experiment presented by 300

16
EXPERIMENT PRESENTED BY MEMBERS OF THE SOCIETY OF PETROLEUM ENGINEERs ( S.P.E) STUDENT CHAPTER OF THE UNIVERSITY OF BUEA LEVEL 400 STUDENTS Under the supervision of Dr. fozao kennedy

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Page 1: EXPERIMENT PRESENTED BY 300

EXPERIMENT PRESENTED BY MEMBERS OF THE SOCIETY OF

PETROLEUM ENGINEERs ( S.P.E) STUDENT CHAPTER OF THE

UNIVERSITY OF BUEALEVEL 400 STUDENTS

Under the supervision of Dr. fozao kennedy

Page 2: EXPERIMENT PRESENTED BY 300

TITLE OF EXPERIMENT

EXPERIMENT TO DETERMINE WATERFLOODING

Page 3: EXPERIMENT PRESENTED BY 300

AIM OF THE EXPERIMENTTo obtain the fractional flow curve using the

imbibition process in a horizontal porous medium.

REQUIREMENTS Pipe, pressure pipe, A tap, stopper, gravel, bucket, graduated bucket, water, A stop watch, oil(diesel).

Page 4: EXPERIMENT PRESENTED BY 300

SETUP OF THE EXPERIMENT

Page 5: EXPERIMENT PRESENTED BY 300

Volume of oil(diesel) in the pipe = 1.75l = 1.75x

Page 6: EXPERIMENT PRESENTED BY 300

PROCEDURE• A Pipe of length 0.5m was completely filled with

gravel and well saturated with oil(diesel).• One end of the pipe was connected to A bucket

containing water.• The other end of the pipe was connected to a tap • A graduated bucket was placed at the end of the

tap so as to collect the displaced oil.• A stopper was used to control the flow rate of

water and oil from the tap.

Page 7: EXPERIMENT PRESENTED BY 300

• The stopper was open at different time intervals, and

the volumes oil and water displaced were recorded as shown on the table below.

SERIES TIME /s VOLUME OF OIL/L

VOLUME OF WATER/L

1 5.4 0.3 0.2

2 20.6 0.4 0.6

3 31.5 0.5 1.0

4 45.9 0.7 1.6

Page 8: EXPERIMENT PRESENTED BY 300

Flow rate

Page 9: EXPERIMENT PRESENTED BY 300

Result obtained (calculation)

The flow rate of water Q= = 3.7x/s = = 2.9x/s

= = 3.2x/s

= = 3.5x/s

Page 10: EXPERIMENT PRESENTED BY 300

The flow rate of oil Q= = 5.5x/s = = 1.9x/s

= = 1.6x/s

= = 1.5x/s

Page 11: EXPERIMENT PRESENTED BY 300

The fractional flow of water () =

= =0.40

= =0.60

= =0.70

= =0.70

Page 12: EXPERIMENT PRESENTED BY 300

The saturation of water = 1 = 1 - But = and = -

= = 0.8 = 1 - 0.8 = 0.2

= = 0.77 = 1 - 0.77 = 0.23

= = 0.71 = 1 – 0.71 = 0.29

= = 0.60 = 1 – 0.60 = 0.4

Page 13: EXPERIMENT PRESENTED BY 300

0 0.20 0.23 0.29 0.40

0 0.40 0.60 0.70 0.70

0 0.2 0.23 0.29 0.40

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

Fractional flow curve

Fractional flow curve

𝑓 𝑤

𝑠𝑤

Page 14: EXPERIMENT PRESENTED BY 300

HAND PLOTTING OF THE FRACTIONAL FLOW CURVE

Page 15: EXPERIMENT PRESENTED BY 300

Thanks

Page 16: EXPERIMENT PRESENTED BY 300

TECHNICAL TEAM

• NKUMBE ELVIS NJUME• BONAVENTURE DUM- BUNG• MA - EFFETI NGALE A.• BATE BORIS BATE• MBOUNA KENFACK LEONEL• NORISTAR MBI MUA• NJOMO STEPHANIE• MPARA CARINE BONGKA