oct. 4 - 7, 2005 2005 beam pumping workshop1 beam pumping workshop houston, texas october 4 - 7,...
TRANSCRIPT
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Oct. 4 - 7, 20052005 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
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 2
Components of a Sucker Rod Pump
PLUNGERBARREL
TRAVELINGVALVE
STANDINGVALVE
HOLD-DOWNSEAL ASSEMBLY
Copyright Sept. 2005 Harbison-Fischer-
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 3
Bottom Hold-Down Sucker Rod Pump
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 4
Top Hold-Down Sucker Rod Pump
Copyright Sept. 2005 Harbison-Fischer
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 5
Travel Barrel Sucker Rod Pump
Copyright Sept. 2005 Harbison-Fischer
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 6
Sucker Rod Tubing Pump
Copyright Sept. 2005 Harbison-Fischer
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Oct. 4 - 7, 20052005 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
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Oct. 4 - 7, 20052005 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
![Page 9: Oct. 4 - 7, 2005 2005 Beam Pumping Workshop1 Beam Pumping Workshop Houston, Texas October 4 - 7, 2005 Slim Hole Sucker Rod Pumps Benny J. Williams Harbison-Fischer](https://reader035.vdocument.in/reader035/viewer/2022062409/56649cfa5503460f949cc67c/html5/thumbnails/9.jpg)
Oct. 4 - 7, 20052005 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
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 10
UnsweptVolume
StrokeLength(SweptVolume)
Compression Ratio
C R = Swept Vol. + Unswept Vol.Unswept Vol.
Example: 1-1/4” plunger134” downhole stroke length9.5 cubic inches unswept volume(164.4 + 9.5) / 9.5 = 18.3
Discharge Pressure = (Intake Press) times (C R)Example: 400 psi Intake Pressure18.3 compression ratio, C R400 times 18.3 = 7,320 psi
Copyright Sept. 2005 Harbison-Fischer
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 11
“Poor Boy” Gas Separator
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 12
Case HistorySlim Hole Sucker Rod Pump using Standard Sucker Rods
Casing: 2-7/8”, 2.441” ID, 2.347” DriftTubing: 1.90” OD IJ, 1.380” ID, collars 1.812” ODRods: 5/8” Grade D, slim hole couplings, 1.250” ODPump: 1.062” ID
Ref: Bill Elmer, EOG
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Oct. 4 - 7, 20052005 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.
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Oct. 4 - 7, 20052005 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 Anchoror TubingAnchor without Seals
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Oct. 4 - 7, 20052005 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 ½ casing wells using coiled tubing as a sucker rod replacement.
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Oct. 4 - 7, 20052005 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
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Oct. 4 - 7, 20052005 Beam Pumping Workshop 17
CT/Hollow Rods for Slim Hole Production of Liquids
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Oct. 4 - 7, 20052005 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?