Q2: Determine the size of a vertical separator to handle 600 bpd (barrel per day) of 55° APIcondensate and 50 bpd of produced water. Assume the water particle size is 200 μm.Other operating conditions are as follows:SE-726Operating temperature = 80 °F / Operating pressure= 1000 psig/Water specific gravity = 1.01)H./Condensate viscosity = 0.55 cp @ 80 °F / Condensate specific gravity for 55° API = 0.76 /Retention time = 3 min / capacity of separator = 1100M201344096 xe

To determine the size of the vertical separator, we can use the sizing equation for horizontal…

Q2: Determine the size of a vertical separator to handle 600 bpd (barrel per day) of 55° API condensate and 50 bpd of produced water. Assume the water particle size is 200 μm. Other operating conditions are as follows: 36 Operating temperature = 80 °F / Operating pressure= 1000 psig / Water specific gravity = 1.01 Condensate viscosity = 0.55 cp @ 80 °F / Condensate specific gravity for 55° API = 0.76 / Retention time = 3 min / capacity of separator = 1100 EASY 7813-3 +1=1,096x66 726

Q2: Determine the size of a vertical separator to handle 600 bpd (barrel per day) of 55° API condensate and 50 bpd of produced water. Assume the water particle size is 200 μm. Other operating conditions are as follows: 36 Operating temperature = 80 °F / Operating pressure= 1000 psig / Water specific gravity = 1.01 Condensate viscosity = 0.55 cp @ 80 °F / Condensate specific gravity for 55° API = 0.76 / Retention time = 3 min / capacity of separator = 1100 EASY 7813-3 +1=1,096x66 726

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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