What is transesterification?
transesterification is an organic process in which a combination of alcohol with Ester produces another alcohol. The process may require the addition of a catalyst to facilitate change. Catalysts used to create this transition can be either acid or base. In some cases, an enzyme of a bio-care-style is used to start the process.
The chemical process by which transesterification occurs is relatively basic. Alcohol esters are produced by a combination of water -based acid and then by distilling the mixture to remove the water. When alcohol and ester are combined with a catalyst that can be acidic, base or enzymatic nature, a chemical reaction begins. The catalyst dedicates or reaps the proton depending on whether it is acidic or basic. This change causes organic group r "alcohol to switch places with the organic group of ester. The result is a new ester and alcohol.
and are used to produce incense and perfumes. Alcohol products can be used to provide fuel for equipment and other chemical reactions. In some cases, this process is also used to create herbicides and other chemicals of industrial force.
One of the known examples of this chemical process is to create bio diesel. BIO Diesel is a chemical compound produced by a transesterification of vegetable oil. Triglycerides or oil in oil are converted into usable fuel during the process. This form of transesterification was used to create biological diesel, which powered large vehicles in some countries, even before World War II.
Bio diesel transesterification is an enzymatic form of the process. The first patent for the process was published by Colgate in the 50th of the 20th century, but the research was carried out at Technique long before this date. Much of the early research of transesterification of biological dieselDates until the 1940s, when the US war effort focused on finding fast ways to produce glycerin for explosives.
Research has also been carried out in the field of biopin transesterification BIO. Specialized methanol was made in a laboratory environment using bio lipids and this chemical process. Scientists were able to use high temperatures and pressure to induce the process in these biopide compounds.