One of the efforts to look for alternative fuel that renewable and friendly environment is making biodiesel. Optimization process is beginning step to construct and operate commercial biodiesel plant. This research aims to look for optimum condition for biodiesel production from coconut oil and ethanol with reaction temperature and sodium hydroxide (catalyst) concentration as variable process. The reaction was carried out in a three neck round bottom flask equipped with a motor stirrer and thermometer. The result of optimum conditions are: reaction temperature of 48,88 C and catalyst concentration of 0.6972%. biodiesel that produced fulfil quality standard of biodiesel
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
In this study, a low-cost feedstock was chosen for biodiesel production. Coconut fatty acid Distilla...
One of the efforts to look for alternative fuel that renewable and friendly environment is making bi...
Biodiesel is produce by transesterification process using alcohol and the most alcohol used in biodi...
The aims of this research is to determine the potential for development of biodiesel from waste cook...
Biodiesel is a mono-alkyl ester derived from fatty acids that produced from vegetable oil or animal ...
Biodiesel is a mono-alkyl ester derived from fatty acids that produced from vegetable oil or animal ...
Biodiesel is a renewable fuel from a transesterification reaction in which triglycerides are convert...
Biodiesel is one of the renewable alternative fuels, which can be obtained from vegetable oils or an...
Camelina oil is a low-cost feedstock for biodiesel production that has received a great deal of atte...
The transesterification reaction has performed to convert waste cooking oils into biodiesel with a...
Biodiesel fuel was produced by the transesterification of microalgae oil using sodium hydroxide as a...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
This study is based on optimizing the experimental conditions of biodiesel production by base-cataly...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
In this study, a low-cost feedstock was chosen for biodiesel production. Coconut fatty acid Distilla...
One of the efforts to look for alternative fuel that renewable and friendly environment is making bi...
Biodiesel is produce by transesterification process using alcohol and the most alcohol used in biodi...
The aims of this research is to determine the potential for development of biodiesel from waste cook...
Biodiesel is a mono-alkyl ester derived from fatty acids that produced from vegetable oil or animal ...
Biodiesel is a mono-alkyl ester derived from fatty acids that produced from vegetable oil or animal ...
Biodiesel is a renewable fuel from a transesterification reaction in which triglycerides are convert...
Biodiesel is one of the renewable alternative fuels, which can be obtained from vegetable oils or an...
Camelina oil is a low-cost feedstock for biodiesel production that has received a great deal of atte...
The transesterification reaction has performed to convert waste cooking oils into biodiesel with a...
Biodiesel fuel was produced by the transesterification of microalgae oil using sodium hydroxide as a...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
This study is based on optimizing the experimental conditions of biodiesel production by base-cataly...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
Jatropha seed is potential to be utilized as raw material for biodiesel production by in situ transe...
In this study, a low-cost feedstock was chosen for biodiesel production. Coconut fatty acid Distilla...