Experimental Utilization Of 2-Ethoxy Ethyl Acetate

Introduction Because of its superior fuel efficiency, diesel engines dominate the commercial transportation and agricultural machinery sectors. However, their use of more emissions of oxyfuel seems to be a promising solution for reducing existing and future diesel engine emissions. Oxygenated fuel is an oxygenate compound. It helps to burn fuel more efficiently and is used to reduce certain types of air pollution. The oxygenated fuel is characterized by the following molecular conditions of the fuel: low molecular weight and high hydrogen to carbon ratio of the molecule and number of low carbon carbon bonds

Ethyl acetate is the most popular ethanol and acetate. It is used on a large scale as a solvent. Ethyl acetate is a volatile, relatively nontoxic, non hygroscopic medium polar solvent. Ethyl acetate is an organic compound, also called ethyl acetate, usually abbreviated EtOAc or EA. The following is a table of general data and physical properties of ethyl acetate. In 1985, Japan, North America and Europe produced about 400,000 tons per year. Commercially available ethyl acetate has a minimum purity of 99.8%, water and ethanol does not exceed 0.03%, it is a colorless transparent fragrance scent.

Three methods were used for the preparation of ethyl acetate, Tishchenko, esterification and direct addition of higher acetic acid (AVADA). By considering all the advantages and disadvantages of each method, direct addition acetate (AVADA) was chosen as the best alternative to ethyl acetate production. The main reason for choosing AVADA is that the catalyst used is environmentally friendly.