by Hamid Moghimi, a faculty member of the University of Tehran, a yeast strain was ideified as Candidozyma Haemuli EBL25, which was significaly capable of producing lipid fuel (Biodiesel).
Moghimi poied out that concerns about fossil fuel consumption and its impact on global warming have led researchers to examine biological fuels, adding that the yeast produced 1.5 grams per liter and 1.5 grams per liter of lipids, and more ierestingly, producing 6.5 perce of the foam. To produce Biodiesel Converts.
He added: Analysis of the fatty acids of the produced lipids, the ideal composition of 4.3 % acid OleikIt showed 4.3 % of linoleic acid and 4.9 % palmitic acid, which is very suitable for biological fuel production.
A member of the faculty of biology, saying that the yeast, in addition to producing lipids, also capable of producing biosorphacta (natural surface tension reduction), said the strain was able to create a 3.5 % emulsion index for Toluvin and 2 % for diesel and reduce surface tension by MN. These features were maiained even at high temperatures and alkaline pH, indicating that the yeast can be used to bio -crude oil cleansing.
The findings of this study show that the Candidozyma Haemuli yeast is a 25 -strand that simultaneously has two importa uses, including helping to produce biological fuels as a sustainable replaceme for fossil fuels and use in the environmeal clearing of oil -coaminated environmes.
This scieific achieveme is an effective step in reducing fossil fuels and promoting sustainable alternatives.
(tagstotranslate) Hamid Moghimi (T) University of Tehran (T) Biological Fuel (T) Scieific Research (T) Scieific Articles
