Crude oil undergoes multiple processing stages in a distillation tower to maximize its value, with different components separated based on their boiling points: liquefied gas (household use), gasoline (20% of output, for vehicles), naphtha (raw material for plastics and synthetic fibers), aviation fuel (higher purity for aircraft engines), diesel (30% of output, for heavy equipment), heavy fuel oil (for ships), lubricating oil (for machinery), and asphalt (from residues, for road paving).
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How Many Times Does Crude Oil Get Processed Before You Use It? ๐คฏ่ฟฝๅ :
Do you know how many rounds of processing a barrel of crude oil must go through to maximize its value? Many people when they first see crude oil think it looks black and sticky, like the least valuable thing. But its real power is hidden inside. Crude oil freshly extracted from the ground is actually a natural mixture formed by various components. It is then sent into a distillation tower several tens of meters high, beginning a thorough unboxing. The lightest components are separated first, turning into liquefied gas used in every household. Next what is separated is the familiar gasoline, which almost all cars on the street rely on. And its output accounts for about 20% of crude oil. However, what is truly easy to overlook is naphtha. The name sounds unfamiliar, but a large amount of plastic, synthetic fibers, and household products rely on it for raw materials.
In other words, you might think you are wearing clothes and using plastic, but in reality petroleum may have already played a part in them. Further on, crude oil takes on another identity, the portion becoming aviation fuel. Compared to regular gasoline, it requires higher purity and stability, as engines in the sky are not so easy to please. Another part becomes diesel. This powerhouse accounts for nearly 30% of the output, with heavy trucks, excavators, and various large equipment relying on it to keep running. Even those seemingly heavy and inconspicuous parts are not idle.
Some become heavy fuel oil to power ocean-going ships, while others turn into lubricating oil to reduce wear between machinery, even at the end. The black and sticky residues at the bottom of the tower are not discarded. They eventually become asphalt, paving the roads we walk on every day. So the true power of crude oil is not just in its ability to burn, but in how humans have utilized its value to the fullest, integrating it into every corner of life.
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