Basic organic chemical industry is an industry that produces all kinds of organic raw materials based on oil, natural gas, coal and so on. Its raw materials include hydrogen, carbon monoxide, methane, ethylene, propylene, toluene and other substances from oil, natural gas and coal.
These chemicals are simple organic compounds that often have straightforward molecular structures and are used as starting materials or intermediates in various industrial processes
Diverse and expansive, basic organic chemicals encompass a spectrum of classifications based on the raw materials employed in their synthesis.
This assortment is categorized into distinct groups: syngas products, methane products, ethylene products, propylene products, fatty hydrocarbon products above C4, acetylene products, and aromatics products.
Each of these classifications engenders a cascade of resultant products, originating from the seven specified raw materials. From any of the seven raw materials mentioned above, a series of products can be made.
The significance of basic organic chemical products is paramount, serving as the bedrock for the synthesis of a myriad of other organic compounds and forming the cornerstone of modern industrial infrastructure.
Its utility can be distilled into three fundamental dimensions.
Firstly, it acts as a foundational raw material for the creation of synthetic rubber, synthetic fibers, plastics, and diverse polymer-based chemical products.
Secondly, it plays a pivotal role in satiating the voracious appetite of other organic chemical industries, thereby substantiating their production of fine chemical products.
Lastly, guided by the nature of the end product, these chemicals find direct application in various domains.
For instance, they fulfill roles as refrigerants and antifreeze agents while also being harnessed directly in the pharmaceutical industry for critical applications like anesthetics and disinfectants. The versatility of basic organic chemical products underscores their integral position within multifaceted industrial landscapes.
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