[Q&A] Catalytic Coking Reformate Blending Version 20170831
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What are the sources of coke produced in delayed coking? Answer: (1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke. http://bbs.hcbbs.com/static/image/hrline/1.gif http://bbs.hcbbs.com/static/image/hrline/2.gif The answers will be announced automatically after two days. Petrochemical Zone—“Creative Ideas for Energy Saving”: The Second Round of This Activity is in Full Swing http://bbs.hcbbs.com/thread-1666758-1-1.html “My Technical Upgrades” in the Coal Chemical Industry in 2017 http://bbs.hcbbs.com/thread-1786290-1-1.html [Daily Question] Summary Post for 2017 on the Blending of Products from Catalytic Coking and Reforming Processes http://bbs.hcbbs.com/thread-1811219-1-1.html [Q&A] Summary Post for 2017 on the Blending of Products from Catalytic Coking and Reforming Processes http://bbs.hcbbs.com/thread-1826018-1-1.html
The condensation of resins and asphalts in residue leads to the formation of coke； Aromatics and polycyclic aromatics in residue condense to form coke ； The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue yields coke. (2) The condensation of aromatics and polycyclic aromatics in residue yields coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue yields coke. (2) The condensation of aromatics and polycyclic aromatics in residue yields coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue leads to the formation of coke. (2) The condensation of aromatics and polycyclic aromatics in residue results in the formation of coke. (3) The condensation of reaction intermediates yields coke.
(1) The condensation of resins and asphaltenes in residue yields coke. (2) The condensation of aromatics and polycyclic aromatics in residue yields coke. (3) The condensation of reaction intermediates yields coke.