What does VGO mean in TRANSPORTATION
Vacuum Gas Oil (VGO) is a by-product obtained from crude oil refining. It is an intermediate feedstock that can be further processed for the production of gasoline or diesel. VGO is produced in a high-pressure distillation process that separates hydrocarbons from crude oil into useful products. This process helps to reduce the amount of contamination in the product, making it ideal for certain industrial applications. VGO contains components ranging from light fraction to heavy fraction with a boiling point of 300°C - 500°C.
VGO meaning in Transportation in Governmental
VGO mostly used in an acronym Transportation in Category Governmental that means Vacuum Gas Oil
Shorthand: VGO,
Full Form: Vacuum Gas Oil
For more information of "Vacuum Gas Oil", see the section below.
Uses
VGO has many uses in industries such as chemical manufacturing, power production and transport fuels production. The chemical constituents of VGO makes it particularly well suited as a raw material for producing lubricants, waxes and other polymers which are used in various industries worldwide. It's also used as a blending component in low-sulphur diesel fuels, fuel oils and jet fuels. Power producers use it as fuel while marine vessels make use of it in their propulsion system due its high calorific value when compared to other liquid fuels like kerosene or gasoline.
Benefits
The main benefit of using VGO as feedstock for manufacturing is its low sulphur content, making it clean burning and less hazardous to the environment compared to other fossil fuels such as coal or natural gas. The components present within VGO make it ideal for use in industrial applications where high temperatures are required during processing such as when manufacturing polymers or lubricants. Additionally, its relatively low cost compared to other feedstocks makes it desirable economically.
Final Words:
In conclusion, Vacuum Gas Oil (VGO) is an intermediate feedstock obtained from the distillation process of crude oil refining and provides numerous benefits over alternative products by virtue of being clean burning with lower pollutant levels than coal and natural gas. Its applications range across multiple industries ranging from chemical manufacturing and power production through transport fuels production and marine vessels propulsion systems due to its varying boiling points contained within the product range between 300°C - 500°C enabling usage depending on relative ambient conditions.
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