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{{Short description|Oil refining device}}
A '''Millisecond furnace''' is a device used for [[Cracking (chemistry)|cracking]] naphtha into ethylene, by extremely short (50 to 100 millisecond) exposure to temperatures of about 900 degrees Celsius, followed by a rapid quenching below 750 degrees Celsius.
A '''Millisecond Furnace''' is a device used for [[Cracking (chemistry)|cracking]] naphtha into ethylene,<ref>"M. W. Kellogg's new pyrolysis furnace...", ''Technical Survey'', 1975, accessed on Google Books 2014-07-31</ref> by extremely short (50 to 100 millisecond) exposure to temperatures of about 900 degrees Celsius, followed by a rapid quenching below 750 degrees Celsius.


It was developed by [[M. W. Kellogg]] and [[Idemitsu]] in the 1970s.<ref>"the new Kellogg-Idemistu Millisecond Furnace", ''High Temperature Chemical Reaction Engineering'', Symposium Series No. 43, Institution of Chemical Engineers, 1975, p.12-1, accessed on Google Books 2014-07-31</ref>
They were developed by [[M W Kellogg]] in the 1970s.

==References==
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[[Category:Oil refining]]
[[Category:Oil refining]]


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Latest revision as of 22:54, 22 December 2021

A Millisecond Furnace is a device used for cracking naphtha into ethylene,[1] by extremely short (50 to 100 millisecond) exposure to temperatures of about 900 degrees Celsius, followed by a rapid quenching below 750 degrees Celsius.

It was developed by M. W. Kellogg and Idemitsu in the 1970s.[2]

References

[edit]
  1. ^ "M. W. Kellogg's new pyrolysis furnace...", Technical Survey, 1975, accessed on Google Books 2014-07-31
  2. ^ "the new Kellogg-Idemistu Millisecond Furnace", High Temperature Chemical Reaction Engineering, Symposium Series No. 43, Institution of Chemical Engineers, 1975, p.12-1, accessed on Google Books 2014-07-31