SOQ-11706WELL LOGS - BIRDWELL DIVISION - SEISMOGRAPH SERVICE CORPORATION - SEISMIC VELOCITY SURVEYAND LOG CALIBRATION - CONDUCTED FOR SOQUIP - SOQUIP, PARKE NO 2 WELL - REPORT #11706

SEISMIC VELOCITY SURVEY

AND

LOG CALIBRATION

SOQUIP SOQUIP PARK NO. 2

QUEBEC, CANADA

SEISMIC VELOCITY SURVEY AND

LOG CALIBRATION

SOQUIP SOQUIP PARK NO. 2 QUEBEC, CANADA

CONDUCTED FOR

SOQUIP

BY

Birdwell Division Seismograph Service Corporation • SUBSIDIARY OF RAYTHEON COMPANY

TULSA, OKLAHOMA 74102

C ENTIEL

P.O. BOX 1590

CONTENTS

Page

Introduction 1

Operation Statistics 1

Instrumentation 2

Field Procedure 3

Results and Interpretation

Seismic 3

Velocity Log 4

Appendix

Location Map

Shooting Plat

Definition of Terms

Velocity Calculation Sheet

Printout of Depth, Interval, and Average Velocities

Calibrated Velocity Log Data Sheet

Digital Record Display

In Pocket

Deviation Plot

In Pocket

Time-Depth Velocity Curves with Velocity Log

In Pocket

Calibrated Velocity Logs

In Pocket

s

INTRODUCTION

A Seismic Velocity Survey was conducted for Soquip in their Soquip

Park No. 2 well located in Quebec, Canada. The survey was conducted by

the Birdwell Division of Seismograph Service Corporation on September 29,

1980.

A borehole compensated Sonic Log, digitized and integrated from 330

m. K.B. to 2450 m. K.B., was calibrated to the geophone survey data.

•

•

OPERATION STATISTICS

Location:

Surface conditions:

K.B. elevation:

Seismic datum elevation:

Survey based on:

Casing depth:

Well total depth:

Shotpoint locations:

St. Alexander, Quebec

Favorable

387 meters

61 m

K.B. elevation

Driller: 292 m. K.B. Logger: 291 m. K.B.

Driller: 2452 m. K.B. Logger: 2453 m. K.B.

See shooting plat

•

i

Number of holes drilled: 4

Normal charge depth: 40 m. to 50 m.

Normal charge: 1 to 2 kg.

Number of levels tested: 17

Upper geophone level: 300 m. K.B.

Deepest geophone level: 2448 m. K.B.

Elevation velocity: 5420 m./sec.

INSTRUMENTATION

Energy Source: Explosives

Downhole Detector: Six 15 Hz. geophones connected in parallel

Downhole Amplification: 62 db

Borehole Coupling: Surface controlled locking arm

Surface Amplification: Floating poing amplifier

Recording: SSC model IDPC-1100 floating point digital recording system

Tape Format: 9 track, 800 bpi, IBM compatible

Sample Rate: 1 millisecond

Trace polarity:

Digital tape playouts: Time breaks: down Geophone breaks: down

FIELD PROCEDURE

Standard practice,"using the wall-coupled geophone, is to lower the

instrument to the level to be tested, open the coupling device, slacken

the cable, shoot, pick up the slack, retract the coupling device and then

move to the next level where the cycle is repeated. Slackening the cable

while the phone is coupled to the borehole wall minimizes the effect of

cable-borne energy.

RESULTS AND INTERPRETATION

Seismic

An elevation velocity (Ve) of 5420 m./sec. was used for datum

corrections. This velocity is usually determined from an uphole survey.

In this case, such a survey proved impossible to do. Therefore, the

elevation velocity was determined by the geophysicist at the site using

the first few levels tested.

The digital tape data have been edited and arranged according to

depth producing a Digital Record Display. A copy of this display is

included in the report pocket. The data used for calculation consists of

the times picked from this display for each level. These time data are

tabulated with the velocities and calculation steps on the velocity

calculation sheet found in the appendix. A computer plot of time-depth,

average and interval velocities, with a reduced scale plot of the

calibrated velocity log is included in the report pocket. - -

•

-3-

• Velocity Log

The time depth values obtained from the velocity survey are used to

calibrate the raw velocity log. The measured time intervals from the

survey are compared with the corresponding integrated time intervals from

the raw velocity log. A plot is made indicating the differences between

the geophone data and the log, and from this plot adjustments are

determined and applied to the log. This plot is labeled Deviation Plot,

and is included in the report pocket. The adjustments determined from

the Deviation Plot are applied by moving the raw velocity log curve

laterally in such a way that when reintegrated the log times will agree

closely with the well geophone times. The lateral adjustments consist of

a linear or differential shift.

Linear shifts are calculated using the équation:

Shift = tA2 ' tAl x 106

D1 - D2

where D is the depth of the adjustment point, and to is the

amount of time adjustment indicated by the adjustment point.

The result is expressed in microseconds/ft. The linear shifts

are applied only when the equation is positive as the log error

in the case is assumed to be instrumental in origin. When the

equation is negative a differential shift is used.

• -4-

Differential shifts are calculated using the equation:

(tL - tA)2 - (tL - tA)1 % Shift = x 100

tL2 - tL1

where tL is the travel time from the raw velocity log at the

adjustment point, and to is the amount of time adjustment

indicated by the adjustment point. Differential shifts are applied

whenever the calibration data indicates a shift towards higher

velocities. The lower velocities, due to borehole effects, are

assumed to have contributed more transit time error than higher

velocities. Therefore, lower velocity sections of the log recieve

larger corrections than higher velocity sections. Differential

shifts are expressed as a percentage 'of the raw velocity log

values. In both equations above, subscript 1 corresponds to the

shallow adjustment point and subscript 2 corresponds to the deep

adjustment point. (See Deviation Plot)

The adjustments to the log interval time data are listed on the

calibrated log heading, and have been absorbed into the natural velocity

contrasts as recorded on the velocity log. The total travel times for

the geophone levels as shown by the calibrated log, and indicated time

differences between the geophone and calibrated log data, are listed on

the calibrated velocity log data sheet in the appendix. The time

differences are minimal.

•

-5-

•

Three copies of the calibrated velocity log are included in the

report pocket: One at a linear depth scale of 12.75 mm=100 m, one at a

linear time scale of 5 cm. per second, two way time and one at a linear

time scale of 10 cm. per second, two way time. A computer printout of the

calibrated log data, listing one and two way travel times, depth,

interval and average velocities, is included in the appendix.

The results from the survey are good, and the data are considered

reliable.

Respectfully submitted,

Birdwell Division of Seismograph Service Corporation

Date 2-°1,ô 1 By OG`1sx_x,v._. LaVern Peugh (Interpre

Date Edward B. McDuff Man

f\

7-1 LAURENTIDE

PROVINCIAL

SOQU I P SOQUIP PARK NO. ST. ALEXANDER

UEB

QUEBEC 'Q

N

0 0 5 IO SCALE-„+u1

20 30 MILES

•

PARK

QUEBEC

STATION RaNIEEL 455 Ft. 1250 Ft.

455 Ft. 1250 Ft.

455 Ft. 1250 Ft.

455 Ft. 1250 Ft.

SOQUIP SOQUIP PARK NO. 2 QUEBEC, CANADA

ELEVATION

1

2

3 4

• • SHOOTING PLAT (SIMULATED)

LEGEND Q SKOTPO I NT

O WELL SCALE 1'' = 100'

• CROSS-SECTION AND DEFINITION OF TERMS

Elevation ShotholeFe T,—

de II E. D.

Elevation Well

Dwd Dws

H-- Shot Elev.

Dgm

Dgs Dgd

Dgm = Geophone depth below well elevation Dwd = Difference between well elevation and elevation datum = Ew—ED Dgd = Geophone depth below elevation datum = Dgm — Dwd

is = Uphole time in shothole tr = Refroction time from-reference gaophone ds = Depth of shot H = Horizontal distance from well to shothole tad = Difference between shot elevation and elevation datum = Es — ds — ED Dgs = Geophone depth below shot elevation = Dgd Asti cos i = Dgs / Dgss T = Observed travel time from shot to well geophone Gr = Quality grade of well geophone 'break Tgs = Travel time for Dgs distance = T cos i

Asd/ve = Time correction from shot to elevation datum Tgd = Travel time for Dgd distance = Tgs — Asd/ve

vo = Average velocity to depth Dgd = Dgd/Tgd ADgd = Interval distance = Dgd,,— Dgd. ATgd = Interval time for ADgd distance = Tgd„ — Tgda

vi = Interval velocity = ADgd/ATgd S = Direct diagonal distance from shot to geophone = Dgs/cos i ED = Elevation or reference datum ve = Elevation correction velocity Ae = Difference between well elevation and shothole elevation = Ew — Es

•

BIRDWELL DIVISION gr̀ 7~1 5eismogroph 5cruice Corporation g / A SL195101ARY Of RAYTHEON COMPANY

PO. BOX 1590

• TULSA, OKLAHOMA 74107

EXPLOSIVE SEISMIC VELOCITY SURVEY

SOQUIP SOQUIP PARK NO. 2 QUEBEC, CANADA

• • ELEV.

8 m K.B.

O..d

26m TOTAL DEPTH

2452m K.B. CSG DEPTH

2•2m K.B. ELEV. DATUM

61m ELEV. VEL., V..

5420m/sec. DATE

Se.tember 29 1980

LEVEL FILE °R REmR° NO.

S.F. N0. Ch g'

t s t r ME ASURED MEWED VER TICAL Ogm

- p d }( g S.P. - EIcY .

D°t. - Elev.

d s = A sa) = Dg, g H Dls r.

Cos i Av9• T

Gr. T s - g A .d Tgd g Av .

Tg~ VO ~ Ogd ~ Tgd Vi Ye

A 3 4 1 k. .011 00 00 -26 81 61 12 08 282 1 • .8 o ; -

G

-

.1205,

IIIIMMI1121•IMIIIM 0 68

.0568

-

.0637

-

.0637

-

5878 5871

174 .0296 5878

B 2 4 1 k. .011 00 00 1 III MMI Ell ._96_08

.9799

M .123 _

200 .0341 5865 C 1 4 1 kg .011 a0 00 PM81 MN 08

200 0359 5571 D ~ I k. .011 900 900 574 381 61 14 306 880 .9878 .158 G .1561 .0565 .0996 .0996 5763

200 0333 6006 E 1 kg .011 1100 1100 774 381 61 14 306 1080 139 .9918 .191 G .1894 .0565 .1329 .1329 5822

200 0343 5831 F 1 kg .011 1300 1300 974 381 61 14 306 1280 139 .9942 .225 F .2237 .0565 .1672 .1672 5826

200 .0352 5682 G 1 kg .011 1500 1500 1174 381 61 1 4 306 1480 139 .9956 .260 G .2589 .0565 .2024 .2024 5800

100 0170 5882 H 1 k. .011 1600 1600 1274 381 61 14 306 1580 139 .9962 277 F .2759 .0565 .2194 .2194 5806

100 0171 5848 1 kq .013 1700 1700 1374 381 61 14 306 1680 139 .9966 .294 F .2930 .0565 .2365 .2365 5810

100 0161 6211

1111

1 kg ..7 1800 1800 1474 381 61 14 306 1780 139 .9970 .310 G .3091 .0565 .2526 .2526 5836

100 0170 5882 1 kg 7 1900 . 1900 1574 381 61 14 306 1880 139 .9973 .327 G .3261 .0563 .2696 .2696 5838

100 0181 5525 L 22 1 kq .018 2000 2000 1674 381 61 14 306 1980 139 .9975 .345 G .3442 .0565 .2877 .2877 5819

100 0170 5882 n 21 1 k. .012 2100 2100 1774 381 61 14 306 2080 139 .9978 .362 F .3612 .0565 .3047 .3047 5822

100 0170 5882 N ~ 4 1 kg .010 2200 2200 1874 381 61 14 306 2180 139 .9980 .379 G .3782 •0565 .3217 .3217 5825

100 0180 5556 0 4 1 k. .014 2 00 2300 1974 381 61 14 306 2280 139 .9981 .397 G .3962 .0565 .3397 .3397 5811

100 .0183

0078

5456

6154 1111 ~

ill2k

■

.

k•

~ 2400 2400 2074 381 61 15 305 2379 139 .9983 .415 .4143 .0563 .3580 .3580 5793

48 ~ 2448 2448 2122 381 61 14 306 2428 139 •9984 .423 .4223 .0565 .3658 .3658 5801

~-■. -

■.■ -- -

..C-..1..

SOQUIP

FREE 1 SDQUIP PARK NO.2

QL~ ^ BEC , CrlItiADA

DEPTH TWO-WRY BELOW

TIME DATUM

(MS) WITS)

2 5.8

INTERVAL VELOCITY

(MTRS/SEC )

5822

AVERAGE VELOCITY

(MTRS.'SEC )

5822

INTE17RRTED ONE-WRY TIME (MS)

1 2 4 11.7 5892 5857 3 6 17.7 5975 5896 4 8 23.5 5`r'96 5871 5 10 29.2 5719 5841 6 12 35.2 5978 5964 7 14 41.1 5947 5876

16 a5.8 5781 ÇQC

9 18 52.8 5030 5966 10 20 59.6 5778 5857 11 22 64.2 5675 5,840 12 24 69.8 5551 5816 13 26 75.6 5815 5916 14 28 81.6 5977 5828 15 30 87.5 5919 5934 16 32 93.4 5913 5839 17 34 99.1 5678 5829 18 36 104.7 5642 5919 19 8 110.3 5578 co~~sJ~' _ 20 40 115.9 5E.26 5797 21 42 121.7 5763 5796 22 44 127.5 5950 5798 23; 46 133.3 5730 -.,9 5 er 24 48 5535 5784 2._, 50 144.3 5437 5770 26 ~2 149.8 5 556 5762 27 54 155.4 5594 5755 28 56 161.1 5677 5753 29 J, J~J

CO .~u 6~

1t.t,. Q 172.2

5712 5405

5752 5740

31 62 170.0 5046 5744 32 64 183.8 5797 5745 33 66 183.6 5710 5744 34 69 1y5:2 5603 5740 35 70 200.9 5732 5740 36 72 205.5 51.39 5737 37 74 21 2.1 5594 5733 38 76 217.7 55~4 5730 39 78 223.4 5683 5729 40 80 229.1 5657 5727 41 82 234.6 5525 5722 42 84 240.4 5744 5723 43. 86 246.2 5828 5725 44 88 252.0 5804 5727 45' 90 257.7 5740 5727 46 92 262-7 5933 5732 4? 94 269.6 5908 5736 48 96 275.4 5875 5738 49 98 281.2 5779 5739 50 100 287.1 5o2o ~ 5741

•

SOCdUIP

PAGE 2 SOC)U I P PARK N0. 2

DJE BEC, CANrIDA

INTEIRATED DEPTH ONE-WAY TWO-WAY BELOW

TINE TINE DATUM

(MS) (MS) (MTPE)

51 102 2`33. 0

52 104299.0

53 106 305.1

54 108 311.0

4~ 110 317.0

s6' rrE 322.0

57 114 328.9

58 116 334.8

59 118 340.6

60 120 346.2

61 122 352.0

62 124 358.0i1.3~j

62 126 3.8

64 128 269.5

65 130 375:4

ES 132 381.3

67 134 307.1 _J

6` 8_ 136 292.8

lJy 138 298.5

70. 140 404.2

71 142 410.1

72 144 416.0

73 146 421.9

74 148 427.7

75 150 433.6

76 152 439.5

77. 154 445.1

78 156 450.7

79 168 456.5

80 160 462.1_

81 162 467.8

82 164__ 473.5

83 165 479.3

84 165 195.0

85 170 490.7

8V 172 496.6

87 174 502.4

88 176 508.3

89 178 513.8

90 180 519.5

q1 182 5~5 . 5

92 184 531.2

93 186 836.8

94 188 542.3

Ga.7 190547.9

96 192 553.7

97 194 559.7

98 196 565.9

99 198 571.9 100 200 5/7.9

INTERVAL VELOCITY

(MTPE✓5EC)

5942 6005 5113 5879 5045 65b`7 5901 5824 5912 5604 5871 5965 58`6 5692 5902 5919 :,766 5675 5710 5712 5 942 5887 5909 5799 5,902 5875

~~]] 55 7 U %15 5759 5591 5~-' 5 7, 5709 5819 5680 5=90 5373

5820 -C~1JJ~. 5('7'~58 5950 5738 5599 5482 5616 5798 6022 6127 5`398 5983

PVERASE VELOCITY

(IITRS/SEC )

5745 5 750 5757 5759 5764

r~st7i 5771 5772 5772 Sî69 C~ ~ _.,1 r r 5774 5775 5774 5776 5778 5778 5776 5, 7 7 5 5774 5777 5778 S700 V0 5780 5782 5783 5780 5778 5778 5776 5775 5775 5775 5774 5/73 5771 5775 5776 5-~ f J 5773 5775 5771 5772 5769 5768 5768 5771 5774 5716 5779

•

AVERAGE - VEL(1C I TY

(fTTRE/SEC )

5779 5779 -57-?7 5776 5778 5781 5782 5784 5786 5787 5788 5790 5792 5795 5797 5799 58a1 5,903 6804 6.883 5886 Cr--ii308 5310 5011 5812 6914 57816 5817 6818 clF,10 5819 5621 5823 5924 5826 5826 582 (

5827 5828 5[8~2(9~77~1 .~.J03~'l

5832 5834 5835 5835 5835 5836 5838 5810 5838

50DUIP SOnUIP PARK NO.2

DUEBEC,CANADA

I NTE5 RTED DEPTH INTERVAL ONE-WRY TWO-WRY BELOW VELOCITY TIME TIME DRTLU1 (115) (I1S) (I 1TFE) (MTRS/SEC )

101 - 202 83.7 5862 102 204 589.4 5734 102 20G s~q E510 104 208 600.7 5634 105 210 606.7 6025 106 :- 212 61='.7 6032 107 214 618.6 5903 108 21E 624.6 CC,Go 109 218 630.6 5989 110 220 635.6 57~V~3 _ 111 222 642.5 5881 112 224 648.5 6015 113 226 654.6 6028 11-a 115

228 -D-D43

660.6 666.6

6040 5987

116 2 32 _J7`.7 6033 117 234 t~78 . 7 5997 118 236 £8-1.7 6041 119 238 690.7 SGG~ _•L 120 240 696.6 5952 121 242 5JJÛ 7 122 244 708.6 6102 123 246 714.7 ùi%31 124 248 ~~~.6~~_ 5937 125 ?50 72c.6 5964 12E 2.J2 732.6 5997 127 254 7?9.6 6037 128 129

256 2C0

t ~i`i '.6 75l`

' . 5 COC C

5950 130 260 755 . .J 590? 131 262 769.3 5957 132 264 768.4 6114 133 256 774.4 6029 134 269 7,90.4 5996 135 270 785.5 6046 136 272 792.4 5916 137 274 798.3 5893 138 i'b 276 804.1 CCiO

JVVL_ 129 278 810.1 C:~C~~ J _ 140 280 816.1 5965 141 282 822.0 5951 142 284 82;3 . 1 6134 143 286 834.2 605 144 288 840.3 6081 1.45 290 846.3 5951 146 292 852.0 5717 147 294 857.9 C0;96 J_• _ 148 296 864.0 6152 149 150

29(~~9 1r J` `1 87a.1 675.7 U ( 5 . 7

6045 5653

•

PAGE 3

•

SODUIP 50QU I P PARK 110.2

QUEBEC, CFN .DA

I NTEi3PATEn DEPTH INTERVAL ONE-l!A`f TJO-IJRY EELOIJ VELOCITY TIME TIME DATUM (MS) (115) (VIT S) (MTRS7SEC )

PAGE

AVERAGE VELOCITY

(MTP.S/SEC)

151 -302 891.4 5684 583? 152 304 857.2 5796 5837 153 305 893.2 6006 5838 154 303 899.1 996 5;338 155 310 905.0 5844 5844 5838 166 312 910.8 5902 5838 157 314_ 916.4 5837 158 316 922.0 5-Cq3 J. 5883E 159 318 927.7 5740 5835 160 3cti0 5+33.4 5691 5834 161 322 939.2 s809 58834

162 324 945.2 5998 r-_O"J5 J:J J 163 325 951.0 5750 5834 164 328 95~.9 c-q 1 9 5935 165 330 952.5 r=~~q J'_ 7 5V3Û 166 332 959.8 5947 5835 167 334 974.8 5957 5037 169 -DJ6 980 .8 5969 5838 169 333 995.7 ~9'0 J_ 8 5.2.39 170 34 7 997.7 5980 171 172

342 244

999.7 1004.3

5930 J .c-~641

5840 (''] 5839

173 345 1010.0 5746 5838 174 348 1015.7 5614 5837 175 3=.0 1021.4 5697 Ç0 36 175 35D 1027.1 5726 59.36 177 354 103.9 C,-IJJ 5235 178 2:.6 1039.5 c,701 5834 s79 259 1044.2 572`J 5Û3.J

1 8o 3.50 1049.q CG""~e.i3 J 181 ca 1065.6 5731 5832 182 ~64 1061.3 5727 5831 183 366 1057.1 5768 6831 184 - J̀ o 1072.7 55ÇJ3 58_20 1e.5 370 1078.3 5~6_4 5928 186 187

372 374

108 ":'..7 1099.2

5429 l 9 ~ JJ _

5226 5525

18S_ 375 378

1094.7169 1100.3 5572

5.9?3 5822

190 3,,0 1106.0 5723 5921 191 382 1111.6 5536 5820 192 384 1117.3 5710 5919 193 306 1123.0 5756 5819 194 398 1125.8 6727 581E 195 390 1134.2 5489 5817 195 392 1140.0 5792 5915 197 394 1145.9 5969 5817 199 395 1151.8 c.954 5917 19,9 3n8 1167.6 5i.25 58.•17 200 400 1162.4 5556 5917

•

4

•

SOGU I P SOPU i P PARI; NO . 2

DULI3r.C . CANADA

I N TEEPHTED DEPTH INTERVAL ONE-WAY TWO-WAY BELOW Va_OC I TY TIME TIME -D AT1 i

(MS) (!1S) (mTPS ) (l1TFS/SEC)

FAGE

AVERAGE VELOCITY

(MTRS/SEC)

201 402 1169.3 Sc,c10 5818 202 404 1175.2 5835 5819 203 406 1181.0 . JVJ2 5818 204 403 1185.8 5797 5818 205 .410 1192.6 5807 5819 206 412 1199.4 5747 5917 207 414 1204.1 55.83 5817 208 416 1209.9 5814 5317 209 418 1215.6 5771 5816 210 420 1221.4 5740 5816 211 422 1227.1 5754 5916 2l2 424 1233.0 JU3 f 5916 213 425 1, 30.8 5937 5816 214 428 1245l . ( 55(J 5916 215 420 125~J.5 5:'21 5816 216 -1-=;2 1256.4 - 5913 5817 217 4: ;`1 1252.2 5.938 S917 _218 -135 1269.3 5943 Çt.V1O

219 438 1274.3 c`+VB c=,~19 U~_

220 410 1280.3 6021 5819 221 442 12_96. 2 C ;89 x:329 _222 444

445 129_~. E~ 1297.q

c-.809223 5i{20

5820 00 J~0 ~~

224 448 1203. 6 5• ~'37 Es2y7 225 /~ :,C~ 4 1309.7 6033 5821 226 452 1315.6 557? 5-821 227 454 1321.6 5970 5822 229 ~~ '~ ~ 45E

4=-8 1327.6 1333.5

5951 r7 ~'9J ( 5.03

230 460 1329.5 5975 5S'24 2--11 452 1245.5 / 5yi7_ 5825 232

1 f̂ i~b 233454 ,/ 1251.4

1 ----77.3

...,r

Sy~3 ~ pO7 lJ~. ( 5c25 5225

234 'Y L 8 1353 . 2 . çcpo~ 5026 235 470 1262.9 z, r'55 587,5 228 2-7,- f

472 ~i f 4

1374.8 ,1

1JJ41 .(7

59417 5955

5~'2J Cü'7~ J~ ~b

238 476 12;86.8 C~ J.:i9 5827 .̀7.ci 478 13y,D. ( 5913 5827 240 430 1299.5 5778 5921 7 241 402 1404.4 5280 5927 242 484 1410.2 5,847 5827 243 485 1416.0 5756 5927 244 438 1421.? 5730 5827 245 490 1427.5 5798 55j27 245 492 1433.2 55~33 5925 247 494 1433.9 5668 5825

248 495 1441.7 5777 SC25 249 490 1450.4 c.701 5e25 250 500 1456.2 5779 5925

5

È SOQU I P SOG?U I P. PARK

GUEBEC, CAI IRDA

J 1ti î ^~~Yf~TE~ DEPTH ONE-1-JR1' TWO-14:1'i' BELOW TIME TIME DATUM

N0 . 2

I NI ^.-}?UHL VELOCITY

PA6E

AVEPfarE UELOCITY

(MS) • (I15) ( I-iTPS ) (HMS/SEC) (I1TRS / SEC )

251 502 1461.9 5794 5824 2̀=' 504 1467.7 5798 5924 253 5.~ 6 1473.6 c879 5~25 254 508 1479.5 .-̀...9ia5 5v25 255 510 1495.4 5961 25E 512 1491.3 5::;79 6925 257 514 1497.2 JV_ f `;326 258 516 1503.0 5✓•34 5e26 259 518 1519.9 5973 r:826 260 5~1 1514.7 5871 261 5~3 1530.6 _

5c1

5900 5326

262 1c26.5 is ç1•53 (-'c:26 263 . .526 1522.4 5911 5827 264 . 5~8 1538.3 5526 5.827 265 5?0 1544.2 Çol=rc , 266 5~32 150.1 ~055 5827 267 534 1555.0 ..C.,qÊ ili JC•CO

LLN 5.._~ 1561.6 '=.65 C•V._ f~'1 265 ._'.3 1567.5 c.826 5827 7,71 540 1572.=' 5713 5' Ja7 271 542 1579.0 5827 ~(7, 544 1594.5 5512 cr9~5 273 516 1590.3 5762 r:8 25 274 518 1c95.9 cR31 592-1 275 550 1601.5 ~•5! f 5921 276 , ,__,1

55L 5~4

1607.3 1613.0

5216 5714

5"~_ ~~_4 5' J3

272 8 5S6 1618.7 5(2Û ~~•23 279 9 C•..Cio 1624.6 ces6 5 J3.j 220 561 1E20.6 5973 ÇJ~3

2~1 562 1636.3 5767 5823 ~92 5t_4 1E12.1 5796 ~823 ~lGJ3' 566 1647.9 5[97 LC•~7

284 568 1t_E3.7 5r"f_ Cv`3 ,,es 5!0 li355J.6 5909 286 572 1665.5_ 5J3B c,823 Û2.3 287 574 1671.3 5o66 5523 288 E76 1677.1 578? CÛ

I`J

289 578 ' 580

1682.7C9J^ 1680.4

S600 5734

^` C 23 -822

291 5592 1E94.3 r348 5°22 792 594 1700.2 ca~g 5p23 253 596 1706.1 5°97 58`3 2.9-4 =_9_8

L~50 1711'.0

~95 1718.0 C~I -âJ_•~T

5526 5823 5024

296 297 ~Go

_.J

c.92 594 5C:C

_•u

1723.9 1729.8 ~ ~~ 7C rr 1 [ .....~ . U

597.3 c-`o- J t• 5976

5824 5E;24 sG3 S_~58 1741.5 5824

:-.:00' 6L ItJ 1747.3 5799 5924

•

I NT£:..-=-__IL ONE---1-!AY T 11•L (1-15)

301 302 303 304 305 306 307 3049 205 310 311 312 313 7114 -,c '16 317 312 319

.321 322

3J'1 3 ✓̀

7,JC

-37 3i v

..iJ~.

33~

JJJ ~ J 3J4

336 337 338 339 3'111, =141 3~i3 243 344' ;-15 246. 347 343 3-19 350

DUE2EC SÛQJ1P

J7OV I F'

- CF;!yAi7A

I'IF~~1 H 13çLUt1 LriTU11 (1-iTF'S )

1753.2 1759.0 17E5.0 1770. . 177E.7 1_~?.7 1722.5 17q1.4

_~•._ :~ 1 G•1 : 2 11:G 0J.7 1211.6 1217.6 _823.5

5

1211.0 1946.5 18 ,22.0 1e57. 7 1863.6 d OCCj - ~✓ _ .

~- ✓ IJ. ~l ^J^]~~

1955.7 Vg D. 7

5`_t03_t, i9 . 9

19120.3 1V7=:. V 1g31.5 1g3b ° 1g42.2 1947.7

1g5g,0 u✓` ..

1 ̀a6g. 4 1c7•1.4 197g. S 91~L•^ J .L _ ✓J. J i991_ _0 1~J'J.E 2,Y32 5 27i7O. 2 2014.0

2C25.1 2630.5

FrÿRY,

INTERVAL VELOCITY

( t1TF-5 tSEC )

5859 ço64 5961 .04 697,5 '7̀_;18 5;s 75 5c-65 5757 Cr,1q r7°61

CO~~3

SGG~ 5779

SSGO

5474 5749 EL✓=,1 c-.;•19 5731 6967

855 i''63 5!=,73 5170 .7253

5•1 r ~~ 5 t'1J

~ ~ .t. .~ , _G 5452 5581

ci._,E 0 J080

, 5315 5479 ;.;73b

57e5 561g

5610 5104 6465

PAGE

AVERAGE VELOC 1 TY

:1.rRS/SEC

5924 .L~._ct2 5 5525 5825 L.R~5 59?6_ S~GDr~ 76

58C6

553s 55'25 ~9?6 Cv?~

CG•`t

170°5 52~4 5=`24 5924 5`J2_ 3 E=.°23 roi -x3 `,✓2~

~t:21 CG`•L,

rci✓ _4 5919 5E118 ~ i91`J 5815 So1-1 cii13 5813 5912 5909 5907 58OG 6.2 75 5805 55~~5 5.904 ~c•Ll /1 JL_• 4 5004 5804 59c):5 JBi-11

320

J3

7110-1.1R 1i=.'--11R1' TIME i115)

602 604 606 C0° 610 612 614 616 615 620 622 6D4 626 ea,5 b3i 1 t_'-D

634 635 635

64-7 644 646 5'4J 650 CCî 554_ G:. ~6 EsV 6;i67 662 b;,4

~LI

670 672 674

- ~Ei 76 t•-r'û 680 rE2 2

~ `L.- V

r~J-~ Vb

b38 r 90 t~ _̀-12 E•G4 696 E98 700

7

•

SU 6!e S0OOIE ?PRY NO.2

C ,Eæs EPJ-- g2a

lHTEC-R!zI TED DEPTH I&TE PU AL @JEPAGF

ONE-WAY TWO-R£ BELOW VELOCITY VELOCITY T 8E TIME Ï TUl

(MT ES), (RTRS/ SEC) (MTzS/sEC) (w)> (M5)

-3= } 702 352 704 353 7@6 asg -709 2 -_, 710 255 712 3E7 :714 --L=c, . ? .7IG 359 .w718 350 720 ----si ̂ 2 722 as2 724

\~<\ r Ç/\.~ cEs ?,Du eGs 732

20 as.g 5418 5800 2041.2 5w1 g 5799 2016.6 5æ2e 5798 2052.@ 5757 -,:.c:7.9 Ç/\i 57q7 2:.162.5 B7a5 20a1.1 ?a74.8 ~ !e a9,3 ~ Se '57 9&

'-7, -;.Z0.7 1 ~ IB q7"!5 -,,) S±.S 2097.1

5-386 ~ 82 « Bre

C~ 3 2102,\ \Ç%\ s7q3 211§.2 S~ 7 5T'52 2119.9 5C:62 . 5792

.

~

1800 1474

1900 1574

200C Y' 1674

B i r d W e 1 1liMLIUf1MILU"t LLUI'il1 I LUU UMIM JIILL I ~sc-iau<

SQUIP SOQUIP PARK NO. 2 QUEBEC, CANADA

ELEV. DAT.

61m T.O.

2452m K.B.

DATE

September 29, 1980

IT EM LOG

Tgd

GEO.

Tgd DIFF.

Geophone Level

Geophone Level .0303 .0296 +.0007

Geophone Level .0648 ; .0637 +.0011

Geophone Level .0994 .0996 -.0002

Geophone Level . .1329 .1329 0.0000

Geophone Level .1669 .1672 -.0003

Geophone Level. .2018 .2024 -.0006

Geophone Level .2190 .2194 -.0004

Geophone Level .2359 .2365 -.0006

Geophone Level .2531 .2526 . +.000 5

Geophone Level .2701. .2696 +.0005

Geophone Level .2875 .2877. -.0002

Geophone Level .3045 .3047 -.0002

Geophone Level .3218 .3217 +.0001

Geophone Lèvel' .3399 .3397 +.0002

Geophone Level .3579 .3580 -.0001

Geophone Level .3664 .3658 +.0006

ELEV

K.B. =+387m

DEPTH BELOW

K.B.

300

DATUM

-26

500 174

700 374

900 574

1100 774

1300

1500

1700

1600

974

1174

1274

1374

2100 1774

1874

1974

2074

2122

14.61. g NV EL11). CATun:

10. 00

2000

2200

2400

1600

1800

600

900

1400

1200

1 000

200

400

...err

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