Consequences Of Bisphenol A

As stated earlier in the introduction, bisphenol A is commonly used around us in many products. Most plastic factories involve bisphenol A when they are building up plastics. But, have you ever wondered why most factories specifically include BPA in their products? The absolute reason behind that is the fact that bisphenol A is extremely effective when it comes to making plastic products harder than usual. In addition, BPA is also beneficial in making plastics resistant to shattering. For instance, when a plastic bottle containing bisphenol A suddenly drops off into a hard ground, its probability of getting shattered decreases because it was manufactured using bisphenol A. BPA can also be used to produce some plastic baby bottles, computer
It is a hard organic substance that is mainly utilized to manufacture plastics and is unable to dissolve properly in water. Furthermore, bisphenol A is a controversial substance that can be found in most of our daily plastic products, from liquid bottles to food containers. Many scientific debate papers are being written over this chemical substance concerning its effects and consequences of consuming it, as being exposed to BPA is inevitable nowadays because this chemical is available almost everywhere. Not to be confused with bisphenol F and bisphenol S,this term paper is going to broadly discuss bisphenol A as it is an important debatable substance that needs more scientific attention from chemists and
Each of these atoms exists by a specific percentage in the BPA molecule. Furthermore, there are fifteen carbon atoms, sixteen hydrogen atoms, and two oxygen atoms that are chemically combined together to form the substance of bisphenol A. Surprisingly, this widely-talked about chemical substance is a man-made matter constructed by a A. Dianin, a Russian scientist, in 1891. When the examiner first tried working on synthesizing bisphenol A, he came up with two phenol groups, which have a chemical formula of C6H6O, and integrated them with an acetone group, which has a chemical formula of C3H6O. This whole process of producing bisphenol A required a third substance that would effectively maximize the rate of the reaction. Mr. Dianin then realized that the only thing that would noticeably accelerate the procedure of producing the desired chemical is a strong acid, like sulfuric acid (H2SO4), chloric acid (HClO3), hydrobromic acid (HBr), and the most famous of all, hydrochloric acid (HCl). The required physical state of the reaction between the two phenol groups and the acetone group in order to produce BPA is condensation, the opposite of evaporation. Therefore, the chemical structure and shape of bisphenol A cannot be perceived unless there were two phenol groups, one acetone group, and an effective