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1. INTRODUCTION

Recently, The demand for biofuels has recently increased 1 are in high demand because owing to of their environmental usesbenefits. Biofuels are considered to be a good better alternate alternatives for traditional fuels if they are cost affectivecost-effective and, can be effectively mass-produced in large quantities in a continuous batch without hampering or having any negative effects on food supply ,2 and can be effectively derived from biomass to reduce without hampering food supply, and can reduce the cost and energy needed required to produce feedstock for biofuel production. Chemically, Biodiesels biodiesels are chemically mono-alkyl methyl esters. During esterification , 3 the fatty acids sequentially separate 4 s from the glycerin 5 e one by one via a catalyst. Biofuels, such as like biodiesels, are formed produced when a methyl alcoholmethanol (CH3OH) contacts binds with and forms a bond with a fatty acid molecule (e.g., palmitoleic acid CH3(CH2)5CH=CH(CH2)7COOH) and forms a bond.

Two2 major reasons why that prove Biofuels biofuels offer a to be better alternatives to fossil fuels are that they are economically competitive, and can be generated on a large scale from the waste of by recycling the waster produced on a daily basisour day-to-day lives thus ensuring a recycle of waste products to . These qualities of productive components as also biofuels also ensure the maintenance of maintaining a closed - 6 carbon cycle..

In this study, to To further identify which biofuels that are is better sources of energy and cost- effective, in this study compare the current presently available biofuels are compared with to some of the commonly used fossil fuels.

Explanations

 

1. INTRODUCTION

Recently, biofuels are in high demand because of their environmental usesbenefits. Biofuels are considered to be a good alternative if they are cost- affectiveeffective 1 , can be produced in large quantities in a continuous batch without hampering or having any negative effects on food supply , and can be effectively derived from biomass to reduce the cost and energy needed required to produce feedstocks for biofuel production.

Biodiesels are chemically mono-alkyl methyl esters. During esterification , 2 a catalyst separates the fatty acids separates from the glycerin 3 e one by one. Biofuels, like such as biodiesels, are formed when a methyl alcohol (CH33OH) bindscontacts and forms a bond with a fatty acid molecule 4 (e.g., palmitoleic acid CH3(CH2)5CH=CH(CH2)7COOH) and forms a bond.

2Two 5 major reasons why Bbiofuels offer aare better alternative tothan fossil fuels are as follows: that (1) they are economically competitive, and (2) can be generated on a large scale from the waste of our day-to-daydaily lives, thus ensuring a recycle of waste products to productive components whileas also maintaining a closed - 6 carbon cycle..

To further identify which biofuels is are better sources of energy and cost-effective effectiv, in this study, we compare the currently available biofuels to some of the commonly used fossil fuels.

Explanations

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