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Cement Bond Logging

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Abstract

Cement bond logging (CBL) is an important part of a well-completion program and is also recommended for most workover programs. Most of the cementing-related problems encountered can be diagnosed by use of the CBL. However, successful interpretation of a CBL depends on certain minimum requirements:

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Bibliography

  • Al-Suwaidi AS, Al-Marri FM, Sultan E, Ibrahim ME-S, Jammeli K. Increased certainty in determination of zonal isolation through the integration of annulus geometry imaging and improved solid-fluid discrimination. In: SPE-120061-PP, 16th SPE Middle East oil and gas show and conference, Bahrain, March 2009.

    Google Scholar 

  • Brown HD, Grijalva VE, Raymer LL. New developments in sonic wave train display and analysis in cased holes. In: Log Analyst (Jan–Feb 1971), p. 27–40.

    Google Scholar 

  • Chang SK, Everhart AH. A study of sonic logging in cased borehole, Paper SPE 11034. In: Presented at the 57th Annual Technical Conference and Exhibition, New Orleans, Sept 26–29, 1982.

    Google Scholar 

  • Froelich B, Pittman D, Seeman B. Cement evaluation tool-a new approach 10 cement evaluation, Paper SPE 10207. In: Presented at the 56th Annual Technical Conference and Exhibition, San Antonio, Oct 5–7, 1981; J. Pet. Tech (August 1982).

    Google Scholar 

  • Grosmangin M, Kokesh FP, Majani P. A sonic method for analyzing the quality of cementation of borehole casings. In: J. Pet. Tech. (Feb. 1961) p. 165–171; Trans., AIME.

    Google Scholar 

  • Kuijk R van, Zeroug S, Froelich B, Allouche M, Bose S, Miller D, la Calvez J-L, Schoepf V, Pagnin A. A novel ultrasonic cased-hole imager for enhanced cement evaluation. In: IPTC paper 10546, Doha, Qatar, 21–23 November, 2005.

    Google Scholar 

  • McGhee BF, Vacca HL. Guidelines for improved monitoring of cementing operations. In: SPWLA Trans. 21st Logging Symposium, July 1980.

    Google Scholar 

  • Nelson E, Guillot D. Well cementing. 2nd ed. Houston: Schlumberger; 2006.

    Google Scholar 

  • Pardue GH, Morris RL, Gollwitzer LH, Moran JH. Cement bond log-a study of cement and casing variables. In: J. Pet. Tech. (May 1963), p. 545–555; Trans., AIME.

    Google Scholar 

  • Schlumberger’s cement evaluation tool. Schlumberger, SMP/5040.

    Google Scholar 

  • Tian J, Wang Q, Guo Q. Casing integrity evaluation in deep well with extreme heavy mud in tarim basin. In: SPE 140982 EUROPEC/EAGE Annual Conference and Exhibition, Vienne, Austria, May 2100.

    Google Scholar 

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Appendix: Frequently Used Casing Dimensions

Appendix: Frequently Used Casing Dimensions

OD (inches)

Weighta (per foot)

Nominal (ID)

Drift diameterb

4

11.60

3.428

3.303

9.50

4.090

3.965

11.60

4.000

3.875

13.50

3.920

3.795

16.00

4.082

3.957

5

11.50

4.560

4.435

13.00

4.494

4.369

15.00

4.408

4.283

17.70

4.300

4.175

18.00

4.276

4.151

21.00

4.154

4.029

13.00

5.044

4.919

14.00

5.012

4.887

15.00

4.974

4.849

15.50

4.950

4.825

17.00

4.892

4.767

20.00

4.778

4.653

23.00

4.670

4.545

14.00

5.290

5.165

17.00

5.190

5.065

19.50

5.090

4.965

22.50

4.990

4.865

6

15.00

5.524

5.399

16.00

5.500

5.375

18.00

5.424

5.299

20.00

5.352

5.227

23.00

5.240

5.115

6–5/8

17.00

6.135

6.010

20.00

6.049

5.924

22.00

5.989

5.864

24.00

5.921

5.796

26.00

5.855

5.730

26.80

5.837

5.712

28.00

5.791

5.666

29.00

5.761

5.636

32.00

5.675

5.550

7

17.00

6.538

6.413

20.00

6.456

6.331

22.00

6.398

6.273

23.00

6.366

6.241

24.00

6.336

6.211

26.00

6.276

6.151

28.00

6.214

6.089

29.00

6.184

6.059

30.00

6.154

6.029

32.00

6.094

5.969

35.00

6.004

5.879

38.00

5.920

5.795

40.00

5.836

5.711

7–5/8

20.00

7.125

7.000

24.00

7.025

6.900

26.40

6.969

6.844

29.70

6.875

6.750

33.70

6.765

6.640

39.00

6.625

6.500

8–5/8

24.00

8.097

7.972

28.00

8.017

7.892

32.00

7.921

7.796

36.00

7.825

7.700

38.00

7.775

7.650

40.00

7.725

7.600

43.00

7.651

7.526

44.00

7.625

7.500

49.00

7.511

7.386

9

34.00

8.290

8.165

38.00

8.196

8.071

40.00

8.150

8.025

45.00

8.032

7.907

55.00

7.812

7.687

9–5/8

29.30

9.063

8.907

32.30

9.001

8.845

36.00

8.921

8.765

40.00

8.835

8.679

43.50

8.755

8.599

47.00

8.681

8.525

53.50

8.535

8.379

10

33.00

9.384

9.228

10¾

 32.75

10.192

10.036

 40.00

10.054

 9.898

 40.50

10.050

 9.894

 45.00

 9.960

 9.804

 45.50

 9.950

 9.794

 48.00

 9.902

 9.746

 51.00

 9.850

 9.694

 54.00

 9.784

 9.628

 55.50

 9.760

 9.604

11¾

 38.00

11.150

10.994

 42.00

11.084

10.928

 47.00

11.000

10.844

 54.00

10.880

10.724

 60.00

10.772

10.616

12

 40.00

11.384

11.228

13

 40.00

12.438

12.282

13–3/8

 48.00

12.715

12.559

16

 55.00

15.375

15.187

18–5/8

 78.00

17.855

17.667

20

 90.00

19.190

19.002

21½

 92.50

20.710

20.522

103.00

20.610

20.422

114.00

20.150

20.322

24½

100.50

23.750

23.562

113.00

23.650

23.462

  1. aWeight per foot (in pounds) is given for plain pipe (no threads or coupling)
  2. bDrift diameter is the guaranteed minimum internal diameter of any part of the casing. Use drift diameter to determine the largest-diameter equipment that can be safely run inside the casing. Use internal diameter (ID) for calculations of volume capacity

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© 2015 Richard M. Bateman

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Bateman, R.M. (2015). Cement Bond Logging. In: Cased-Hole Log Analysis and Reservoir Performance Monitoring. Springer, New York, NY. https://doi.org/10.1007/978-1-4939-2068-6_12

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  • DOI: https://doi.org/10.1007/978-1-4939-2068-6_12

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