Ethylene glycol is a generic referring to any class of organic compounds that belong to the alcohol family (Yu, Zhao & Gong, 2012). It is normally a colorless, oily liquid which possesses a sweet taste combined with a mild smell. Glycol is manufactured commercially from ethylene oxide which is obtained from ethylene (Yu, Zhao & Gong, 2012). This particular generic is considered quite significant in the gas and oil industry, particularly where pipelines are concerned. Natural gas pipelines tend to go under the sea where temperatures are very low, often close to freezing, and salt water eats away the pipes (Yu, Zhao & Gong, 2012). Most people recognize ethylene glycol for its inherent antifreeze traits, which prevents blockages from freezing temperatures in addition to increasing total rust protection. Notably, glycol becomes dangerous when ingested but nontoxic following short term skin contact.
Some of the essential conventions of the genre, the ones that allow me to recognize it as such are the 1,3-butanediol which is usually used as a starting material for the production of brake fluids and of plasticizers for resins, and 1,4-butanediol used in polyester resins for plasticizers and coatings (Yu, Zhao & Gong, 2012). Its overall protection from rust makes ethylene glycol famous in areas such as packaging, automotive, and fabric industries. When initially introduced, this particular generic compound also created a small revolution in aircraft design, when substituted for water as an engine coolant (Yu, Zhao & Gong, 2012). Its superior boiling point enabled smaller radiators to function at superior temperatures.
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The expectations that I bring with me when I view a novel illustration of my favourite genre is that it is not only effective, but will also not disappoint in terms of its significance. As already indicated, my favourite illustrations of the generic include 1, 4-butanediol and 1,3-butanediol (Yu, Zhao & Gong, 2012). As a generic, glycol meets all of the conventions and satisfies all of the expectations.
Reference
Yue, H., Zhao, Y., & Gong, J. (2012). “Ethylene glycol: Properties, synthesis, and applications.’ Chemical Society Reviews , 41(11). Pp. 4218 – 4244.
