Vacuum gas oil is specifically drawn from the section just above the very bottom, known as the vacuum residue. Vacuum gas oil possesses a higher boiling point, typically ranging between 350°C and 550°C (662°F and 1022°F), which directly correlates to its carbon chain length.
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Role in Diesel and Fuel Oil Synthesis Beyond lubricants, vacuum gas oil serves as a vital component in the production of middle distillates, particularly diesel fuel and heating oil. The treated product can then be blended into diesel pools or further processed to enhance cetane number and combustion efficiency.
Lighter components like gasoline and naphtha are drawn off at the top, while heavier residues remain at the bottom. Understanding the Fundamentals of Vacuum Gas Oil To appreciate the role of vacuum gas oil , it is essential to understand its position within the distillation tower.
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Feedstock for Conversion Processes In the modern refining landscape, vacuum gas oil is frequently directed toward conversion units rather than simply being sent to a coker. Through a series of sophisticated chemical processes, including hydrocracking and solvent refining, the long-chain paraffins and aromatics within VGO are purified and modified.
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