|
||||||||||||||
|
||||||||||||||
| Kill Well |  |  | |
| Post Reply | Engineering Forum | ||
| Posted by: Sumit Rama ® 08/19/2010, 05:35:13 Author Profile eMail author Edit |
I want to calculate : Flow Rate = Q Barrels/min
I am pumping at P = 690 Bar Pressure from topside to a subsea well at Water depth W=1000 meter through X=2 inch Diameter hose of length L = 1000 meter. Liquid I am using is of Density D = 10 ppg. Please help. Or any additional info required let me know. |
| Post Reply Tell a Friend (must be logged in) Alert Admin About Post |
View All | Previous | Next | |
|
||||
| Replies to this message |
| : Kill Well | | ||
| : Kill Well -- Sumit Rama | Post Reply | Top of thread | Engineering Forum |
| Posted by: efendy ® 08/19/2010, 20:54:31 Author Profile eMail author Edit |
delta p = (rho*f*L*v^2)/2D this is from Bernoullie f = friction coefficient
Q = A*v ; A = cross section area of your pipe
|
| Post Reply Tell a Friend (must be logged in) Alert Admin About Post |
Where am I? Original Top of thread | Previous | Next | |
| : : Kill Well | | ||
| : : Kill Well -- efendy | Post Reply | Top of thread | Engineering Forum |
| Posted by: Subsea_intervention ® 08/19/2010, 22:32:50 Author Profile eMail author Edit |
Remember you will need to account for hydrostatic pressure when you pump from topside MSV or vessel of opportunity to well. |
| Post Reply Tell a Friend (must be logged in) Alert Admin About Post |
Where am I? Original Top of thread | Previous | Next | |
| : : : Kill Well | | ||
| : : : Kill Well -- Subsea_intervention | Post Reply | Top of thread | Engineering Forum |
| Posted by: efendy ® 08/22/2010, 20:40:51 Author Profile eMail author Edit |
yes indeed |
| Post Reply Tell a Friend (must be logged in) Alert Admin About Post |
Where am I? Original Top of thread | Previous | | |
|
|
 |
© Copyright 2000 - 2012, by Engineers Edge, LLC All rights reserved.
Disclaimer
