Which alcohol can be successfully produced via industrial fermentation processes_________________?
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Answer: C. CH3 – CH2 – OH
Explanation
Ethanol is synthesized commercially by treating sugar solutions with yeast enzymes during fermentation. Yeast naturally converts simple sugars into ethanol and carbon dioxide gas under anaerobic conditions. This biological pathway provides an efficient industrial route for producing large quantities of alcohol. Fermentation is an ancient biochemical process catalyzed by microbial enzymes without requiring oxygen. Ethanol has the chemical formula CH3CH2OH and serves as an important industrial solvent and fuel. Industrial fermentation utilizes agricultural feedstocks like corn, sugarcane, and grains rich in carbohydrates.
Biofuel production relies heavily on industrial fermentation to generate renewable ethanol fuel additives. The alcoholic beverage industry depends entirely on fermentation processes to produce beer, wine, and spirits. Green chemistry initiatives promote microbial fermentation as a sustainable alternative to petrochemical synthesis. Methanol cannot be produced via standard sugar fermentation and is instead synthesized from synthesis gas. Propanol is not the primary alcohol produced through standard industrial sugar fermentation processes. Phenol is an aromatic alcohol derivative that is manufactured through petrochemical oxidation pathways.
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