
This report comprises an exhaustive cost evaluation and details of hexene production via oligomerization of ethylene. In the oligomerization process of ethylene to produce alpha-olefins like hexene, ethylene molecules are catalytically combined to form longer hydrocarbon chains. This process specifically targets the creation of linear alpha-olefins with even-numbered carbon atoms, including hexene (C6). The oligomerization typically occurs under controlled conditions using specific catalysts that promote the formation of desired chain lengths. Depending on the specifics of the oligomerization process and the catalysts used, the yield of hexene can vary, with some processes achieving a hexene content ranging from 12-20% of the total output.
Last Updated: January, 2025
In this full range process, ethylene molecules are combined to produce linear chains of even number of carbon atoms. These chains are alpha-olefins. 12-20% hexene content is obtained in various forms of this process.
The project economic analysis provided in the report discusses a Germany-based plant:
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