Twister supersonic separator: Difference between revisions
Content deleted Content added
m Tony1 moved page Twister Supersonic Separator to Twister supersonic separator |
No edit summary Tag: references removed |
||
| (7 intermediate revisions by 6 users not shown) | |||
| Line 1: | Line 1: | ||
{{Primary sources|date=September 2007}} |
{{Primary sources|date=September 2007}} |
||
The '''Twister |
The '''Twister supersonic separator''' is a compact tubular device which is used for removing water and/or hydrocarbon dewpointing of [[natural gas]].<ref>{{cite book | title = Fundamentals of Natural Gas Processing | url = https://archive.org/details/fundamentalsnatu00kidn | url-access = limited | edition = First | author = Arthur Kidnay, William R. Parrish | publisher = CRC Press | year = 2006 | isbn = 0-8493-3406-3 | pages = [https://archive.org/details/fundamentalsnatu00kidn/page/n206 185]–186}}</ref><ref>{{cite book | title = GPSA Engineering Data Book | edition = 12th | publisher = GPSA Press | ref = DBCDSI | pages = 16–2}}</ref> The principle of operation is similar to the near [[isentropic]] [[Brayton cycle]] of a turboexpander. The gas is accelerated to supersonic velocities within the tube using a [[De Laval nozzle]] and inlet guide vanes spin the gas around an inner-body which creates the "ballerina effect" and centrifugally separates the water and liquids in the tube. [[Hydrate]]s do not form in the Twister tube due to the very short residence time of the gas in the tube (around 2 milliseconds). A secondary separator treats the liquids and slip gas and also acts as a hydrate control vessel. Twister is able to dehydrate to typical pipeline dewpoint specifications and relies on a pressure drop from the inlet of about 25%, dependent on the performance required. The fundamental mathematics behind supersonic separation can be found in the Society of Petroleum Engineers paper (number 100442) entitled "Selective Removal of Water from Supercritical Natural Gas".<ref>{{cite journal | doi = 10.2118/100442-MS | title=Selective Removal of Water From Supercritical Natural Gas | year=2006 | journal=SPE Gas Technology Symposium | author=Karimi Anahid, Abedinzadegan Abdi Majid}}</ref> The closed Twister system enables gas treatment [[subsea]] .<ref>[http://www.offshore-mag.com/index/article-display/296658/articles/offshore/subsea/latin-america/subsea-gas-processing-technology-test-under-way.html Subsea gas processing technology test under way]</ref> |
||
It is a product of '''Twister BV''', a Dutch firm |
It is a product of '''Twister BV''', a Dutch firm acquired by WAEP Coöperatief U.A. |
||
UOP a Honeywell company invested in the company since 2011. |
|||
==References== |
==References== |
||
Latest revision as of 14:05, 10 August 2020
 |
The Twister supersonic separator is a compact tubular device which is used for removing water and/or hydrocarbon dewpointing of natural gas.[1][2] The principle of operation is similar to the near isentropic Brayton cycle of a turboexpander. The gas is accelerated to supersonic velocities within the tube using a De Laval nozzle and inlet guide vanes spin the gas around an inner-body which creates the "ballerina effect" and centrifugally separates the water and liquids in the tube. Hydrates do not form in the Twister tube due to the very short residence time of the gas in the tube (around 2 milliseconds). A secondary separator treats the liquids and slip gas and also acts as a hydrate control vessel. Twister is able to dehydrate to typical pipeline dewpoint specifications and relies on a pressure drop from the inlet of about 25%, dependent on the performance required. The fundamental mathematics behind supersonic separation can be found in the Society of Petroleum Engineers paper (number 100442) entitled "Selective Removal of Water from Supercritical Natural Gas".[3] The closed Twister system enables gas treatment subsea .[4]
It is a product of Twister BV, a Dutch firm acquired by WAEP Coöperatief U.A.
References
[edit]- ^ Arthur Kidnay, William R. Parrish (2006). Fundamentals of Natural Gas Processing (First ed.). CRC Press. pp. 185–186. ISBN 0-8493-3406-3.
- ^ GPSA Engineering Data Book (12th ed.). GPSA Press. pp. 16–2.
- ^ Karimi Anahid, Abedinzadegan Abdi Majid (2006). "Selective Removal of Water From Supercritical Natural Gas". SPE Gas Technology Symposium. doi:10.2118/100442-MS.
- ^ Subsea gas processing technology test under way