Molasses is a byproduct of which factory/industry?

Molasses is a thick, dark syrup that is produced as a byproduct during sugar production. When sugarcane or sugar beet is processed to extract sucrose, not all the sugar can be crystallized. The leftover liquid, which contains sugar, minerals, vitamins,... Read More

1 CHEMISTRY MCQS

Molasses is a byproduct of which factory/industry?

  • Fertilizer
  • Cotton seed oil
  • Sugar
  • Banaspati Ghee
Correct Answer: C. Sugar

Detailed Explanation

Molasses is a thick, dark syrup that is produced as a byproduct during sugar production. When sugarcane or sugar beet is processed to extract sucrose, not all the sugar can be crystallized. The leftover liquid, which contains sugar, minerals, vitamins, and other compounds, is called molasses. Its rich content of nutrients and sugars makes it useful in food products, animal feed, and fermentation industries.


The process starts in a sugar factory, where sugarcane is crushed to extract juice. The juice is then boiled and concentrated to crystallize sugar. After repeated boiling and crystallization, the remaining syrup becomes molasses. There are different grades of molasses, including first molasses, second molasses, and blackstrap molasses, which is the final and most concentrated byproduct. Blackstrap molasses is particularly rich in iron, calcium, potassium, and magnesium.


Molasses is also used in fermentation processes to produce ethanol and alcoholic beverages, and in baking and confectionery for its flavor and moisture-retaining properties. In addition, molasses is sometimes used as a natural fertilizer due to its mineral content.


It is important to note that molasses is not produced in fertilizer factories, cottonseed oil factories, or Banaspati ghee industries. Its origin is strictly tied to the sugar industry, which makes it a key byproduct of sugar processing.


Understanding molasses production helps students learn about industrial chemistry, sugar processing, and byproducts in food industries, linking practical applications to everyday science. It also demonstrates how a waste or byproduct can have multiple uses in food, agriculture, and industry.

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