2005 Beam Pumping Workshop: Sucker Rod Pump Components and Bottom Hold Down

This workshop covers the various components of a sucker rod pump, including the plunger, barrel, traveling valve, standing valve, and hold-down seal assembly. The session also includes a discussion on bottom hold-down sucker rod pumps.

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About 2005 Beam Pumping Workshop: Sucker Rod Pump Components and Bottom Hold Down

PowerPoint presentation about '2005 Beam Pumping Workshop: Sucker Rod Pump Components and Bottom Hold Down'. This presentation describes the topic on This workshop covers the various components of a sucker rod pump, including the plunger, barrel, traveling valve, standing valve, and hold-down seal assembly. The session also includes a discussion on bottom hold-down sucker rod pumps.. The key topics included in this slideshow are Beam pumping, sucker rod pumps, components, plunger, barrel, traveling valve, standing valve, hold-down seal assembly, bottom hold-down,. Download this presentation absolutely free.

Presentation Transcript

1. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 1 Beam Pumping Workshop Houston, Texas October 4 - 7, 2005 Slim Hole Sucker Rod Pumps Benny J. Williams Harbison-Fischer J. F. Lea PLTech LLC

2. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 2 Components of a Sucker Rod Pump PLUNGER BARREL TRAVELING VALVE STANDING VALVE HOLD - DOWN SEAL ASSEMBLY Copyright Sept. 2005 Harbison-Fischer -

3. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 3 Bottom Hold-Down Sucker Rod Pump

4. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 4 Top Hold-Down Sucker Rod Pump Copyright Sept. 2005 Harbison-Fischer

5. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 5 Travel Barrel Sucker Rod Pump Copyright Sept. 2005 Harbison-Fischer

6. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 6 Sucker Rod Tubing Pump Copyright Sept. 2005 Harbison-Fischer

7. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 7 Casing Size Tubing Size, Max Sucker Rod Size, Max RW Insert Pump, Max RH Insert Pump, Max TH Tubing Pump, Max 2-3/8, 4.7# None, Use hollow sucker rods See hollow sucker rod Mfg. 1-1/2 (Casing Pump) 1-1/4 (Casing Pump) None 2-7/8, 6.5# 1.900 (1-1/2) Reg. (non- upset) 5/8, Slim Hole Cplgs. 1-1/4 None 1-1/2 2-7/8, 6.5# 1.660 (1-1/4) 5/8, Slim Hole Cplgs. 1 None 1-1/4 Chart for Slim Hole Sucker Rod Pumps, Casing and Tubing Note: These are maximum sizes. Smaller tubing, sucker rods or pumps can be used for any casing size listed . Copyright Sept. 2005 Harbison-Fischer

8. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 8 Casing Size Tubing Size, Max Sucker Rod Size, Max RW Insert Pump, Max RH Insert Pump, Max TH Tubing Pump, Max 3-1/2, 7.7-10.2# 2-1/16 Integral Joint 3/4, Slim Hole Cplgs. 1-1/4 None 1-1/2 3-1/2, 7.7-10.2# 1.900 (1-1/2) Reg. (non- upset) 5/8, Slim Hole Cplgs. 1-1/4 None 1-1/2 3-1/2, 7.7-10.2# 1.660 (1-1/4) 5/8, Slim Hole Cplgs. 1 None 1-1/4 Chart for Slim Hole Sucker Rod Pumps, Casing and Tubing Note: These are maximum sizes. Smaller tubing, sucker rods or pumps can be used for any casing size listed . Copyright Sept. 2005 Harbison-Fischer

9. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 9 Insert Pump Anchor For Bottom or Top Hold-Down Sucker Rod Pumps Set pump anywhere in tubing Available Sizes: 1.900 2-1/16 2-3/8 2-7/8 3-1/2 Copyright Sept. 2005 Harbison-Fischer

10. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 10 Unswept Volume Stroke Length (Swept Volume) Compression Ratio C R = S wept Vol. + Unswept Vol . Unswept Vol. Example: 1-1/4 plunger 134 downhole stroke length 9.5 cubic inches unswept volume (164.4 + 9.5) / 9.5 = 18.3 Discharge Pressure = (Intake Press) times (C R) Example: 400 psi Intake Pressure 18.3 compression ratio, C R 400 times 18.3 = 7,320 psi Copyright Sept. 2005 Harbison-Fischer

11. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 11 Poor Boy Gas Separator

12. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 12 Case History Slim Hole Sucker Rod Pump using Standard Sucker Rods Casing : 2-7/8, 2.441 ID, 2.347 Drift Tubing : 1.90 OD IJ, 1.380 ID, collars 1.812 OD Rods : 5/8 Grade D, slim hole couplings, 1.250 OD Pump : 1.062 ID Ref: Bill Elmer, EOG

13. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 13 Hollow Sucker Rods Currently at least one major manufacturer has 7/8 hollow rods available. The pin is the same as a 7/8 but the body is different. The body of the 7/8 rod is 1.049 while the ID is .434. The wall thickness is 0.308 and a load carrying area of 0.716 sq. in. is present in the body. The wt/ft is 2.53#/ft. Currently the product is from AISI 8630 material with a tensile strength of 115,000 psi, minimum.

14. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 14 Hollow Sucker Rods with Special Pump Standard Rods Hollow Sucker Rods Gas Pump Anchor, Packer or Tbg Anchor with Seals Pump Anchor or Tubing Anchor without Seals

15. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 15 Coiled Tubing as Sucker Rods in Slim Hole Wells? SPE paper 56671, is entitled Coiled Tubing Used as a Continuous-Sucker-Rod System in Slim Holes . This paper discusses a method of producing 3 casing wells using coiled tubing as a sucker rod replacement.

16. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 16 Coiled Tubing as Sucker Rods in Slim Hole Wells? Maximizing Gas Recovery in Slimhole Wellbores Utilizing a Coiled Tubing Pumping System (CTPS) Michael Waid - Anadarko Petroleum Humberto Leniek - Coil Tubing Americas Stephen Rowland - BJ Services

17. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 17 CT/Hollow Rods for Slim Hole Production of Liquids

18. Oct. 4 - 7, 2005 2005 Beam Pumping Workshop 18 Beam Pumping Workshop Houston, Texas October 4 - 7, 2005 Slim Hole Sucker Rod Pumps Benny J. Williams Harbison-Fischer J. F. Lea PLTech LLC QUESTIONS?