Question

A horizontal three-phase separator is half-full of liquid, determine its size for given the following data: Oil flow rate (Qo

0 0
Add a comment Improve this question Transcribed image text
Answer #1

Ara een daka7 A hoaizonkal hanee-phoce sepoena091 haag- Susa id cbkesmise REs Sze39Ren me 953.auisng dasa -day 73000 oo Smmsb- CAO (San) O876 ASUn L07TO 876 Cascusate maximum sPo hicnegs lndma 9 nomar 122 ANo)Lesr)d 17 )mar 2 0.00128 lo War calcudaleAco hene 7b.257 Coseclake dmax (namae dmax dmas 21 dmax coscisase comainasfon o3-d, test trond de mat Casfss me a as copaby mdiest Oi3 490 2,01 Suit-0 loo drege From A Lonae, wopzonka haee-Phase seesate diameken S. Sengn Son gas capacisy Conn 1.7 bo2awltuoelt)-) 1.L12 구5어 17 l13,600 Pom la) abge - Honzonkaa m9ree pnoce sSepeeako Capacity amere vs sength bor seguad onesenf(bon iguiad capoets LSST Sesecs e0o endeopne nao choice in B171 ( Tme Chana 08 3-5 a lommon. cnoose 0 neasonab9e siao mak doe

Add a comment
Know the answer?
Add Answer to:
A horizontal three-phase separator is half-full of liquid, determine its size for given the following data: Oil flow ra...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • 11 Calculate the diameter and oil height of a vertical separator for the following conditions Maximum...

    11 Calculate the diameter and oil height of a vertical separator for the following conditions Maximum gas flow rate 35 MMscf/d 0.91 Gas compressibility Gas specific gravity 0.70 25000 barrels/day Maximum oil rate Specific gravity of oil Operating pressure Operating temperature Molecular weight of air 0.90 160 psig 105 F 28.97 1 minute Residence time 10.73 psia.ft3/b.mol°R 62.4 lb/ft3 1 at standard contions Universal gas constant Density of water Compressibility factor 11 Calculate the diameter and oil height of a...

  • 2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal...

    2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal heater treater for the following conditions: Oil flow rate-7500 bbl/day Inlet B.S. & W.-12% Outlet B.S. & W.-190 Oil viscosity = 50 cP at 80 Oil viscosity = 12 cP at 120 oF Specific heat of oil = 0.5 Btu/lb °F Oil specific gravity -0.86 Oil viscosity 22 cP at 100 °F Water specific gravity - 1.06 Specific heat of water-1.1 Btu/lb oF Inlet temperature...

  • 2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal...

    2. Determine the heat requirement and the size of the settling/coalescing section of a horizontal heater treater for the following conditions: Oil flow rate-7500 bbl/day Inlet B.S. & W.-12% Outlet B.S. & W.-190 Oil viscosity = 50 cP at 80 Oil viscosity = 12 cP at 120 oF Specific heat of oil = 0.5 Btu/lb °F Oil specific gravity -0.86 Oil viscosity 22 cP at 100 °F Water specific gravity - 1.06 Specific heat of water-1.1 Btu/lb oF Inlet temperature...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT