Packers Catalog SCHLUMBERGER

Set, seal, and retrieve with confidence

Packers Catalog

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Table of Contents Conventional Packers.................................................................................................................................05 ESP/Dual Completion Packers.................................................................................................................35 High-Rate-Gas Packers.............................................................................................................................43 HPHT Packers...............................................................................................................................................47 Intelligent Completion Packers................................................................................................................51 Sand Control Packers.................................................................................................................................57 Service Packers...........................................................................................................................................67 Swellable Packers.......................................................................................................................................79 Thermal Packers..........................................................................................................................................85 Accessories...................................................................................................................................................87

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4

Conventional Packers

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HSP-1 Conventional sealbore packer APPLICATIONS ■

Vertical, deviated, or horizontal wellbores

■

Permanent production or isolation packer

■

High-temperature, high-pressure hostile environments

BENEFITS ■

■

Positive set of slips and elements are provided by twin-piston design Packer may be set on workstring to facilitate completion options

FEATURES ■ ■

■ ■

■ ■

■

360°, one-piece, opposing-slip design Full tubing bore-through packer and stinger Reduced-OD latching head Ability to install wellhead before the packer is set Twin-piston setting Ability to convert to a temporary bridge plug Lower slips and upper slips independently set to eliminate tubing movement

The field-proven HSP-1 conventional sealbore packer has been used for many years in high-risk, harsh-environment wells. The packer forms part of the tubing string.

Main features ■

Hydraulic-set

■

Permanent

■

For use in conventional completions

■

Designed and tested in accordance with ISO 14310 V0 standards

Opposing-slip design This packer’s design incorporates two full-circumference slips supported by two opposing tapered cones with a sealing element assembly positioned between them. The slips and sealing element assembly are sequentially set and held in position by a positive lock mechanical ratchet. The lower slip is set before the sealing element assembly to eliminate tubing movement and centralize the packer in the casing before the element fully packs off against the casing wall. The slips are designed to split into multiple segments upon setting and yield a full 360° grip on the casing.

High-performance sealing The high-performance sealing element features metallic antiextrusion rings positioned above and below the sealing element. These antiextrusion rings provide a positive metal-to-metal interference fit with the casing to prevent seal extrusion and provide a reliable packoff. HSP-1 series packers are available for a variety of service applications, including high H2S and CO2 exposure.

HSP-1 conventional sealbore packer.

6

HSP-1 HSP-1 Conventional Sealbore Packer Specifications Casing Size,† Casing Weight Range, in [mm] lbm/ft [kg/m] 4.500 [114.3] 9.5–16.6 [14.14–24.70] 5.000 [127.0] 11.5–18.0 [17.11–26.79] 5.500 [139.7] 9.0–13.0 [13.39–19.35] 5.500 [139.7] 13.0–23.0 [19.35–34.23] 6.625 [168.3] 17.0–24.0 [25.30–35.72] 6.625 [168.3] 24.0–32.0 [35.72–47.62] 7.000 [177.8] 17.0–32.0 [25.30–47.62] 7.000 [177.8] 17.0–32.0 [25.30–47.62] 7.000 [177.8] 17.0–32.0 [25.30–47.62] 7.000 [177.8] 23.0–32.0 [34.23–47.62] 7.625 [193.7] 20.0–39.0 [29.76–58.04] 7.625 [193.7] 20.0–39.0 [29.76–58.04] 8.625 [219.1] 24.0–49.0 [35.72–72.92] 9.625 [244.5] 29.3–58.4 [43.60–86.91] 9.625 [244.5] 29.3–58.4 [43.60–86.91] 9.625 [244.5] 29.3–58.4 [43.60–86.91] 9.625 [244.5] 47.0 [69.94]

Max. OD, in [mm] 3.562 [90.5] 4.276 [99.9] 4.875 [123.8] 4.375 [111.1] 5.375 [136.5] 5.375 [136.5] 5.875 [149.2] 5.875 [149.2] 5.875 [149.2] 5.875 [149.2] 6.375 [161.9] 6.375 [161.9] 7.250 [184.2] 8.187 [207.9] 8.187 [207.9] 8.187 [207.9] 8.438 [214.3]

Nominal ID,‡ in [mm] 1.937 [49.2] 1.937 [49.2] 1.937 [49.2] 1.937 [49.2] 2.375 [60.3] 2.875 [73.0] 2.500 [63.5] 2.875 [73.0] 3.375 [85.7] 3.937 [99.9] 2.375 [60.3] 2.875 [73.0] 3.875 [98.4] 2.875 [73.0] 3.875 [98.4] 4.750 [120.7] 6.000 [152.4]

Upper Sealbore, in [mm] 2.625 [66.7] 2.750 [69.9] 2.750 [69.9] 2.750 [69.9] 3.500 [88.9] 3.750 [95.3] 3.500 [88.9] 3.750 [95.3] 4.250 [108.0] 4.690 [119.1] 3.500 [88.9] 3.750 [95.3] 5.375 [136.5] 3.750 [95.3] 5.375 [136.5] 6.000 [152.4] 7.250 [184.2]

† Other ‡ ID

sizes are available on request. Contact your local Schlumberger representative. may vary depending on connecting configuration selected.

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Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0161

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Hydraperm Conventional sealbore packer APPLICATIONS ■

■

High-pressure, high-volume production, injection, or disposal wells Highly deviated wells

ADVANTAGES ■

Rated for 10,000 psi [68,947 kPa] at 350 degF [175 degC]

The Hydraperm conventional sealbore packer utilizes a single-element system and full-circle slips to perform in a wide range of casing weights while minimizing casing damage. This one-trip-capable packer is ideal for high-pressure, high-volume production, injection, or disposal wells. It is particularly suited for highly deviated wells where tubing manipulation is difficult and wireline operations are unsuitable.

Main features

One-trip setting capability

■

■

Hydraulic-set

Hydraulic or coiled tubing setting

■

■

Permanent

Full-circle slips to minimize casing damage

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■

■

■ ■

Lower slips secured to packer mandrel with threaded connection Available alternative bore Optional bottom sub configuration to accommodate pumpout plugs, sealbore extensions, millout extensions, and tubing

Ratings and settings The Hydraperm packer is rated to 10,000 psi [68,947 kPa] at 350 degF [175 degC] and can be set on coiled tubing. The optional bottom sub configures to accommodate pumpout plugs, sealbore extensions, millout extensions, tubing, or other completion accessories.

Hydraperm conventional sealbore packer.

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Hydraperm Hydraperm Conventional Sealbore Packer Specifications Casing Size, Casing Weight Range, Casing ID, in [mm] lbm/ft [kg/m] Min., in [mm] 26.00–32.00 7 [177.8] 6.094 [154.79] [38.69–47.62] 17.00–20.00 7 [177.8] 6.456 [163.98] [25.30–29.76]

Casing ID, Max., in [mm] 6.276 [159.41]

Tool Size, in [mm] 58–40 [1,473.2–1,016]

Tool OD, Max., in [mm]

Standard Tool Sealbore, in [mm]

Alternative Tool Sealbore, in [mm]

5.870 [149.10]

4.000 [101.60]

4.750 [120.65]

6.538 [166.07]

61–40 [1,549.4–1,016]

6.182 [157.02]

4.000 [101.60]

4.750 [120.65]

9.625 [244.48]

47.00–58.40 [69.94–86.91]

8.435 [214.25]

8.681 [220.50]

82–60 [2,082.8–1,524]

8.218 [208.74]

6.000 [152.40]

na†

9.625 [244.48]

36.00–47.00 [53.57–69.94]

8.681 [220.50]

8.921 [226.59]

84–60 [2,133.6–1,524]

8.432 [214.17]

6.000 [152.40]

na

† Not

applicable

Seal Assembly Specifications Description, in [mm] 7 [177.8] standard 7 [177.8] alternative 9.625 [244.48] standard

Size, in [mm] 40–30 [1,016–762] 47–40 [1,193.8–1,016] 60–48 [1,524–1,219.2]

Tool Through Seals, Min., in [mm] 3 [76.20] 4 [101.60] 4.828 [122.63]

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Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0142

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Hydro-6 Conventional multizone packer APPLICATIONS ■

Deviated wells

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Multiple-zone, multiple-packer completions

ADVANTAGES ■

■ ■

■ ■

Easy release with a fully adjustable, straight-pickup shear mechanism

The Hydro-6* conventional multizone packer is ideal for use in deviated wells, multiple-packer completions, and applications where the packer is to be set after the wellhead is installed. Because no mandrel movement occurs during setting, it may also be used in multiple-packer completions where all packers are placed simultaneously.

Main features

Short, compact design

■

Hydraulic-set

Fast, reliable installation in straight or highly deviated wells

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Retrievable

■


Field-proven performance

Setting-pressure features

Easier, safer retrieval with built-in equalizing and circulating system

Set with a pressure differential, the Hydro-6 packer has an easily adjustable setting-pressure feature and a bidirectional mechanical slip system. The packer features a unique design that allows debris to be circulated from above the packer when releasing. A three-piece, dual-durometer element system and a built-in equalizing and circulating system ensure reduced risk and easy release. No tubing movement is required to set the packer. After the packer is set, the tubing can be landed in either compression or neutral condition. The setting force is mechanically locked into the sealing elements with a positive ratchet-lock mechanism. The Hydro-6 packer is released with an upward pull exceeding the rating of the shear release screws. Optionally, the Hydro-6 packer is available with a rotation release mechanism.

Hydro-6 conventional multizone packer.

Hydro-6 Conventional Multizone Packer Specifications Casing Size,† Casing Weight Range, Max. OD, in [mm] lbm/ft in [mm] [kg/m] 5.500 [139.7] 13–15.5 [19.35–23.07] 4.781 [121.4] 5.500 [139.7] 15.5–20 [23.07–29.76] 4.641 [117.9] 5.500 [139.7] 20–23 [29.76–34.23] 4.500 [114.3] 5.750 [146.1] 16.1–24.6 [23.96–36.61] 4.744 [120.5] 6.625 [168.3] 20–24 [29.76–35.72] 5.661 [143.8] 6.625 [168.3] 24–28 [35.72–41.67] 5.625 [142.9] 6.625 [168.3] 28–32 [41.67–47.62] 5.484 [139.3] 7.000 [177.8] 17–20 [25.30–29.76] 6.266 [159.2] 7.000 [177.8] 23–26 [34.23–38.69] 6.078 [154.4] 7.000 [177.8] 26–29 [38.69–41.16] 5.968 [151.6] 7.000 [177.8] 32–35 [47.62–52.09] 5.817 [147.8]

Nominal ID,‡ in [mm] 2.000 [50.8] 2.000 [50.8] 2.000 [50.8] 2.000 [50.8] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0]

Max. Working Temperature, degF [degC] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135]

† Other ‡ ID

*Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0117

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Hydro-8 Conventional multizone packer APPLICATIONS ■

■ ■

As the bottom packer in multiple-zone dual completions Single-zone completions Highly deviated wells and multiple-packer completions

ADVANTAGES ■

■ ■

■

Fully adjustable, straight-pickup, shear-release system

The Hydro-8* conventional multizone packer is used in a variety of applications, including single-zone isolation, multiple-string hookups, selective multiple-zone production, and stimulation. The Hydro-8 packer features a mechanical, bidirectional slip system to anchor the packer and resist upward and downward tubing movement. It also has a built-in internal bypass system that allows formation pressure to equalize before the slip is fully released.

Main features ■

Hydraulic-set

Compact, field-proven design

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Retrievable

Quick, reliable installation in highly deviated wells

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Built-in equalizing and circulating system for increased safety and easy retrieval

The Hydro-8 packer is set by applying tubing pressure, which acts on the packer’s setting piston area, shears the setting screws, and activates the packer-setting mechanism. The setting-mechanism trigger pressure is adjusted by adding or removing easily accessible shear screws. The packer’s hydrostatic chamber allows the packer to be successfully set at lower pump pressures.

Setting operation

Once the packer is fully set, the pack-off force is mechanically locked into the slips and sealing element with a positive lock-ratchet mechanism. This allows the tubing to be landed in either compression or neutral condition.

Release operation The Hydro-8 packer does not require tubing manipulation during setting and can be set after the wellhead has been installed. Packer release is accomplished by a simple upward pull on the tubing string. Unlike many hydrostatic packers, the Hydro-8 packer can be adjusted or redressed in the field by onsite personnel. This packer also features an optional slickline-intervention, selective-set feature with a choice of upward or downward shift. Hydro-8 conventional multizone packer.

Hydro-8 Conventional Multizone Packer Specifications Casing Weight Max. OD, Casing Size,† in [mm] Range, lbm/ft in [mm] [kg/m] 4.500 [114.3] 9.5–13.5 [14.14–20.09] 3.771 [95.8] 5.000 [127.0] 11–13 [16.37–19.35] 4.250 [108.0] 5.000 [127.0] 15–18 [22.32–26.79] 4.125 [104.8] 5.500 [139.7] 15.5–20 [23.07–29.76] 4.641 [117.9] 5.500 [139.7] 20–23 [29.76–34.23] 4.500 [114.3]

Nominal ID,‡ in [mm] 2.000 [50.8] 2.000 [50.8] 2.000 [50.8] 2.441 [62.0] 2.441 [62.0]

Max. Working Temperature, degF [degC] 275 [135] 275 [135] 275 [135] 325 [163] 325 [163]

† Other ‡ ID



slb.com/packers 11

M1-X Conventional packer APPLICATIONS ■ Zone isolation, injection, and production ■

Shallow wells

BENEFITS Simple, easy installation reduces rig time

■

FEATURES ■ 7,500-psi [51,710 kPa] and 10,000 psi [68,947 kPa] nominal pressure rating ■

■

■

■ ■

■ ■

■

Temperature ratings based on elastomers Big bore version for larger production tubing requirements Quarter right-hand rotation to mechanically set and release Large internal bypass to maximize flow Double grip design to allow tubing to be left in tension, compression, or neutral

The M1-X conventional packer permits unrestricted flow and passage of full-gauge wireline tools and accessories with an unrestricted ID, making it ideal for zone isolation, injection, and production. The M1-X packer can be set with production tubing in tension, compression, or neutral, maximizing effectiveness in shallow wells and fiberglass tubing operations.

Main features ■

Mechanically set

■

Retrievable

■


Bypass closure The packer’s mechanical lock-set action closes an internal bypass and allows application of pressure above or below the packer while reducing surge-andswab pressure during running and retrieval. This bypass closes during setting and opens to equalize pressure before releasing the slips.

Seals and release Seals below the upper slips allow debris above the packer to be washed away prior to release. The packer is released by a quarter right-hand turn at the tool, followed by straight pickup of the production tubing.

Pressure hold from above or below Seals below upper slips that allow flushing of debris prior to releasing Optional safety release system (in some sizes)

M1-X conventional packer.

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M1-X M1-X Conventional Packer Specifications Casing Size, Casing Weight Range, in [mm] lbm/ft [kg/m] 2.875 [73.03] 6.5 [9.67] 3.5 [88.90] 7.7–10.2 [11.46–15.18] 4 [101.60] 9.5–11 [14.14–16.37] 15.1–16.6 [22.47–24.7] 4.5 [114.30] 13.5–15.1 [20.09–22.47]† 4.5 [114.30] 9.5–13.5 [14.14–20.09]† 4.5 [114.30] 20.8–21.4 [30.95–31.85] 5 [127.0] 18–20.8 [26.79–30.95]† 5 [127.0] 11.5–15 [17.11–22.32]† 5 [127.0] 20–23 [29.76–34.23]† 5.5 [139.70] 17–20 [25.30–29.76]† 5.5 [139.70] 13–17 [19.35–25.30]† 5.5 [139.70] 20–23 [29.76–34.23]† 5.5 [139.70] 15–17 [22.32–25.30]† 5.5 [139.70] 13–15 [19.35–22.32]† 5.5 [139.70] 18–21.9 [26.79–32.59] 5.75 [146.05] 14–21.9 [20.83–32.59] 5.75 [146.05] 24–28 [35.72–41.67]† 6.625 [168.28] 20–24 [29.76–35.72] 6.625 [168.28] 32–38 [47.62–56.55]† 7 [177.80] 26–32 [38.69–47.62] 7 [177.80] 20–26 [29.76–38.69]† 7 [177.80] 17–20 [25.30–29.76] 7 [177.80] 32–38 [47.62–56.55] 7 [177.80] 26–32 [38.69–47.62] 7 [177.80] 17–24 [25.30–35.72] 7 [177.80] 33.7–39 [50.15–58.04]† 7.625 [193.68] 24–29.7 [35.72–44.20]† 7.625 [193.68] 33.7–39 [50.15–58.04] 7.625 [193.68] 24–29.7 [35.72–44.20] 7.625 [193.68] 32–40 [47.62–59.53] 8.625 [219.08] 24–28 [35.72–41.67] 8.625 [219.08] 43.5–53.5 [64.74–79.62] 9.625 [244.48] 32–43.5 [47.62–64.74] 9.625 [244.48] 10.75 [273.05] 32.8–45.5 [48.81–67.71]

Casing ID, Min., in [mm] 2.375 [60.33] 2.797 [71.04] 3.351 [85.12] 3.629 [92.18] 3.826 [97.18] 3.920 [99.57] 4.126 [104.80] 4.156 [105.56] 4.408 [111.96] 4.670 [118.62] 4.778 [121.36] 4.892 [124.26] 4.670 [118.62] 4.778 [121.36] 4.950 [125.73] 5.000 [127.00] 5.000 [127.00] 5.791 [147.09] 5.921 [150.39] 5.920 [150.37] 6.094 [154.79] 6.276 [159.41] 6.456 [163.98] 5.920 [150.37] 6.094 [154.79] 6.336 [160.93] 6.625 [168.28] 6.875 [174.63] 6.625 [168.28] 6.875 [174.63] 7.725 [196.22] 8.017 [203.63] 8.535 [216.79] 8.755 [222.38] 9.950 [252.73]

Casing ID, Max., in [mm] 2.441 [62.00] 2.867 [72.82] 3.423 [86.94] 3.701 [94.01] 3.920 [99.57] 4.090 [103.89] 4.156 [105.56] 4.276 [108.61] 4.560 [115.82] 4.778 [121.36] 4.892 [124.26] 5.044 [128.12] 4.778 [121.36] 4.950 [125.73] 5.044 [128.12] 5.142 [130.61] 5.282 [134.16] 5.921 [150.39] 6.049 [153.64] 6.094 [154.79] 6.276 [159.41] 6.538 [166.07] 6.538 [166.07] 6.094 [154.79] 6.276 [159.41] 6.538 [166.07] 6.765 [171.83] 7.025 [178.44] 6.765 [171.83] 7.025 [178.44] 7.921 [201.19] 8.097 [205.66] 8.755 [222.38] 9.001 [228.63] 10.192 [258.88]

Tool OD, Max., in [mm] 2.314 [58.78] 2.786 [70.76] 3.255 [82.68] 3.255 [82.68] 3.655 [92.84] 3.759 [95.48] 3.943 [100.15] 4.000 [101.60] 4.125 [104.78] 4.500 [114.30] 4.625 [117.48] 4.625 [117.48] 4.500 [114.30] 4.625 [117.48] 4.781 [121.44] 4.817 [122.35] 4.817 [122.35] 5.588 [141.94] 5.755 [146.18] 5.588 [141.94] 5.588 [141.94] 6.000 [152.40] 6.255 [158.88] 5.750 [146.05] 5.875 [149.23] 6.000 [152.40] 6.453 [163.91] 6.672 [169.47] 6.453 [163.91] 6.672 [169.47] 7.500 [190.50] 7.750 [196.85] 8.250 [209.55] 8.500 [215.90] 9.688 [246.08]

Tool ID, Min., in [mm] 0.990 [25.15] 1.245 [31.62] 1.495 [7.97] 1.495 [7.97] 1.930 [49.02] 1.930 [49.02] 1.930 [49.02] 1.930 [49.02] 1.930 [49.02] 1.995 [50.67] 1.995 [50.67] 1.995 [50.67] 2.360 [59.94] 2.360 [59.94] 2.360 [59.94] 2.360 [59.94] 2.360 [59.94] 2.515 [63.88] 2.515 [63.88] 2.515 [63.88] 2.515 [63.88] 2.515 [63.88] 2.515 [63.88] 2.990 [75.95] 2.990 [75.95] 2.990 [75.95] 2.515 [63.88] 2.515 [63.88] 2.990 [75.95] 2.990 [75.95] 4.000 [101.60] 4.000 [101.60] 4.000 [101.60] 4.000 [101.60] 4.000 [101.60]

Thread Box Up/Pin Down 1.315 EU 10 RD 1.900 NU 10 RD 1.900 EU 10 RD 1.900 EU 10 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 3.5 EU 8 RD 3.5 EU 8 RD 3.5 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 3.5 EU 8 RD 3.5 EU 8 RD 4.5 EU 8 RD 4.5 EU 8 RD 4.5 EU 8 RD 4.5 EU 8 RD 4.5 EU 8 RD

† Casing weight available in 10,000 psi and standard bores.

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13

MDF and MDFBB Conventional multisetting packer and conventional multisetting big-bore packer APPLICATIONS ■ Conventional completions ■ ■

■

■

Vertical and deviated wells Permanent sealbore production or isolation packer High-volume production and injection wells Sump packer for gravel-pack applications

BENEFITS High running speed reduces rig time

■ ■

Packer is easily milled

FEATURES Setting on wireline, coiled tubing, or tubing workstring to provide operational versatility

■

■

■

■

■

■ ■

10,000-psi [68,947 kPa] nominal pressure rating

The MDF conventional multisetting packer and MDFBB conventional multisetting big-bore packer are high-performance completion packers featuring a standard operating envelope of 10,000-psi [68,947 kPa] nominal pressure rating (temperature ratings based on elastomers).

Main features ■

Hydraulic- and wireline-set

■

Permanent

■

For use in conventional applications

Construction and pressure integrity The MDFBB packer features a larger bore than the MDF packer for use with larger-diameter production tubing. Both packers feature a setting sleeve, sealbore mandrel, opposed full-circle slips and cones, and a packing element assembly with a backup system for maximum pressure integrity. Optional bottom guides are threaded to the mandrel for including accessories such as sealbore extensions, millout extensions, or tailpipe assemblies. A range of available elastomers and materials for flow-wetted parts ensure compatibility with wellbore fluids; the Elastomer Guide outlines the materials available for a variety of service conditions.

Temperature ratings based on elastomer type Full-circle, opposed slips to minimize induced loads in supporting casing Sealbore ID in packer mandrel for optimum seal performance Slimline design for fast, easy running Optional bottom guides for quick addition of millout extensions, sealbore extensions, and other accessories

MDF conventional multisetting packer.

MDFBB conventional multisetting big-bore packer.

14

MDF and MDFBB MDF Conventional Multisetting Packer Specifications Casing Casing Weight Casing ID, Casing ID, Size, Range, lbm/ft Min., Max., in [mm] [kg/m] in [mm] in [mm] 4.5 9.5–13.5 3.920 4.090 [114.30] [14.14–20.09] [99.56] [103.88] 15–20.8 4.156 4.408 [22.32–30.95] [105.56] [111.96] 5 [127] 11.5–13 4.494 4.560 [17.11–19.35] [114.14] [115.82] 20–23 4.670 4.778 [29.76–34.22] [118.61] [121.36] 5.5 13–17 4.892 5.044 [139.70] [19.35–25.30] [124.25] [128.12] 20–26 4.548 4.778 [29.76–38.69] [115.52] [121.36] 32–38 5.920 6.094 [47.62–56.55] [150.36] [154.79] 7 26–32 6.094 6.276 [177.80] [38.69–47.62] [154.78] [159.41] 26–38 5.920 6.276 [38.69–56.55] [150.36] [159.41] 33.7–45.3 6.366 6.765 [50.15–67.41] [161.69] [171.83] 7.625 [193.675] 24–39 6.625 7.025 [35.72–58.04] [168.27] [178..44] 9.625 [244.47]

47–58.40 [69.94–86.91]

8.435 [214.24]

8.681 [220.49]

Tool Size


Sealbore, Min., in [mm]

Seal Assembly Size

Throughbore Seals, Baker E-4 Min., Setting in [mm] Tool

Hydraulic Setting Tool

37–26

3.750 [95.25]

2.687 [68.24]

26–19

1.938 [49.22]

Size 10

2.375 tool

39–26

3.960 [100.58]

2.687 [68.24]

26–19

1.938 [49.22]

Size 20

2.375 tool

42–26

4.250 [107.95]

2.687 [68.24]

26–19

1.938 [49.22]

Size 20

2.375 tool

44–26

4.430 [112.52]

2.687 [68.24]

26–19

1.938 [49.22]

Size 20

2.375 tool

45–26

4.560 [115.82]

2.687 [68.24]

26–19

1.938 [49.22]

Size 20

2.875 tool

43–26

4.33 [109.98]

2.687 [68.25]

26–19

1.938 [49.23]

Size 20

2.875 tool

56–26 56–32 58–26 58–32

5.687 [141.45] 5.687 [141.45] 5.870 [149.09] 5.870 [149.09]

2.687 [68.24] 3.250 [82.55] 2.687 [68.24] 3.250 [82.55]

26–19 32–24 26–19 32–24

2.375 [60.32] 2.375 [60.32] 1.938 [49.22] 2.375 [60.32]

Size 20 Size 20 Size 20 Size 20

2.875 tool 2.875 tool 2.875 tool 2.875 tool

57–32

5.687 [141.45]

3.250 [82.55]

32–24

2.375 [60.32]

Size 20

2.875 tool

61–26 61–32 63–26 63–32

6.182 [157.02] 6.182 [157.02] 6.370 [161.79] 6.370 [161.79]

2.687 [68.24] 3.250 [82.55] 2.687 [68.24] 3.250 [82.55]

26–19 32–24 26–19 32–24

1.938 [49.22] 2.375 [60.32] 1.938 [49.22] 2.375 [60.32]

Size 20 Size 20 Size 20 Size 20

2.875 tool 2.875 tool 2.875 tool 2.875 tool

82–47

8.217 [210.08]

4.750 [120.65]

47–38

3.875 [98.42]

Size 20

2.875 tool


Sealbore, Min., in [mm]

Seal Assembly Size

Min. Baker E-4 Throughbore Seals, Setting in [mm] Tool

Hydraulic Setting Tool

3.599 [91.41]

2.500 [63.50]

25–21

2.137 [54.27]

Size 10

2.375 tool

4.437 [112.70]

3.000 [76.20]

30–23

2.360 [59.94]

Size 20

2.875 tool

4.563 [115.90]

3.000 [76.20]

30–23

2.360 [59.94]

Size 20

2.875 tool

5.687 [141.45]

4.000 [101.60]

40–30

3.000 [76.20]

Size 20

2.875 tool

5.875 [149.23]

4.000 [101.60]

40–30

3.000 [76.20]

Size 20

2.875 tool

6.187 [157.15]

4.000 [101.60]

40–30

3.000 [76.20]

Size 20

2.875 tool

6.375 [161.93]

4.000 [101.60]

40–30

3.000 [76.20]

Size 20

2.875 tool

8.218 [208.73]

6.000 [152.4]

60–55

5.505 [139.82]

Size 20

2.875 tool

8.437 [214.29]

6.000 [152.4]

60–55

5.505 [139.82]

Size 20

2.875 tool

MDFBB Conventional Multisetting Big-Bore Packer Specifications Casing Casing Weight Casing ID, Casing ID, Tool OD, Range, lbm/ft Min., Max., Size in [mm] [kg/m] in [mm] in [mm] 4.5 13.5–15.10 3.826 3.920 36–25 [114.30] [20.09–22.47] [97.18] [99.568] 4.670 4.778 20–23 44–30 [29.76–34.22] [118.61] [121.36] 5.5 [139.70] 13–17 4.892 5.044 45–30 [19.35–25.30] [124.25] [128.12] 32–38 5.920 6.094 56–40 [47.62–56.55] [150.36] [154.79] 7 [177.80] 26–32 6.094 6.366 58–40 [38.69–47.62] [154.78] [161.69] 33.7–45.30 6.366 6.765 61–40 [50.15–67.41] [161.69] [171.83] 7.625 [193.675] 24–39 6.625 7.025 63–40 [35.71–58.04] [168.27] [178.44] 47–58.4 8.435 8.681 82–60 [69.94–86.91] [214.24] [220.49] 9.625 [244.47] 36–47 8.681 8.921 84–60 [53.57–69.94] [220.49] [226.59]

slb.com/packers


15

MRP Conventional modular packer APPLICATIONS ■

Single-string completions

■

Zonal isolation

■


BENEFITS ■

Simplified operations reduce rig costs

FEATURES ■

Ability to pressure test the system at the surface

■

No tubing movement during installation

■

Minimal debris buildup above slips

■

Easy to circulate out debris before retrieval

■

Positive casing grip to secure packer

■

Slips located below the sealing element

■

Equalization system above the element

■

Adjustable, straight-pull shear release

■

Field-proven sealing element

■

Bidirectional slips

■

The MRP conventional modular packer is used in vertical and deviated wellbores or in applications in which single or multiple packers are set after the wellhead has been installed. A modular shell and body design for low-to-medium pressure differentials allows configuration as a single-string production packer. Its compact, modular design makes the MRP packer an economical choice for production applications.

Main features ■

Hydraulic-set

■

Retrievable

■


■

Designed and tested in accordance with ISO 14310 V3

Installation and release The MRP packer is installed with the completion tubing and is set by applying pressure to the tubing. Retrieval of the MRP packer is accomplished with a straight upward pull on the tubing. Once the tension on the tubing string exceeds the shear value of the release pins, the slips disengage the casing and the element relaxes. Set at the factory to a standard value, the packer shear-release mechanism can be adjusted in the field just before installation.

Minimized end effect on shear-release screws

MRP conventional modular packer.

16

MRP MRP Conventional Modular Packer Specifications Casing Size,† in [mm]

Casing Weight Range, lbm/ft [kg/m]

Max. OD, in [mm]

Nominal ID,‡ in [mm]

Max. Working Temperature, degF [degC]

Differential Pressure Rating, psi [kPa]

7.000 [177.8]

23–26 [34.23–38.69]

7.000 [177.8]

26–29 [38.69–43.16]

6.090 [154.7]

2.426, 2.922 [61.62, 74.22]

325 [163]

7,000 [48,263]

6.000 [152.4]

2.426, 2.922 [61.62, 74.22]

325 [163]

7,000 [48,263]

7.000 [177.8] 7.000 [177.8]

29–32 [43.16–47.62]

5.910 [150.1]

2.426, 2.922 [61.62, 74.22]

325 [163]

7,000 [48,263]

32–35 [47.62–52.09]

5.850 [148.6]

2.426, 2.922 [61.62, 74.22]

325 [163]

7,000 [48,263]

7.625 [193.7]

26.4–29.7 [39.29–44.20]

6.690 [169.9]

2.922 [74.2]

325 [163]

7,000 [48,263]

7.625 [193.7]

33.7–39 [50.15–58.04]

6.440 [163.6]

2.922 [74.2]

325 [163]

7,000 [48,263]

9.625 [244.5]

40–47 [59.53–69.94]

8.463 [215.0]

2.922, 3.910, 4.733 [74.2, 99.3, 120.2]

325 [163]

7,000 [48,263]

9.625 [244.5]

47–53.5 [69.94–79.62]

8.354 [212.2]

2.922, 3.910, 4.733 [74.2, 99.3, 120.2]

325 [163]

7,000 [48,263]

† Other

sizes are available on request. Contact your local Schlumberger representative. ‡ ID may vary depending on connecting configuration selected.

slb.com/packers


17

Neptune Conventional hydrostatic-set packer APPLICATIONS Deviated wellbores

■ ■

Conditions where mechanically setting equipment is difficult

■

Single zone completions

■

Bottom packer in multizone completions

BENEFITS ■ Packer can be set in both low and high hydrostatic wells FEATURES ■ Straight-pull release ■ ■

■ ■

Locked-in pack-off force Hydraulic hold-downs that resist differential pressure below the packer

The Neptune* conventional hydrostatic-set packer can be set either hydraulically or hydrostatically, allowing tubing to be left neutral or in compression. The Neptune packer is for use in deviated wellbores or other conditions where use of mechanically set equipment is not feasible.

Main features ■

Hydrostatic-set

■

Retrievable

■


Setting operation The Neptune packer withstands high hydrostatic pressures and includes hydraulic hold-downs to resist differential pressure from below. The packer can be set hydraulically in low hydrostatic head wells and can be released with a straight-pull release.

Hydraulic setting for low hydrostatic wells Ability to withstand high hydrostatic pressure

Neptune conventional hydrostatic-set packer.

18

Neptune Neptune Conventional Hydrostatic-Set Packer Specifications Casing Size, Casing Weight Range, Casing, in [mm] lbm/ft [kg/m] Min., in [mm] 4.5 [114.30] 9.5–13.5 [14.14–20.09] 3.910 [93.31] 5 [127.00] 15–18 [22.32–26.79] 4.250 [114.30] 5 [127.00] 11.5–15 [17.11–22.32] 4.410 [112.01] 5.5 [139.70] 20–23 [29.76–34.23] 4.630 [117.60] 5.5 [139.70] 15.5–20 [23.07–29.76] 4.780 [121.41] 5.5 [139.70] 13–15.5 [19.35–23.07] 4.950 [125.73]

Casing, Max., in [mm] 4.090 [103.88] 4.410 [112.01] 4.560 [115.82] 4.780 [121.41] 4.950 [125.73] 5.190 [131.83]

Packer OD, Max., in [mm] 3.770 [95.76] 4.130 [104.90] 4.250 [107.95] 4.500 [114.30] 4.640 [117.86] 4.780 [121.41]

7 [177.80]

38 [56.55]

5.920 [150.36]

5.795 [147.19]

5.656 [143.66]

7 [177.80]

32–35 [47.62–52.09]

5.940 [150.88]

6.140 [155.95]

5.810 [147.57]

7 [177.80]

26–29 [38.69–43.16]

6.140 [155.96]

6.280 [159.51]

5.970 [151.64]

7 [177.80]

20–26 [29.76–38.69]

6.280 [159.51]

6.460 [164.08]

6.080 [154.43]

7 [177.80]

17–20 [25.30–29.76]

6.460 [164.08]

6.580 [167.13]

6.270 [159.26]

7.625 [193.67]

33.7–39 [50.15–58.04]

6.580 [167.13]

6.800 [172.72]

6.450 [163.83]

7.625 [193.67]

24–29.7 [35.72–44.20]

6.800 [172.72]

7.030 [178.56]

6.670 [169.42]

7.625 [193.67]

20–24 [29.76–35.72]

7.030 [178.56]

7.130 [181.10]

6.810 [172.97]

9.625 [244.48] 9.625 [244.48] 9.625 [244.48]

29.3–36 [43.60–53.57] 40–47 [59.53–69.94] 47–53 [69.94–78.87]

8.921 [226.59] 8.681 [220.49] 8.343 [211.91]

9.063 [230.20] 8.835 [224.41] 8.681 [220.49]

8.593 [218.26] 8.437 [214.30] 8.218 [208.74]

Packer Tool, in [mm] 1.978 [50.241] 1.978 [50.241] 1.978 [50.241] 1.995 [50.673] 1.995 [50.673] 1.995 [50.673] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 2.416 or 3.000 [61.366 or 76.2] 4.000 [101.600] 4.000 [101.600] 4.000 [101.600]

Thread Box × Pin 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 2.875 or 3.500 EU 8 RD 4.500 LCT 4.500 LCT 4.500 LCT

slb.com/packers


19

NIS Conventional interventionless hydrostatic-set packer APPLICATIONS ■


■

Permanent production or isolation packing

■

Nonperforated wellbores

Main features

BENEFITS ■

■

■

Reduced overall rig costs due to shorter installation times

■

Hydrostatic-set

■

Permanent

Eliminated plug installation in high-angle wells

■


■

Designed and tested in accordance with ISO 14310 V0 standards

Decreased rig time associated with standard methods to set packers

Multiple setting options

FEATURES ■ ■

■ ■

■

■

The NIS conventional interventionless hydrostatic-set packer is designed to be set in a closed system, such as a cased well before perforating. Another popular option is an open completion (openhole lateral or perforated casing) isolated by a formation isolation valve.

No slickline or plug to set Atmospheric chamber to ensure maximum setting force is applied to packer Self-energizing element system Can be set with standard methods as a backup

To prevent premature setting of the packer, rupture discs are used to isolate the setting chamber. Each NIS packer is internally tested with nitrogen to ensure that the hydrostatic chamber is leak-free and will activate the packer at the proper depth. The NIS packer has a contingency set option whereby the packer can be set by conventional means; i.e., a plug is set below the packer on slickline and pressure is applied to the packer setting chamber through the tubing. This packer is an ideal candidate to reduce expensive rig time for extended-reach or deep wells.

Autoset feature in case the tubing string drops ISO 14310 V0 qualified

NIS Conventional Interventionless Hydrostatic-Set Packer Specifications Casing Size,† Casing Weight Range, Max. OD, Nominal ID,‡ in [mm] lbm/ft [kg/m] in [mm] in [mm] 9.625 [244.5]

47–53.5 [69.94–79.62]

8.29 [210.6]

4.66 [118.4]

Max. Working Temperature, degF [degC] 325 [163]

Differential Pressure Rating, psi [kPa] 10,000 [68,948]

† Other

sizes are available on request. Contact your local Schlumberger representative. ‡ ID may vary depending on connecting configuration selected.

NIS conventional interventionless hydrostatic-set packer. Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0160

20

slb.com/packers

PHT Hydraulic packer APPLICATIONS ■

All installations

ADVANTAGES ■ ■

Low maintenance cost 7,500-psi [51,710-kPa] maximum working differential pressure

The PHT hydraulic packer features double mechanical grip and is hydraulically set but retrieved by tension. This economical and compact packer is designed for all type of installations. After being set, the tubing can remain with weight, neutral, or in tension, easing the packer’s operation.

Main features Hydraulic-set

■

Hydraulic setting

■

Double mechanical grip

■

■

Retrievable

Double isolator element for a larger packing area

■

For use in all installations

Releasing system by tension

Prior to running the packer, rate the shearing value of the calibrated pins, with the purpose of setting the installation selectively or as a whole, should multiple packers be required. Run the packer (with the predetermined string) with a blank plug or another element for that purpose (according to installation) to allow pressurization. Upon reaching the required depth, apply pressure according to the shearing values of the setting pins. Check the correct operation with weight and tension.

■

■ ■

Wide passage option available upon special request

Setting operation

Releasing operation Set the string at the neutral point and apply tension over the tubing weight, according to the rate of the shearing ring for this operation.

PHT hydraulic packer.

21

PHT C

ØB ØA PHT Hydraulic Packer Specifications Casing Size, in [mm] 5 [127.00] 5½ [139.70] 5½ [139.70]

7 [177.80]

7 [177.80]

Casing Weight, lbm/ft [kg/m]

Casing ID, Min., in [mm]

Casing ID, Max., in [mm]

Tool OD, in [mm]

Tool ID, in [mm]

Tool Length, in [mm]

Connection

11.5–15 [17.11–22.32]

4.406 [111.90]

4.559 [115.80]

4.244 [107.80]

2.000 [50.80]

50.630 [1,286.00]

2⅜ EU 8RD

18 [26.79]

4.276 [108.60]

4.406 [111.90]

4.126 [104.80]

2.000 [50.80]

50.630 [1,286.00]

2⅜ EU 8RD

13–17 [19.35–25.30]

4.890 [124.20]

5.043 [128.10]

4.744 [120.50]

2.000 [50.80]

49.803 [1,265.00]

2⅜ EU 8RD

20 [29.76]

4.780 [121.40]

4.890 [124.20]

4.638 [117.80]

2.000 [50.80]

49.803 [1,265.00]

2⅜ EU 8RD

13–17 [19.35–25.30]

4.890 [124.20]

5.043 [128.10]

4.744 [120.50]

2.402 [61.00]

49.803 [1,265.00]

2⅞ EU 8RD

20 [29.76]

4.780 [121.40]

4.890 [124.20]

4.638 [117.80]

2.402 [61.00]

49.803 [1,265.00]

2⅞ EU 8RD

17–20 [25.30–29.76]

6.457 [164.00]

6.535 [166.00]

6.268 [159.20]

2.402 [61.00]

61.417 [1,560.00]

2⅞ EU 8RD

23–26 [34.23–38.69]

6.276 [159.40]

6.366 [161.70]

6.079 [154.40]

2.402 [61.00]

61.417 [1,560.00]

2⅞ EU 8RD

29 [43.16]

6.185 [157.10]

6.276 [159.40]

5.969 [151.60]

2.402 [61.00]

61.417 [1,560.00]

2⅞ EU 8RD

32 [47.62]

6.094 [154.80]

6.185 [157.10]

5.811 [147.60]

2.402 [61.00]

61.417 [1,560.00]

2⅞ EU 8RD

35–38 [52.09–56.55]

5.921 [150.40]

6.004 [152.50]

5.657 [143.70]

2.402 [61.00]

61.417 [1,560.00]

2⅞ EU 8RD

17–20 [25.30–29.76]

6.457 [164.00]

6.535 [166.00]

6.268 [159.20]

2.992 [76.00]

61.417 [1,560.00]

3½ EU 8RD

23–26 [34.23–38.69]

6.276 [159.40]

6.366 [161.70]

6.079 [154.40]

2.992 [76.00]

61.417 [1,560.00]

3½ EU 8RD

29 [43.16]

6.185 [157.10]

6.276 [159.40]

5.969 [151.60]

2.992 [76.00]

61.417 [1,560.00]

3½ EU 8RD

32 [47.62]

6.094 [154.80]

6.185 [157.10]

5.811 [147.60]

2.992 [76.00]

61.417 [1,560.00]

3½ EU 8RD

35–40 [52.09–59.53]

5.921 [150.40]

6.004 [152.50]

5.657 [143.70]

2.992 [76.00]

61.417 [1,560.00]

3½ EU 8RD

slb.com/packers


22

PMDJ Production mechanical packer APPLICATIONS ■

High-pressure environments

■

Acid and frac stimulation operations

■

Production and injection wells

BENEFITS ■

Packer operates reliably in high differential pressures and temperatures

FEATURES ■

■

■

■ ■

■

The PMDJ production mechanical packer is a mechanically set retrievable production packer featuring two sets of slips to provide a secure grip. The double jay-setting system design enables reliable operation in environments of high differential pressures and temperatures. This packer can support both acid and frac stimulation operations and has applications in oil and gas production wells in addition to injection wells due to its lack of dynamic O-rings. The packer can be set in compression, tension, or neutral.

10,000-psi [68,947-kPa] maximum working pressure

Main features ■

Mechanically set

Available for 5.5-in [139.70-mm] casing with 2⅜ EU 8RD and 2⅞ EU 8RD connections and for 7-in [177.80-mm] casing with 2⅞ EU 8RD connections

■

Retrievable

7-in [177.80-mm] OD size with 3½ EU 8RD connection available upon special request Bypass with bonded seals Ability to be used as a semipermanent packer Emergency release system

■

For use in high-pressure environments and production and injection wells

Setting operation Upon attaining desired depth, pull the string upward until the jay-slot is cleared and rotate half a turn clockwise. Apply 8,000 lbf [35,585 N] of compressive force, then pull the same tension value upward. Repeat these last two steps to ensure good isolation.

Releasing operation Apply 2,000 lbf [8,896 N] of compressive force, rotate half a turn clockwise, and pull. For emergency release, pull until the emergency release pins are sheared.

PMDJ production mechanical packer.

23

PMDJ C

ØB ØA PMDJ Production Mechanical Packer Specifications Casing Size, in [mm]

Casing Weight, lbm/ft [kg/m] 13–15.5 [19.34–23.06]

4.950 [125.70]

5.044 [128.10]

4.744 [120.50]

2000 [50.80]

50.945 [1,294.00]

2⅜ EU 8RD

5.5 [139.70]

15.5–17 [23.06–25.06]

4.892 [124.20]

4.950 [125.70]

4.744 [120.50]

2.000 [50.80]

50.945 [1,294.00]

2⅜ EU 8RD

17–23 [25.06–34.22]

4.670 [118.60]

4.892 [124.20]

4.637 [117.80]

2.000 [50.80]

50.945 [1,294.00]

2⅜ EU 8RD

5.5 [139.70]

7 [177.80]

7 [177.80]

Casing ID, Min., in [mm]

Casing ID, Max., in [mm]

Tool OD, in [mm]

Tool ID, in [mm]

Tool Length, in [mm]

Connection

13–15.5 [19.34–23.06]

4.950 [125.70]

5.044 [128.10]

4.744 [120.50]

2.402 [61.00]

50.945 [1,294.00]

2⅞ EU 8RD

15.5–17 [23.06–25.06]

4.892 [124.20]

4.950 [125.70]

4.744 [120.50]

2.402 [61.00]

50.945 [1,294.00]

2⅞ EU 8RD

17–23 [25.06–34.22]

4.670 [118.60]

4.892 [124.20]

4.637 [117.80]

2.402 [61.00]

50.945 [1,294.00]

2⅞ EU 8RD

17–20 [25.29–29.76]

6.456 [164.00]

6.538 [166.00]

6.267 [159.20]

2.402 [61.00]

47.638 [1,210.00]

2⅞ EU 8RD

23–26 [34.22–38.68]

6.276 [159.40]

6.366 [161.70]

6.078 [154.40]

2.402 [61.00]

47.638 [1,210.00]

2⅞ EU 8RD

26–29 [38.68–43.15]

6.184 [157.10]

6.276 [159.40]

5.968 [151.60]

2.402 [61.00]

47.638 [1,210.00]

2⅞ EU 8RD

17–20 [25.29–29.76]

6.456 [164.00]

6.538 [166.00]

6.267 [159.20]

2.992 [76.00]

47.638 [1,210.00]

3½ EU 8RD

23–26 [34.22–38.68]

6.276 [159.40]

6.366 [161.70]

6.078 [154.40]

2.992 [76.00]

47.638 [1,210.00]

3½ EU 8RD

26–29 [38.68–43.15]

6.184 [157.10]

6.276 [159.40]

5.968 [151.60]

2.992 [76.00]

47.638 [1,210.00]

3½ EU 8RD

slb.com/packers


24

QL Conventional sealbore packer APPLICATIONS ■


■

Sump packing in gravel-pack operations

■

Permanent gravel-pack packing

■

Main features

Permanent sealbore production or isolation packing

BENEFITS ■

High running speed reduces rig time for packer installation and setting

■

■ ■

■

■

Wireline- or hydraulic-set

■

Permanent

■

■

FEATURES ■

The QL conventional sealbore packer is used as a production packer, gravel-pack packer, or a sump packer. The QL packer features the same upper latching profile as the QUANTUM* gravel-pack packer.

Dual-opposing, one-piece slips Full-circle, solid-metal backup system to prevent element extrusion Unique swab-resistant element Pin-down configuration to allow easy attachment of accessories Ability to be easily milled

For use as a production, gravel-pack, sump, or isolation packer Exceeds ISO 14310 V3 standards

Fast running This packer is designed for risk-free and fast running either on wireline or with a hydraulic-setting tool on drillpipe or tubing. QL packers may be run and set on wireline using an E-4 or equivalent pressure setting assembly. On drillpipe or coiled tubing, a hydraulic-setting tool is used.

Use in hostile environments This is a tough, large-bore packer with a field-proven record. The QL packer is suitable for standard or H2S service and is also available in several alternate material configurations to withstand virtually any hostile environment. A full line of accessory equipment is

QL Conventional Sealbore Packer Specifications Casing Size,† in [mm]

Casing Weight Range, lbm/ft [kg/m]

Max. OD, in [mm]




5.500 [139.7] 5.500 [139.7] 7.000 [177.8] 7.000 [177.8] 7.000 [177.8] 7.000 [177.8] 7.625 [193.7] 9.625 [244.5] 9.625 [244.5]

14–17 [20.83–25.30] 20–23 [29.76–34.23] 20–26 [29.76–38.69] 26–29 [38.69–43.16] 32–35 [47.62–52.09] 32–38 [47.62–56.55] 33.7–39 [50.15–58.04] 36–47 [53.57–69.94] 47–58.4 [69.94–86.91]

4.563 [115.9] 4.437 [112.7] 6.015 [152.8] 5.890 [149.6] 5.815 [147.7] 5.687 [144.4] 6.265 [159.1] 8.463 [215.0] 8.219 [208.8]

3.003 [76.3] 3.003 [76.3] 4.003 [101.7] 4.003 [101.7] 4.003 [101.7] 4.003 [101.7] 4.003 [101.7] 6.003 [152.5] 6.003 [152.5]

325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163]

10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948]

† Other ‡ ID


QL conventional sealbore packer. *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0192

slb.com/packers 25

QLH Conventional hydrostatic-set sealbore packer APPLICATIONS ■


■

Permanent gravel-pack packing

■

Permanent sealbore production or isolation packing

BENEFITS ■

High running speed reduces rig time required to install and set the packer

■


■

Design allows fast and reliable installation

FEATURES ■ ■

■ ■

Dual-opposing, one-piece slips 360° solid-metal backup system to prevent element extrusion Unique swab-resistant element Pin-down configuration for easy attachment of accessories

The QLH conventional hydrostatic-set sealbore packer features the same upper latching profile as the QUANTUM* gravel-pack packer. This packer is designed for reliable and fast installation. The integral setting cylinder located below the bottom slips provides the force needed to set the full-circumference slips and pack off the sealing element. The QLH packer may be set after the tubing has been landed and the wellhead installed, eliminating the need for special equipment to facilitate tubing space out.

Main features ■

Hydrostatic-set

■

Permanent

■

For use in high-pressure, gravel-pack, sump, and isolation applications

Usage and compatibility The QLH packer is compatible with all QL permanent packer seal assemblies and accessories. It is suitable for standard or H2S service and is available in alternate material configurations to withstand virtually any hostile environment. A full line of accessory equipment is available for the QLH packer. This permanent packer may be milled over and retrieved using a standard packer milling tool.

QLH Conventional Hydrostatic-Set Sealbore Packer Specifications Casing Weight Max. OD, Nominal ID,‡ Casing Size,† in [mm] Range, lbm/ft in [mm] in [mm] [kg/m] 9.625 [244.5] 36–47 [53.57–69.94] 8.463 [215.0] 4.892 [124.3] 9.625 [244.5] 47–58.4 [69.94–86.91] 8.219 [208.8] 6.003 [152.5]

Max. Working Temperature, degF [degC] 325 [163] 300 [149]

Differential Pressure Rating, psi [kPa] 10,000 [68,948] 10,000 [68,948]

† Other ‡ ID


QLH conventional hydrostatic-set sealbore packer. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0159

26

slb.com/packers

QLHB Conventional hydraulic-set sealbore and stepbore packer APPLICATIONS ■ ■

■

Vertical, deviated, or horizontal wellbores Installations requiring a full tubing ID through the packer and latch assembly Permanent sealbore production or isolation packer

BENEFITS ■

High running speed reduces rig time required to install and set the packer

■


■

Design allows fast and reliable installation

FEATURES ■ ■

Dual-opposing, one-piece slips 360° solid-metal backup system to prevent element extrusion

■

Upper and lower sealbores

■

Unique swab-resistant element

■

The QLHB conventional hydraulic-set sealbore and stepbore packer, with a large upper sealbore, is commonly used as a production packer. In special applications, it can be used as a gravel-pack packer or a sump packer. The QLHB features the same upper latching profile as the QUANTUM* gravel-pack packer.

Main features ■

Hydraulic-set

■

Permanent

■

For use in gravel-pack completions and H2S service

Hostile environments The QLHB is suitable for standard or H2S service and is also available in several alternate material configurations to withstand virtually any hostile environment. A full line of accessory equipment is available for the QLHB packer. QLHB packers may be milled over and retrieved using standard packer milling tools.

Pin-down configuration for easy attachment of accessories

QLHB conventional hydraulic-set sealbore and stepbore packer.

27

QLHB QLHB Conventional Hydraulic-Set Sealbore and Stepbore Packer Specifications Casing Weight Max. OD, Nominal ID,‡ Casing Size,† Max. Working in [mm] Range, lbm/ft in [mm] in [mm] Temperature, [kg/m] degF [degC] 7.000 [177.8] 32–28 [47.62–41.67] 5.687 [144.4] 4.003 [101.7] 325 [163]

Differential Pressure Rating, psi [kPa] 10,000 [68,948]

Upper Sealbore Nominal ID, in [mm] 4.753 [120.7]

† Other ‡ ID


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28

RSB Sphinx Conventional wireline-set sealbore packer APPLICATIONS Liner-top isolation and straddle packer installation

■

ADVANTAGES 10,000 psi [68,947 kPa] nominal pressure rating

■

■ ■

Temperature based on elastomers Available elements for well conditions up to 450 degF [232 degC]

■

Wireline setting with setting adapter

■

Straight-pull-release

■

Standard right-hand-release top section and conventional anchor seal assembly

■

Optional jay slot top connections

■

Optional bottom thread connections

The RSB Sphinx* conventional wireline-set sealbore packer provides a downhole sealbore that can be removed and redressed when necessary, making it ideal for liner-top isolation and straddle packer installation. The packer can also be used as a locating sealbore for whipstock lateral work or locating drilling and production diverters with the optional jay slot top connection included.

Main features ■

Wireline-set

■

Retrievable

■


Features and settings The RSB Sphinx packer is rated to 10,000 psi [68,947 kPa], with an optional element system available for higher-temperature applications. The tool features a right-hand-release top section and a conventional anchor seal assembly in its standard configuration. A range of optional bottom thread connections are available to increase completion options.

RSB Sphinx Conventional Wireline-Set Sealbore Packer Specifications OD, Casing Weight Range, ID, Min., ID, Max., in [mm] lbm/ft [kg/m] in [mm] in [mm]

Size

OD, Max., in [mm]

7 [177.80] 9.625 [244.48] 9.625 [244.48] 9.625 [244.48]

59–40 82–52 84–52 85–52

5.932 [150.67] 8.213 [208.61] 8.437 [214.30] 8.593 [281.26]

26–32 [38.69–47.62] 47–53.5 [69.94–79.62] 40–47 [59.53–69.94] 36–40 [53.57–59.53]

6.094 [154.81] 8.535 [216.79] 8.681 [220.50] 8.835 [221.41]

6.276 [159.41] 8.681 [220.50] 8.835 [224.41] 5.250 [133.35]

RSB Sphinx conventional wireline-set sealbore packer.


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RSBH[I] Sphinx Conventional injection sealbore packer APPLICATIONS ■ Dual-zone production or injection applications ADVANTAGES No tubing movement during the setting sequence

■

■ ■

■ ■

■

■

Straight-pull-release Variety of tubing connections and anchor seal assemblies ECNER array packing element system Able to be used for tandem packer installations Selective-set pressure with an additional setting piston assembly Rotational lock

The RSBH[I] Sphinx* conventional injection sealbore packer is a high-performance, hydraulic-set, single-string packer for injection and production. It is utilized for most dual-zone production or injection applications. The wellhead can be installed and flanged up before setting the packer.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in dual-zone production or injection applications

Operating and running procedures Test the packer in the shop using the test kit prior to delivery to the wellsite. When the packer reaches the setting depth, plug the setting string below the packer, and pressure the tubing to 90% of the expected shut-in production pressure. In no case should the setting pressure be less than 2,000 psi [13,789 kPa]. Hold the pressure for 3–5 minutes to permit the packing elements and slips to properly seat against the casing. Once the packer is fully set, it may be pressure tested.

RSBH[I] Sphinx Conventional Injection Sealbore Packer Specifications Casing OD, Casing Weight Range, Casing ID, Casing ID, in [mm] lbm/ft [kg/m] Min., in [mm] Max., in [mm] 9.625 [244.48] 47–53.5 [69.94–79.62] 8.535 [216.79] 8.681 [220.50] 9.625 [244.48] 40–47 [59.53–69.94] 8.681 [220.50] 8.835 [224.41] 9.625 [244.48] 40–36 [59.93–53.57] 8.835 [224.41] 8.921 [226.59]

Tool OD, Max., in [mm] 8.218 [208.74] 8.437 [214.30] 8.593 [218.26]

Packer Tool, in [mm] 6.000 [152.4] 6.000 [152.4] 6.000 [152.4]

RSBH[I] Sphinx conventional injection sealbore packer. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0148

30

slb.com/packers

RSBH Sphinx Conventional sealbore packer APPLICATIONS ■

Liner top isolation and straddle packer installation

■

Dual-zone production or injection

■

Single-trip completions

■

Production or isolation sealbore packer

■

Injection and production wells

BENEFITS ■

■

Single trip with production tubing saves rig time Design prevents disengagement while running and setting

FEATURES ■

7,000-psi [48,263-kPa] nominal pressure rating

■

Temperature rating based on elastomers

■

One-trip hydraulic setting

■

Straight-pull-release

■

ECNER array packing element system

■

■

■ ■

■

The RSBH Sphinx* conventional sealbore packer is a highperformance, hydraulic-set, single-string packer. It provides a downhole sealbore that can be removed and redressed when necessary, making it ideal for liner top isolation and straddle packer installation. The packer can also be used as a locating sealbore for whipstock lateral work or locating drilling and production diverters with the optional jay slot top connection included.

Main features ■

Hydraulic-set

■

Retrievable

■


Features and settings The RSBH Sphinx packer is rated to 7,000 psi [48,263 kPa], with an optional element system available for higher-temperature applications. The packer is used for most dual-zone production or injection applications. The wellhead can be installed and flanged up before setting the packer. The tool features a left-hand-release top section and a conventional anchor seal assembly in its standard configuration. A range of optional bottom thread connections are available to increase completion options.

Able to be used for tandem packer installations Selective-set pressure with an additional setting piston assembly Rotational lock Variety of tubing connections and anchor seal assemblies No tubing movement during the setting sequence

RSBH Sphinx Conventional Sealbore Packer Specifications Casing Size, Casing Weight Range, Tool ID, in [mm] lbm/ft [kg/m] in [mm] 32–38 [47.62–56.55] 5.750 [146.05] 26–32 [38.69–47.62] 5.937 [150.79] 7 [177.80] 23–26 [34.23– 38.69] 6.083 [154.50] 17–20 [25.30–34.23] 6.271 [159.28]

Standard Sealbore, in [mm] 4.00 [101.60] 4.00 [101.60] 4.00 [101.60] 4.00 [101.60]

Alternative Sealbore, in [mm] 4.75 [120.66] 4.75 [120.66] 4.75 [120.66] 4.75 [120.66]

RSBH Sphinx conventional sealbore packer. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0149

slb.com/packers 31

Versalok Conventional wireline-set packer APPLICATIONS ■ Ideal use for applications requiring fiberglass production tubing BENEFITS ■

Wireline setting saves time and enables accurate packer placement

FEATURES ■

■

■

■

■

■

Compatibility with standard production tubing accessories Full-opening mandrel for tubing compatibility, even in heavy-wall casing sizes Bypass that opens before releasing upper slips for trouble-free retrieval Availability of 7,500- and 10,000-psi [51,710- and 6,947-kPa] pressurerated designs

The Versalok conventional wireline-set packer features the versatility of a multipurpose packer. The Versalok packer features a bypass system that equalizes pressure across the packer prior to releasing the upper slips, while a spring above the upper slips assures positive slip engagement during extreme pressure reversals. An innovative rotational release system eliminates any potential for premature release problems.

Main features ■

Wireline-set

■

Retrievable

■


Setting features The Versalok retrievable production packer provides a full-opening mandrel compatible with standard tubing profile nipples. The wireline setting feature makes the Versalok packer well suited for applications requiring fiberglass production tubing.

Maximum compression of follower spring to ensure positive slip engagement during pressure reversals Single-trip retrieval using tubing and an on/off tool

Versalok conventional wireline-set packer.

32

Versalok Versalok Conventional Wireline-Set Packer Specifications Casing Weight Range, Casing OD, in [mm] lbm/ft [kg/m] 4.5 [114.3] 9.5–13.5 [14.14–20.09] 5 [127.00] 11.5–15 [17.11–22.32] 5 [127.00] 18–20.8 [26.78–30.95] 5.5 [139.70] 13–15.5 [19.35–23.07] 5.5 [139.70] 15.5–20 [23.07–29.76] 5.5 [139.70] 20–23 [29.76–34.23] 5.5 [139.70] 13–15.5 [19.35–23.07] 5.5 [139.70] 15.5–20 [23.07–29.76] 5.5 [139.70] 20–23 [29.76–34.23] 7 [177.80] 17–26 [25.30–38.69] 7 [177.80] 26–32 [38.69–47.62] 7.625 [193.675] 33.7–39 [50.15–58.04] 7.625 [193.675] 24–29.7 [35.72–44.20]

Tool OD, Max., in [mm] 3.75 [95.25] 4.125 [104.775] 4 [101.600] 4.781 [121.437] 4.625 [117.475] 4.5 [114.3] 4.781 [121.437] 4.625 [117.475] 4.5 [114.3] 6 [152.4] 5.875 [149.225] 6.453 [163.906] 6.672 [169.468]

Tool ID, Max., in [mm] 1.938 [49.225] 1.938 [49.225] 1.938 [49.225] 2.000 [50.800] 2.000 [50.800] 2.000 [50.800] 2.375 [60.325] 2.375 [60.325] 2.375 [60.325] 2.500 [63.500] 2.500 [63.500] 2.500 [63.500] 2.500 [63.500]

Standard Thread Connections Box × Pin 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD

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33

34

ESP/Dual Completion Packers

35

Ultra Dual Conventional dual-completion packer APPLICATIONS Dual- and ESP completions

■ ■

Multizone completions

BENEFITS Straight-pull shear release is not affected by differential pressure

■

■

Design features configurable end connections

FEATURES ■ One-trip hydraulic operation ■

■

Scoop head for short-string stabbing available for some sizes

Able to be set on long or short string

■

Long string straight-pull shear release

■

Main features ■

Hydraulic-set

■

Retrievable

■

For use in dual- and ESP completions

Sequential upper slip releasing system for reduced releasing force

■

■

The Ultra Dual conventional dual-completion packer is a dual-zone completion packer rated to 5,000 psi [34,473 kPa] at 275 degF [135 degC], featuring an integral hydraulic-setting assembly for one-trip operation. Plugging the string and applying pressure energize the hydraulic cylinder and set the packing elements, isolating the individual tubing strings. The packer releases by a straight pull on the long string. Both strings are available with optional tubing connections for maximum design flexibility.

Rating of 5,000 psi [34,473 kPa] at 275 degF [135 degC] Integral thread and sealbore for anchoring and sealing short strings

Ultra Dual conventional dual-completion packer.

36

Ultra Dual Ultra Dual Conventional Dual-Completion Packer Specifications Casing Size, Casing Weight Range, Casing ID, Casing ID, in [mm] lbm/ft [kg/m] Min., in [mm] Max., in [mm] 18–21.8 [26.79–32.95] 5.142 [130.61] 5.000 [127.00] 5.75 [146.05]

6.625 [168.28]

7 [177.80]

7.625 [193.68] 9.625 [244.48]

OD of Tool, Max., in [mm] 4.812 [122.23]

Long-String Tool, Min., in [mm] 1.610 [40.89]

Short-String Tool, Min., in [mm] 1.380 [35.05]

18–21.8 [26.79–32.95]

5.142 [130.61]

5.000 [127.00]

4.812 [122.23]

1.610 [40.89]

1.380 [35.05]

14–18 [20.83–26.79]

5.282 [134.16]

5.142 [130.61]

4.937 [125.40]

1.610 [40.89]

1.380 [35.05]

14–18 [20.83–26.79]

5.282 [134.16]

5.142 [130.61]

4.937 [125.40]

1.610 [40.89]

1.380 [35.05]

20–24 [29.76–35.71]

5.921 [150.39]

6.049 [153.45]

5.750 [146.05]

1.938 [49.23]

1.610 [40.89]

20–24 [29.76–35.71]

5.921 [150.39]

6.049 [153.45]

5.750 [146.05]

1.938 [49.23]

1.610 [40.89]

32–38 [47.62–56.65]

5.920 [150.37]

6.094 [154.79]

5.750 [146.05]

1.938 [49.23]

1.610 [40.89]

32–38 [47.62–56.65]

5.920 [150.37]

6.094 [154.79]

5.750 [146.05]

1.938 [49.23]

1.610 [40.89]

23–32 [34.23–47.62]

6.094 [154.79]

6.336 [160.93]

5.937 [150.80]

1.938 [49.23]

1.610 [40.89]

23–32 [34.23–47.62]

6.094 [154.79]

6.336 [160.93]

5.937 [150.80]

1.938 [49.23]

1.610 [40.89]

17–26 [25.30–38.69]

6.184 [157.07]

6.538 [166.07]

6.000 [152.40]

1.938 [49.23]

1.938 [49.23]

17–26 [25.30–38.69]

6.184 [157.07]

6.538 [166.07]

6.000 [152.40]

1.938 [49.23]

1.938 [49.23]

33.7–39 [50.15–58.03] 26.4–33.7 [39.28–50.14] 47–53.5 [69.94–79.61] 36–47 [53.57–69.94]

6.510 [165.35] 6.662 [169.21] 8.535 [216.79] 8.681 [220.50]

6.882 [174.80] 7.07 [179.73] 8.681 [220.50] 8.921 [226.59]

6.470 [164.34] 6.677 [169.60] 8.320 [211.33] 8.500 [215.90]

2.390 [60.71] 2.390 [60.71] 2.939 [74.65] 2.939 [74.65]

2.390 [60.71] 2.390 [60.71] 2.939 [74.65] 2.939 [74.65]

Long-String Short-String Connection Connection 1.900 1.660 2.000 sealbore 1.900 1.660 top of latch 1.900 1.660 2.000 sealbore 1.900 1.660 top of latch 2.375 1.900 2.500 sealbore 2.375 1.900 top of latch 2.375 1.900 2.500 sealbore 2.375 1.900 top of latch 2.375 2.375 2.688 sealbore 2.375 2.375 top of latch 2.375 2.375 2.688 sealbore 2.375 2.375 top of latch 2.375 2.375 2.375 2.375 3.500 3.500 3.500 3.500

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37

Hydro-12 Dual-completion packer APPLICATIONS ■


■

Dual production strings

BENEFITS ■

Simultaneous running of tubing strings saves rig time

FEATURES ■ ■

■ ■

■

■

Can be set by the short or long string No tubing manipulation required to set the packer No mandrel movement during setting Simultaneous mandrel movement while the packer is being released One-piece mandrel designed with premium connections Setting not affected by tubing weight below the packer

■

Both mandrels free to rotate

■

May be run with dual strings simultaneously

■

■

■

■

Tubing may be pulled without disturbing the packer Mechanical locks that prevent premature setting Ability to set the packer after the wellhead is installed

The Hydro-12* dual-completion packer can be run in stacked dual installations or above almost any type of single-string packer. The unique design allows the packer to be set without tubing manipulation, and both mandrels are free to rotate for ease of makeup. In addition, the short string does not move during setting, which simplifies tubing space out. Orientation of the string is performed by using an optional locking mechanism.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in dual completions

Setting operation The packer is set by plugging the tubing below the setting ports in the packer and applying pressure to the setting string. Common plugging devices include pumpout plugs, pressure trip subs, and blanking plugs. The bidirectional slips anchor the packer in the casing, keeping the packer from moving upward or downward in response to differential pressure or tubing movement. This packer is suitable for applications requiring installation of the wellhead before packer setting because no tubing manipulation or movement is required.

Release operation The Hydro-12 packer is released by a straight upward pull on either the short or the long string or simultaneously on both strings until the packer’s primary shear pin value is exceeded. When the packer is released, the primary and secondary mandrel movements are simultaneous. This feature permits the use of ESPs.

Elimination of mandrel movement during setting for use in ESP installations

Hydro-12 dual-completion packer.

38

Hydro-12 Hydro-12 Dual-Completion Packer Specifications Casing Size,† Casing Weight Max. OD, in [mm] Range, lbm/ft in [mm] [kg/m] 7.000 [177.8] 23–26 [34.23–38.69] 6.089 [154.7] 9.625 [244.5] 40–43.5 [59.53–64.74] 8.537 [216.8] 9.625 [244.5] 40–43.5 [59.53–64.74] 8.537 [216.8]

Nominal ID,‡ Primary, in [mm] 1.953 [49.6] 2.399 [60.9] 2.250 [57.2]

Nominal ID,‡ Secondary, in [mm] 1.953 [49.6] 2.399 [60.9] 2.250 [57.2]

Max. Working Temperature, degF [degC] 275 [135] 275 [135] 275 [135]

Differential Pressure Rating, psi [kPa] 5,000 [34,474] 5,000 [34,474] 5,000 [34,474]

† Other ‡ ID


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39

MRP-ESP Modular dual-completion packer APPLICATIONS ■

ESP completions

■

Zonal isolation

■


BENEFITS ■


FEATURES ■

■

■

Hydro-test capability of feed-through connections Ability to pressure test the system at the surface Minimized tubing movement during installation

■

Reduced debris buildup above slips

■

Easy to circulate out debris before retrieval

■

Positive casing grip secures packer

■

Slips located below sealing element

■

Equalization system above the element

■

Adjustable, straight-pull shear release

■

Field-proven sealing element

■

Bidirectional slips

■

■

The MRP-ESP modular dual-completion packer is used in vertical and deviated wells with ESP completions. Additional parallel ports are available and may be configured for chemical injection, gas vents, and ESP accessories. This packer is also designed to allow onsite feedthrough and connection of electric or hydraulic conduits. Its compact, modular design makes the MRP-ESP packer an economical choice for production applications with ESPs or for gas injection.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in ESP completions

■


Installation and setting The MRP-ESP packer is installed with the completion tubing and is set by applying pressure to the tubing. Retrieval of the MRP-ESP packer is accomplished with a straight upward pull on the tubing. Once the tension on the tubing string exceeds the shear value of the release pins, the slips disengage the casing, and the element relaxes. Set at the factory to a standard value, the packer shear-release mechanism can be adjusted in the field just before installation.

Minimized end effect on shear-release screws Dual bore with multiple ports

Cross-section.

MRP modular dual-completion packer.

40

MRP-ESP MRP-ESP Modular Dual-Completion Packer Casing Size,† in [mm] 9.625 [244.5] 9.625 [244.5]

Casing Weight Range, lbm/ft [kg/m] 40–47 [59.53–69.94] 47–53.5 [69.94–79.62]

Max. OD, in [mm] 8.463 [215.0] 8.354 [212.2]

Nominal ID,‡ Primary, in [mm] 2.992 [76.0] 2.992 [76.0]

Nominal ID,‡ Secondary, in [mm] 2.080 [52.8] 2.080 [52.8]



Number of Feed-Throughs Three 3⁄8 NPT,§ one 3⁄4 NPT Six 3⁄8 NPT

† Other ‡ ID

sizes are available on request. Contact your local Schlumberger representative. may vary depending on connecting configuration selected. Pipe Thread.

§ National

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41

42

High Rate Gas Packers

43

XHP-BB Hydrostatically set big-bore premium production packer APPLICATIONS ■

■

■

■

High-rate production and injection wells with high or low temperatures Interventionless single-trip completions, desirable in environments such as deepwater and subsea wells Vertical, deviated, and horizontal wellbores Through-tubing recompletions

BENEFITS ■

■ ■

■

Minimized rig time associated with standard setting methods Elimination of tubing movement Fewer interventions necessary while setting Ease of retrievability

FEATURES ■ ■

■ ■

■

■ ■

Large-bore ID Barrel-type slip design that minimizes casing damage Slip location below sealing element Hydrostatic setting mechanism with built-in hydraulic contingency Robust seal that acts as debris barrier to prevent slip fouling Low activation pressures at surface Leak-free hydrostatic chamber to ensure packer activation at proper depth

■

Cut-to-release retrieval

■

Direct connection to well tubing

■

Field-proven design based on XHP, XMP, and QUANTUM MAX* packers

The XHP-BB* hydrostatically set big-bore premium production packer is designed for high-rate production and injection wells. These wells demand exceptional ruggedness and reliability, and, for harsh environments, require premium metallurgy and elastomers. The packer is qualified for lowtemperature use in subsea injection wells, as well as for high-pressure, high-temperature environments. It withstands pressures up to 10,000 psi [68,948 kPa] and temperatures up to 350 degF [177 degC]. The XHP-BB packer is designed for closed systems, such as cased hole wells before perforating and openhole completions isolated by a formation isolation valve.

Main features ■

Hydrostatic-set

■

Retrievable

■

For use in high-pressure and high-rate gas environments

Hydrostatic setting The XHP-BB packer is installed with the completion tubing and set by pressuring the well at the surface. Rupture discs isolate the setting chamber and ensure accurate activation pressure. Because the packer is hydrostatically set, it is ideal for interventionless single-trip completions. Optionally, it can also be fully set by placing a tubing plug below it and applying pressure.

Premium barrel slips Ensure even distribution of load on casing

The XHP-BB packer’s setting chambers are located between the slips and the element. This architecture eliminates any tubing movement relative to the casing, and as a result, the slips and element are both set consistently and predictably. The slips’ barrel-type design minimizes casing damage, and their location below the sealing element prevents buildup of debris above them.

Cut-to-release retrieval The packer’s cut-to-release feature allows multiple throughtubing interventions without the risk of unsetting the packer. The XHP-BB packer is retrieved with a through-tubing intervention tool to shear the setting mechanism and then a subsequent upward pull on the tubing.

Testing beyond ISO standards Each XHP-BB packer is internally tested with nitrogen to ensure that the hydrostatic chamber is leak-free and will activate the packer at the proper depth. The packer is tested beyond ISO 14310/API 11D1 standards for the flow-by qualification, which ensures that element swab-off rates are quantified, and it meets the ISO 14310/API 11D1 grade V0 standard for the “as-rolled” customer-specific casing.

44

Element VO rated

Cut-to-release zone Prevent premature release

XHP-BB hydrostatically set big-bore premium production packer.

XHP-BB XHP-BB Hydrostatically Set Big-Bore Premium Production Packer Specifications Casing Weight Range, Max. OD, Casing Size,† in [mm] lbm/ft [kg/m] in [mm] 7.000 [177.8] 29–32 [43.16–47.62] 5.910 [150.1] 9.625 [244.5] 47–53.5 [69.94–79.62] 8.300 [210.8] † ‡

Nominal ID,‡ in [mm] 3.920 [99.6] 5.920 [150.4]



Other sizes are available on request. ID may vary depending on connection configuration selected.

slb.com/packers *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0182

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46

HPHT Packers

47

Millennium HPHT packer APPLICATIONS ■ High-pressure, high-volume production ■

Hostile downhole environments

Main features

BENEFITS ■ Large, unobstructed bore enhances completion options ■

The Millennium* HPHT packer is designed for high-pressure, high-volume production, injection, and disposal wells.

Packer can be easily milled

■

Wireline- or hydraulic-set

■

Permanent

■

For use in HPHT wells

Packer design

FEATURES ■ Rated to 15,000 psi [103.421 kPa] at 450 degF [232 degC]

The packer features carbide or carburized slips. The packer is rated to 15,000 psi [103.421 kPa] at 450 degF [232 degC]. The packer’s large alternate bore enhances completions options and allows for increased flow. The multicomponent element backup system provides maximum extrusion resistance.

■

Large alternate bore for increased flow

■

Nonelastomeric sealing

■

Full circle carbide or carburized slips

Setting operation

■

Tested in Q125 casing

The Millennium HPHT packer is hydraulic- or wireline-set. An optional bottom sub configuration makes the packer compatible with completion accessories such as landing and seating profile nipples.

■

■

■ ■

Slip-cone interface optimized for higher loading Element design for maximum extrusion resistance Components keyed for easy milling Optional bottom sub configuration compatible with all completion accessories

Millennium HPHT packer.

Millennium HPHT Packer Specifications Casing OD, Casing Weight Range, Casing ID, Min., in [mm] lbm/ft [kg/m] in [mm]

Casing ID, Max., Tool OD, in [mm] Max., in [mm]

Alternate Lower Bore, Bore, in [mm] in [mm]

Seal Assembly Setting Tool Size Size

5 [127]

4.361 [110.77]

3 [76.2]

30–22

18–21.4 [26.79–31.85]


48

4.032 [102.41]

3.968 [100.79]

2.5 [63.5]

20

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XHP

Premium production packer APPLICATIONS ■

Single-string production

■


■


■

Production or injection wells with high or low temperatures

ADVANTAGES ■ ■

Slips located below the sealing element Hydraulic-setting mechanism design that eliminates tubing movement during installation

■

Minimized debris buildup above slips

■

Reduced casing damage

■

Suitable for use in unsupported casing

■

Capable of running in deviated wells

■

Tensile and compressive ratings compatible with completion tubulars

The XHP premium production packer is a hydraulically set, retrievable packer for use in vertical and deviated wells.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in HPHT environments

■


High-pressure, high-temperature environments The standard version of XHP packer is suitable for high-pressure, high-temperature environments. It is also qualified for lowtemperature use in subsea injection wells.

Installation and retrieval The XHP packer is installed with the completion tubing and is set by applying pressure to the tubing. Retrieval of the XHP is accomplished by means of a through-tubing intervention tool and subsequent upward pull on the tubing. Design flexibility provides the following configuration options:

■

Able to connect directly to well tubing

■

Barrel-type slip design

setting on control line

■

■

Short packer body length

left-hand rotation disconnect

■

■

Premium connections available

retrieval by intervention with a tubing cutter.

■

XHP premium production packer.

49

XHP XHP Premium Production Packer Specifications Casing Weight Range, Casing Size,† in [mm] lbm/ft [kg/m] 7.000 [177.8] 32–35 [47.62–52.09] 7.750 [196.9] 46.1 [68.60] 7.625 [193.7] 33.7–39 [50.15–58.04] 9.625 [244.5] 47–53.5 [69.94–79.62] 10.750 [273.1] 60.7–65.7 [90.33–97.77]

Max. OD, in [mm] 5.810 [147.6] 6.440 [163.6] 6.440 [163.6] 8.300 [210.8] 9.340 [237.2]

Nominal ID,‡ in [mm] 2.890 [73.4] 2.750 [69.9] 3.350 [85.1] 4.660 [118.4] 4.600 [116.8]

Max. Working Temperature, degF [degC] 325 [163] 425 [218] 325 [163] 350 [177] 270 [132]

Differential Pressure Rating, psi [kPa] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 7,500 [51,711]

† Other ‡ ID


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50

Intelligent Completion Packers

51

MRP-MP Modular multiport packers APPLICATIONS ■

Intelligent completions

■


■

■

Completions with multiple production zones Vertical or deviated wellbores

BENEFITS ■

■

■

■

The MRP-MP packer series consists of tubingconveyed, hydraulically set production and isolation packers designed for single or multizone completions. Each packer features a multiplebypass configuration for hydraulic control line or electric conduit applications.

Main features ■

Hydraulically set

■

Retrievable

Reduced completion costs because of economical feed-through packer platform

■

For use in intelligent completions

Reduced retrieval risk due to prevention of debris buildup above slips

The packer is set by applying tubing-to-annulus differential pressure. A closed flow control valve or valves, a ball seat, and a plug or other tubing-blanking device are required to set the packer. The retrieval method depends on the configuration chosen.

Reduced development costs with production from multiple zones

Reduced risk of misruns by eliminating pipe movement during installation

Setting operation

FEATURES ■

■

■

■

■

■

■

Flexible configurations that facilitate varied completion designs Communication with devices installed below the packer enabled by five hydraulic control lines or electrical conduits Modular platform based on economical and field-proven Schlumberger MRP modular retrievable packer Configuration options to suit multiple applications: straight pull-to-release, cut-to-release, and isolation Slips located below sealing element Hydraulic setting mechanism centrally located between element and slips Configurations that can maintain premium connections throughout the tubing string

MRP-MP production packer.

52

MRP-MP isolation packer.

MRP-MP MRP-MP Modular Multiport Packer Specifications (Straight Pull-to-Release) Casing Size, Casing Weight Max. OD, Nominal ID, in [mm] Range, lbm/ft in [mm] in [mm] [kg/m]


Differential Pressure Rating, psi† [kPa]

7.000 [177.8] 7.000 [177.8] 7.000 [177.8]

250 [121] 250 [121] 250 [121]

5,000 [34,474] 5,000 [34,474] 5,000 [34,474]



250 [121] 250 [121]

5,000 [34,474] 5,000 [34,474]

MRP-MP Modular Multiport Packer Specifications (Isolation Packer) Casing Size, Casing Weight Max. OD, Nominal ID, in [mm] Range, lbm/ft in [mm] in [mm] [kg/m]



7.000 [177.8] 7.000 [177.8] 7.000 [177.8]

250 [121] 250 [121] 250 [121]

3,000 [20,684] 3,000 [20,684] 3,000 [20,684]

† Affected

23−26 [34.23–38.69] 26−29 [38.69–43.16] 29−32 [43.16–47.62]

6.090 [154.7] 6.000 [152.4] 5.910 [150.1]

2.922 [74.22] 2.922 [74.22] 2.922 [74.22]

by shear-to-release setting.

MRP-MP Modular Multiport Packer Specifications (Cut-to-Release) Casing Size, Casing Weight Max. OD, Nominal ID, in [mm] Range, lbm/ft in [mm] in [mm] [kg/m] 7.000 [177.8] 23−26 [34.23–38.69] 6.090 [154.7] 2.922 [74.22] 7.000 [177.8] 26−29 [38.69–43.16] 6.000 [152.4] 2.922 [74.22]

23−26 [34.23–38.69] 26−29 [38.69–43.16] 29−32 [43.16–47.62]

6.090 [154.7] 6.000 [152.4] 5.910 [150.1]

2.922 [74.22] 2.922 [74.22] 2.922 [74.22]

MRP-MP Modular Multiport Packer Specifications (Straight Pull-to-Release Performance) Max. Working Temperature, Casing Size, Casing Weight Max. OD, Nominal ID, degF [degC] in [mm] Range, lbm/ft in [mm] in [mm] [kg/m]


7.000 [177.8] 7.000 [177.8] 7.000 [177.8]

5,000 [34,474] 5,000 [34,474] 5,000 [34,474]

23−26 [34.23–38.69] 26−29 [38.69–43.16] 29−32 [43.16–47.62]

6.090 [154.7] 6.000 [152.4] 5.910 [150.1]

2.922 [74.22] 2.922 [74.22] 2.922 [74.22]

250 [121] 250 [121] 250 [121]

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53

QUANTUM MultiPort Gravel-pack multiport packer APPLICATIONS ■


■

Normal and hostile environments

BENEFITS ■


FEATURES ■ ■

■

Unique design for preset prevention Enhanced capabilities for onsite product customization Simultaneous setting of multiple packers for reduced rig time

■

Pressure-isolated multiple ports

■

Locking screws on the body joints

■

■

■

Packing element with integral antiextrusion rings Component parts rotationally locked to the mandrel Straight pickup release

The QUANTUM* MultiPort* gravel-pack multiport packer is used as the upper packer in stacked configurations in completions with surfacecontrolled subsurface flow-control valves and tubing-mounted reservoir monitoring equipment.

Main features ■

Hydraulic-set

■

Retrievable

■


■


Connections and setting The hydraulically set QUANTUM MultiPort packer features twin setting pistons that fully energize the sealing elements prior to anchoring the slips. This packer is designed to allow onsite feed-through and connection of electric and hydraulic conduits. Testing of control-line fittings on the packer is accomplished after feed-through. This feature greatly simplifies rig operations and reduces control line terminations. The packer features a one-piece mandrel design with an eccentric flow bore.

Release Bypass lines are fixed relative to the mandrel, eliminating relative movement during releasing. This design facilitates release regardless of the prevailing tubing load condition, i.e., tension or compression at the packer. The QUANTUM MultiPort packer allows simultaneous setting of multiple packers and is capable of simultaneous testing of bypass seals on the rig floor. Retrieval of the QUANTUM MultiPort packer is accomplished by means of a through-tubing intervention tool and subsequent upward pull on the tubing. QUANTUM MultiPort packers are available for a variety of service applications, including H2S and CO2 environments.

QUANTUM MultiPort Gravel-Pack Multiport Packer Specifications Max. OD, Nominal ID,‡ Max. Working Casing Size,† Casing Weight in [mm] Range, lbm/ft [kg/m] in [mm] in [mm] Temperature, degF [degC] 7.000 [177.8] 26–29 [38.69–43.16] 5.992 [152.2] 2.940 [74.7] 250 [121] 9.625 [244.5] 43.5–47 [64.74–69.94] 8.445 [214.5] 2.940 [74.7] 250 [121] 9.625 [244.5] 47–53.5 [69.94–79.62] 8.345 [212.0] 2.940 [74.7] 250 [121] † Other ‡ ID

*Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0114

54


QUANTUM MultiPort gravel-pack multiport packer.

slb.com/packers

XMP Premium multiport production packer APPLICATIONS ■

Single- and dual-zone completions

■


■


ADVANTAGES ■ ■

■ ■

■

■ ■

■

■

Hydraulic-set

For running in vertical, deviated, or horizontal wellbores

■

Retrievable

■


No damage to the casing

■


Eliminated pipe movement by setting mechanism design

Operation

Short packer body length

The XMP packer is installed with the completion tubing and is set by applying pressure to the tubing. Retrieval of the XMP packer is accomplished by means of a through-tubing intervention tool and subsequent upward pull on the tubing.

Slip below the element protected from debris

The flexible design of the XMP allows it to be ordered with several configuration options:

Tensile and compressive ratings compatible with completion tubulars

Barrel slip design suitable for unsupported casing Premium elastomers and metallurgy

■

Anti-preset and anti-reset mechanism

■

■

■

Main features

Capable of surface test

■

■

The XMP premium multiport production packer is a tubing-conveyed, hydraulic-set, retrievable packer designed for intelligent completions. It features a multiple-bypass configuration for hydraulic control line or electric conduit applications.

■

left-hand rotation disconnect

■

retrieval by intervention with a tubing cutter.

Centrally located hydraulic setting mechanism Retrievable design to eliminate damage associated with milling Multiple bypass ports for feed-through of hydraulic and electric lines Available in control line–set configurations

XMP premium multiport production packer.

55

XMP XMP Premium Multiport Production Packer Specifications Casing Weight Range, Max. OD, Casing Size,† in [mm] lbm/ft [kg/m] in [mm] 7.000 [177.8] 26–29 [38.69–43.16] 6.000 [152.4] 7.000 [177.8] 32–35 [47.62–52.09] 5.810 [147.6] 9.625 [244.5] 47–53.5 [69.94–79.62] 8.300 [210.8] 10.750 [273.1] 60.7–65.7 [90.33–97.77] 9.340 [237.2] † ‡

Nominal ID,‡ in [mm] 2.880 [73.2] 2.880 [73.2] 4.600 [116.8] 4.600 [116.8]

Max. Working Temperature, degF [degC] 325 [163] 350 [177] 350 [177] 270 [132]

Differential Pressure Rating, psi [kPa] 10,000 [68,948] 10,000 [68,948] 10,000 [68,948] 7,500 [51,711]

Other sizes are available on request. Contact your local Schlumberger representative. ID may vary depending on connecting configuration selected.

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Sand Control Packers

57

QUANTUM Gravel-pack packer APPLICATIONS ■

Stand-alone screen applications

■

Production or drillstem testing

■

Single and multizone completions

■

Vertical, highly deviated, and horizontal wellbores

BENEFITS ■ ■

Large-bore design maximizes production Improved performance parameters increase reliability and reduce risk

FEATURES ■ ■

■

■

■

Sealbore retrievable packer Hydraulic setting with various QUANTUM* service tools Element selection that includes hydrogenated nitrile butadiene rubber (HNBR), Viton®, and Aflas® Torque-through feature that allows rotation Conformance to NACE standard MR0175

The QUANTUM gravel-pack packer is specifically designed to increase reliability and improve all aspects of sand control operations. The rugged QUANTUM packer is the core component of the QUANTUM gravel-pack completion system, which is specifically designed for single-trip production gravel packing in vertical, deviated, and horizontal wells.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in gravel-pack completions and sand management

Configurations and operation The QUANTUM packer is available in standard and large-bore configurations, allowing seal assembly IDs to match production tubing IDs. The large-bore design allows for multiple completions in which the lower production tubing must pass through an upper packer assembly without damaging the sealbores. All operations are completed with pressure and vertical movement and do not require rotation.

Retrieval and milling QUANTUM packers are designed to be retrieved with straight pull or to be milled if necessary. These packers can be set on wireline and retrieved using an internal retrieving tool. They feature one-piece self-energizing packing elements and one-piece bidirectional slips that reduce the risk of loss during retrieval or milling. The slips are located below the packing element for maximum protection from debris fouling.

Meeting standards The QUANTUM packer’s flow-wetted components are manufactured from materials that comply with NACE standard MR0175 for sulfide stress cracking-resistant metallic materials. The QUANTUM packer can be set by a variety of QUANTUM services tools, including the Type 3, the cased hole gravel- and frac-pack tools, and various wireline-setting tools. QUANTUM gravel-pack packer.

58

QUANTUM QUANTUM Gravel-Pack Packer Specifications Casing Size†, Weight Range, Max. OD, in [mm] lbm/ft [kg/m] in [mm] 5.000 [127.0] 5.500 [139.7]

7.000 [177.8]

7.625 [193.68]

11.5–15 [17.11–22.32] 18–21.4 [26.79–31.85] 13–20 [19.35–29.76] 23–26 [34.23–38.69] 26–29 [38.69–43.16] 32–35 [47.62–52.09] 38 [56.55] 24–29.7 [35.72–44.20] 29.7–33.7 [44.20–50.15] 39 [58.04] 29.3–36 [43.60–53.57] 40–47 [59.53–69.94]

4.250 [108.0] 3.969 [100.8] 4.625 [117.5] 6.083 [154.5] 5.997 [152.3] 5.817 [147.8] 5.760 [146.3] 6.677 [169.3] 6.598 [167.6] 6.458 [164.0] 8.609 [218.7] 8.445 [214.5]

47–53.5 [69.94–79.62]

8.335 [211.7]

47–60 [69.94–89.30] 60–73.6 [89.30–109.53] 68–72 [101.20–107.15]

10.500 [266.7] 10.250 [260.4] 12.125 [308.0]

9.625 [244.5]

11.750 [298.5] 13.375 [339.7] † Other

Packer Sealbore, in [mm] 2.688 [68.1]

Max. Differential Pressure, psi [kPa] 6,000 [41,370]

3.000 [76.2]

4.000 [101.6]

4.000 [101.6]

6,000 [41,370]

6.000 [152.4] 4.750 [120.7] 6.000 [152.4] 4.750 [120.7] 6.000 [152.4] 6.000 [152.4]

5,000 [34,475]

6.000 [152.4]

4,000 [27,580]

sizes available on request. Contact your local Schlumberger representative.


59

QUANTUM MAX HPHT gravel- and frac-pack packer APPLICATIONS ■

Cased hole gravel packs and frac packs

■

Openhole gravel packs

■

Stand-alone screen applications

■

Production or drillstem testing packer

■

Single and multizone completions

■

Vertical, highly deviated, and horizontal wellbores

BENEFITS ■ ■

Large-bore design maximizes production Improved performance parameters increase reliability and reduce risk

FEATURES ■ ■

■

■

■

Sealbore retrievable packer Hydraulic setting with various QUANTUM MAX* service tools Barrel-slip design that distributes tensile and compressive loading on casing X-series hydrogenated nitrile butadiene rubber (HNBR) or Aflas® element, with high flow-by capability Torque-through feature that allows rotation

The QUANTUM MAX HPHT gravel- and frac-pack packer is the latest generation of Schlumberger sealbore retrievable packers. The QUANTUM MAX packer is the core component of the high-pressure, high-temperature (HPHT) gravel-pack system and is suitable for STIMPAC* fracturing and gravel-packing service treatments. It can also be used as a stand-alone production or drillstem test (DST) packer.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in HPHT gravel- and frac-pack application

■

ISO 14310 V3 qualified

Qualifications and certifications All QUANTUM MAX packers are ISO 14310 V3 qualified. Various sizes and configurations have been further qualified in excess of ISO 14310 V0 standards. Various metallurgies are available for various downhole conditions and differential pressure requirements. The QUANTUM MAX packer’s flow-wetted components are manufactured from materials that comply with NACE standard MR0175 for sulfide stress cracking-resistant metallic materials.

Barrel slip design The QUANTUM MAX packer uses a barrel slip design, permitting high tensile and compressive loading without deformation to the casing. The one-piece X-series elements withstand differential pressures at both high and low temperatures. The element design also permits high run-in-hole speeds and circulations rates without concern for swab setting of the packer. Elements are available in HNBR and Aflas materials.

Multiple sizes Available in a variety of common oilfield casing sizes, the QUANTUM MAX large-bore design facilitates multiple completions and maximizes productivity. All components within the packer are rotationally locked, permitting rotation while running in hole. The QUANTUM MAX packer can be retrieved via the QUANTUM MAX retrieving tool. If required, it can be milled. The QUANTUM MAX packer can be set by a variety of QUANTUM MAX services tools, including the Type 3, the cased hole gravel- and frac-pack tools, and openhole antiswab tools. QUANTUM MAX HPHT graveland frac-pack packer.

60

QUANTUM MAX QUANTUM MAX HPHT Gravel- and Frac-Pack Packer Specifications Casing Size, Casing Weight Range, Max. OD, in [mm] lbm/ft [kg/m] in [mm]

Nominal ID, in [mm]

5.000 [127.0] 5.000 [127.0] 5.500 [139.7] 5.500 [139.7] 5.500 [139.7] 7.000 [177.8] 7.000 [177.8] 7.625 [193.7] 7.625‡ [193.7] 9.625 [244.5] 9.625§ [244.5] 9.625 [244.5] 9.625 [244.5] 10.750 [273.1]

2.688 [68.3] 2.688 [68.3] 3.000 [76.3] 3.000 [76.3] 3.000 [76.3] 4.000 [101.7] 4.000 [101.7] 4.000 [101.7] 4.000 [101.7] 4.750 [120.7] 5.650 [143.5] 6.000 [152.5] 6.000 [152.5] 6.000 [152.5]

18 [26.79] 21.4 [31.85] 15.5–17 [23.07–25.30] 20 [29.76] 23 [34.23] 26−29 [38.69–43.16] 32−35 [47.62–52.09] 26.4−29.7 [39.29–44.20] 33.7−39 [50.15–58.04] 47−53.5 [69.94–XX] 53.5 [79.62] 43.5–47 [64.74–69.94] 53.5 [79.62] 60.7−65.7 [90.33–97.77]

4.106 [104.3] 3.956 [100.5] 4.722 [119.9] 4.608 [117.0] 4.500 [114.3] 6.000 [152.4] 5.810 [147.6] 6.690 [169.9] 6.440 [163.6] 8.300 [210.8] 8.430 [214.1] 8.442 [214.4] 8.300 [210.8] 9.340 [237.2]

Max. Working Temperature,† degF [degC] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 350 [177] 250 [121]

Differential Pressure Rating,† psi [kPa] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 10,000 [68.948] 12,500 [86.184] 10,000 [68.948] 15,000 [103.421] 10,000 [68.948] 10.000 [68.948] 10,000 [68.948]

† Additional ‡ Including

§ Including

temperature and pressure ratings available on request. 73⁄4-in, 46.1 ppf casing heavy-weight 97⁄8-in, 10-in, and 101⁄8-in casing with 81⁄2-in drift.


61

QUANTUM HS Gravel-pack sealbore packer APPLICATIONS ■

Deviated wells

■

Single-trip systems

■

■

Production or isolation wells requiring a sealbore packer Gravel-pack operations requiring a sealbore packer

ADVANTAGES ■

Hydraulically set

■

Interlocked packer and hydraulic locator

■

■

■

Compatible with QUANTUM* packer system accessories Easy running and setting with production string Minimal disengagement while running and setting

The QUANTUM HS gravel-pack sealbore packer is set with tubing pressure and released from a specially designed seal assembly with annular pressure. The top connection and internal profile are identical to the QUANTUM packer, allowing compatibility with all QUANTUM accessories. QUANTUM HS packers may be run and set with the hydraulic-release anchor seal assembly or the QUANTUM anchor seal assembly. The hydraulic-releasing anchor is a seal assembly equipped with an external hydraulic release and does not require rotational operations. A QUANTUM retrieving tool is used to retrieve the packer.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in gravel-pack completions

Design and components These packers feature single, one-piece, bidirectional slips and standard packing elements and seals; in emergencies, they are millable using conventional packer milling tools. The QUANTUM HS packer’s flow-wetted components are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

QUANTUM HS gravel-pack sealbore packer.

62

QUANTUM HS QUANTUM HS Gravel-Pack Sealbore Packer Specifications Casing Size,† Casing Weight Range, Max. OD, in [mm] lbm/ft [kg/m] in [mm] 7.000 [177.8] 7.625 [193.7] 7.625 [193.7] 7.625 [193.7] 9.625 [244.5] 9.625 [244.5]

26–29 [38.69–43.16] 24–29.7 [35.72–44.20] 29.7–33.7 [44.20–50.15] 39 [58.04] 40–47 [59.53–69.94] 47–53.5 [69.94–79.62]

5.997 [152.3] 6.687 [169.8] 6.608 [167.8] 6.468 [164.3] 8.445 [214.5] 8.320 [211.3]

Nominal ID,‡ in [mm] 3.958 [100.5] 4.003 [101.7] 4.003 [101.7] 4.003 [101.7] 6.003 [152.5] 6.003 [152.5]

Max. Working Temperature, degF [degC] 350 [177] 250 [121] 250 [121] 250 [121] 250 [121] 250 [121]

Differential Pressure Rating, psi [kPa] 6,000 [41,369] 6,000 [41,369] 6,000 [41,369] 6,000 [41,369] 5,000 [34,474] 5,000 [34,474]

† Other ‡ ID



63

QUANTUM HSB Gravel-pack dual-bore and sealbore packer APPLICATIONS ■

Dual-bore completions

■

Gravel-pack completions

■

High-rate production wells requiring a production packer

BENEFITS ■

■

Design is compatible with QUANTUM* packer system Design eliminates tubing rotation

FEATURES ■

Large sealbore

■

Hydraulic setting

■

■

Bidirectional slips below sealing element for maximum protection from debris fouling Conformance to NACE MR0175 standards

The QUANTUM HSB gravel-pack dual-bore and sealbore packer’s seal assembly combines with the large bore of the packer to allow a full tubing ID. This packer is ideally suited for multiple completion options or zones, including single-selective and dual completions. Single-completion configurations benefit from the packer’s large internal diameter, which is essential for high-rate production applications.

Main features ■

Hydraulic-set

■

Retrievable

■

For use in gravel-pack completions

Setting operation This retrievable packer is hydraulically set. No tubing rotation is required to fully set the packer. It has a one-piece, self-energizing packing element and features bidirectional slips below the packing element for maximum protection from debris fouling. This location protects the slips from being lost during retrieval or milling.

Configuration The QUANTUM HSB stepbore packer is available in a variety of configurations, including sealbore lengths up to 20.0 ft [6.10 m]. It is compatible with QUANTUM packer accessories, including gravel-pack service tools, seal assemblies, and QUANTUM packer retrieving tools. The QUANTUM HSB packer’s flow-wetted components are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

QUANTUM HSB gravel-pack dual-bore and sealbore packer.

64

QUANTUM HSB QUANTUM HSB Gravel-Pack Dual-Bore and Sealbore Packer Specifications Casing Size,† in [mm] 7.000 [177.8] 7.000 [177.8] 9.625 [244.5] 9.625 [244.5]

Casing Weight Range, Max. OD, lbm/ft [kg/m] in [mm]


23–26 [34.23–38.69] 26–29 [38.69–43.16] 40–47 [59.53–69.94] 47–53.5 [69.94–79.62]

3.948 [100.3] 3.948 [100.3] 6.003 [152.5] 6.003 [152.5]

6.083 [154.5] 5.997 [152.3] 8.445 [214.5] 8.328 [211.5]

Max. Working Temperature, degF [degC] 250 [121] 250 [121] 250 [121] 250 [121]

Differential Pressure Rating, psi [kPa] 6,000 [41,369] 6,000 [41,369] 6,000 [41,369] 5,000 [34,474]

Upper Sealbore Nominal ID, in [mm] 4.750 [120.7] 4.750 [120.7] 7.125 [181.0] 7.125 [181.0]

† Other ‡ ID



65

66

Service Packers

67

CA-3 Compression packer APPLICATIONS ■

Production completions

■

Well-treating operations

ADVANTAGES ■

■

Simple setting and releasing procedure Case-hardened friction blocks with INCONEL® springs

■

Fullbore mandrel

■

Right-hand rotation emergency release

■

Field-proven design

■

Field-adjustable safety release

■

Emergency disconnect for secure operations

The CA-3 compression packer is generally used in production or treating applications. The simplicity and rugged design of this packer yield an extremely reliable product.

Main features ■

Mechanically set

■

Retrievable

■


Setting and operation The CA-3 packer is run to setting depth, making the last tubing movement upward. Right-hand torque is applied to the tubing. While right-hand torque is applied, the tubing is lowered and the appropriate amount of set-down weight is applied to the packer. The CA-3 packer is released by simply picking up on the tubing. This operation will position the packer in the running position, and the CA-3 packer can be either retrieved or moved and reset. The CA-3 packer features a right-hand release safety joint for emergency disconnect.

CA-3 compression packer.

68

CA-3 CA-3 Compression Packer Specifications Casing Weight Range, Casing Size,† in [mm] lbm/ft [kg/m] 7.000 [177.8] 20–26 [29.76–38.69] 9.625 [244.5] 40–47 [59.53–69.94] † ‡

Max. OD, in [mm] 6.078 [154.4] 8.437 [214.3]

Nominal ID,‡ in [mm] 2.441 [62.0] 3.958 [100.5]



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69

Omegamatic Service packer APPLICATIONS ■

Squeeze cementing

■

Acidizing

■

Formation fracturing

■

Testing operations

BENEFITS ■

Operational efficiency reduces rig time

The Omegamatic* service packer has an internal reversing piston to help keep the bypass system closed at high tubing pressures. It uses piston-type hold-down buttons, a three-piece dual-durometer sealing element system, and a large internal bypass for reliable, trouble-free performance.

Main features ■

Mechanically set

■

Retrievable

■

FEATURES ■

■

■

Reliable, three-piece, dual-durometer sealing element and a large internal bypass result in dependable, trouble-free operation Reversing piston keeps bypass closed at high tubing pressures Field-proven design

For use in squeeze cementing, acidizing, fracturing, and testing applications

Holding pressure The Omegamatic packer holds pressure from above and below the packer. Its lower slips are set against a lower cone and drag block housing, and the hold-down buttons are hydraulically actuated when pressure below the packer exceeds pressure above the packer. Designed for simple, trouble-free operations, the rugged Omegamatic packer is available with either manual or automatic jays. It can be set with either a right or a left quarter-turn rotation and applied tubing weight.

Omegamatic service packer.

Omegamatic Service Packer Specifications Casing Size,† Casing Weight in [mm] Range, lbm/ft [kg/m] 4.500 [114.3] 9.5–13.5 [14.14–20.09] 5.500 [139.7] 13–15.5 [19.35–23.07] 5.500 [139.7] 15.5–17 [23.07–25.30] 5.500 [139.7] 20–23 [29.76–34.23] 5.750 [146.1] 16.1–20.4 [23.96–30.36] 5.750 [146.1] 20.4–24.6 [30.36–36.61] 6.625 [168.3] 24–28 [35.72–41.67] 6.625 [168.3] 28–32 [41.67–47.62] 7.000 [177.8] 20–26 [29.76–38.69] 7.000 [177.8] 26–29 [38.69–43.16] 7.000 [177.8] 32–35 [47.62–52.09] 9.625 [244.5] 40–47 [59.53–69.94] 9.625 [244.5] 47–53.5 [69.94–79.62]

Max. OD, in [mm]


3.771 [95.8] 4.781 [121.4] 4.641 [117.9] 4.500 [114.3] 4.906 [124.6] 4.781 [121.4] 5.630 [143.0] 5.489 [139.4] 6.078 [154.4] 5.968 [151.6] 5.817 [147.8] 8.441 [214.4] 8.223 [208.9]

1.938 [49.2] 1.995 [50.7] 1.995 [50.7] 1.995 [50.7] 1.995 [50.7] 1.995 [50.7] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 2.441 [62.0] 3.958 [100.5] 3.958 [100.5]

Max. Working Temperature, degF [degC] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135] 275 [135]

† Other ‡ ID


70


slb.com/packers

Omegamatic Long-Stroke Nonrotational squeeze packer APPLICATIONS ■

■ ■

Completions with restricted or no tubing rotation Challenging environments Squeeze cementing, acidizing, formation fracturing, or testing operations

BENEFITS ■ ■

Operational efficiency reduces rig time Packer design allows setting without rotation for reliable operations in deviated wells

FEATURES ■

■

■

Reliable three-piece, dual-durometer sealing element and a large internal bypass for dependable, trouble-free operation Reversing piston to keep bypass closed at high tubing pressures Field-proven design

The Omegamatic Long-Stroke* nonrotational squeeze packer is used for squeeze cementing, acidizing, formation fracturing, or testing. It is suitable for any application where tubing rotation is restricted or not possible.

Main features ■

Mechanically set

■

Retrievable

■

For use in squeeze cementing, acidizing, fracturing, and testing applications

Three-piece sealing element Based on the field-proven Omegamatic* packer design, Omegamatic Long-Stroke packers hold pressure from above and below the packer. They feature piston-type hold-down buttons, a three-piece sealing element, and a large internal bypass for reliable and trouble-free performance. Omegamatic Long-Stroke packers have a reversing piston to keep the bypass closed at high tubing pressures, and they are available with standard or optional carbide insert slips and hold-down buttons. The Omegamatic Long-Stroke packer’s lower slips are set against a lower cone and drag block housing, and the hold-down buttons are set by hydraulic actuation when pressure below the packer exceeds pressure above the packer.

Setting and release Omegamatic Long-Stroke packers utilize a continuous jay with an extended stroke and only require up or down reciprocation of the tubing to set and release the packer. This allows the packer to be set and released to the retrieving position without tubing rotation. The extended stroke also allows the packer to be released, circulated around, and reset in the same position without leaving the setting position of the jay. Omegamatic Long-Stroke packers are available in various casing sizes and with or without hold-down buttons.

Omegamatic Long-Stroke packer.

71

SA-3 Tension packer APPLICATIONS ■

Production completions and well-treating operations

ADVANTAGES ■ ■

Simple setting and releasing procedure

Main features

Case-hardened friction blocks with INCONEL® springs

■

Mechanically set

■

Retrievable

■


■

Fullbore mandrel

■

Secondary rotational release

■

Field-proven design

■

Field-adjustable secondary rotational release

■

■

The SA-3 tension packer is generally used in injection applications or where thermal shrinkage of the tubing is expected, such as treating operations. Since the SA-3 is a tension-set packer, it is also ideally suited for shallow wells where tubing pressure is likely to exceed annulus pressure.

Tubing able to be left in tension, compression, or neutral condition Pressure equalization before unsetting the slips

Setting operation The SA-3 packer is run to setting depth, making the last tubing movement downward. Right-hand torque is applied to the tubing. While right-hand torque is applied, the tubing is picked up and the appropriate amount of tension is applied to the packer.

Release operation The SA-3 packer is released by applying left-hand torque to the tubing while lowering the tubing. This operation will position the packer in the running position, and the SA-3 packer can either be retrieved or moved and reset. The SA-3 packer incorporates an adjustable shear release. Pulling with a predetermined amount of tension will shear a set of screws to release the compression on the sealing element and slips so the packer can be retrieved. If required, the packer may be converted to a nonshear version.

SA-3 tension packer.

72

SA-3 SA-3 Tension Packer Specifications Casing Weight Range, Casing Size,† in [mm] lbm/ft [kg/m] 4.500 [114.3] 9.5–13.5 [14.14–20.09] 5.500 [139.7] 15.5–20 [23.07–29.76] 7.000 [177.8] 20–26 [29.76–38.69] † ‡

Max. OD, in [mm] 3.765 [95.6] 4.656 [118.3] 6.078 [154.4]

Nominal ID,‡ in [mm] 1.995 [50.7] 2.437 [61.9] 2.437 [61.9]

Max. Working Temperature, degF [degC] 275 [135] 275 [135] 275 [135]


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73

SOT-1 Conventional service packer APPLICATIONS ■


■

Well-treating operations

ADVANTAGES ■ ■

Simple setting and releasing procedure Case-hardened friction blocks with INCONEL® springs

■

Fullbore mandrel

■

Secondary rotational release

■

Field-proven design

■

Field-adjustable secondary rotational release

■

■

Tubing able to be left in tension, compression, or neutral Pressure equalization before unsetting the slips

The SOT-1 conventional service packer is used for production completions and well-treating operations. Once set, the SOT-1 packer will remain set and packed off regardless of tubing forces and pressure differentials. This packer can be used in zone isolation, production, or injection applications. The simplicity and rugged design yield an extremely reliable freestanding packer.

Main features ■

Mechanically set

■

Retrievable

■


Setting operation The SOT-1 packer design allows the packer to be run to depth, set with minimal weight, then fully packed off with tubing tension. These design features allow the SOT-1 to be run at much shallower depths than most compression-set, double-grip packers. This packer also features a built-in fluid bypass system for equalizing pressure across the sealing element during the release procedure. The packer is run to setting depth and, with the last movement upward, right-hand torque is applied to the tubing. While right-hand torque is applied, the tubing is lowered until the weight indicator shows a reduction in tubing weight. Torque is then released, and the required amount of tubing weight is added to the packer. An upstrain is then placed on the tubing, and the recommended tension is applied to fully set the slips and pack off the sealing element. After the setting procedure has been completed, the tubing string may be landed in tension, compression, or neutral condition.

Releasing operation The SOT-1 packer is released with 500- to 3,000-lbm [228- to 1,360-kg] weight on the packer while applying right-hand torque. Picking up the tubing opens the fluid bypass and equalizes pressure across the sealing element. Continued upward pulling releases the slips, fully relaxes the elements, and locks the SOT-1 in the running position. The packer can be retrieved or moved up and down the hole, and reset if required. The SOT-1 features a secondary rotational-release option. This method is activated by placing the tubing in neutral at the packer and applying right-hand torque to shear the brass shear screws in the jay pin ring. After the screws have been sheared, rotating the tubing at the packer will release the jay pin ring from the packer mandrel. Continued upward movement will fully release the packer.

SOT-1 conventional service packer.

74

SOT-1 SOT-1 Conventional Service Packer Specifications Casing Size,† in [mm] 4.500 [114.3] 5.000 [127.0] 5.500 [139.7] 5.500 [139.7] 6.625 [168.3] 6.625 [168.3] 7.000 [177.8] 7.000 [177.8] 7.000 [177.8] † ‡

Casing Weight Range, lbm/ft [kg/m] 9.5–13.5 [14.14–20.09] 15–18 [22.32–26.79] 15.5–17 [23.07–25.30] 20–23 [29.76–34.23] 24–28 [35.72–41.67] 28–32 [41.67–47.62] 23–26 [34.23–38.69] 26–29 [38.69–43.16] 32–35 [47.62–52.09]

Max. OD, in [mm] 3.765 [95.6] 4.062 [103.2] 4.641 [117.9] 4.515 [114.7] 5.630 [143.0] 5.489 [139.4] 6.088 [154.6] 5.978 [151.8] 5.822 [147.9]

Nominal ID,‡ in [mm] 1.933 [49.1] 1.933 [49.1] 2.375 [60.3] 2.375 [60.3] 2.437 [61.9] 2.437 [61.9] 2.437 [61.9] 2.437 [61.9] 2.437 [61.9]

Max. Working Temperature, degF [degC] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163] 325 [163]


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75

TXT Service packer APPLICATIONS Remedial work and service applications

■ ■

Acidizing

■

Fracturing

■

Squeeze cementing

■

Casing test applications

BENEFITS ■ High running speed and ease of operations reduce rig time FEATURES ■ 8,000 psi [55,158 kPa] nominal pressure rating ■ ■

■

■

■

■ ■

■

Temperature rating based on elastomers Three-quarter right-hand turn and setdown weight to set packer Convertible to left-hand operation without replacing any components

The TXT service packer is a heavy-duty, compression-set retrievable packer used to secure a well requiring repair or, in the case of an emergency, without retrieving the drillstring. The TXT packer is also well-suited to acidizing, fracturing, squeeze cementing, and casing testing applications.

Main features ■

Mechanically set

■

Retrievable

■

For use as a service packer

Features and setting The TXT packer is rated to 8,000 psi [55,158 kPa]; other pressure and temperature combinations are possible with optional elements. Mechanically set, the TXT packer features a 12-piston system with carbide disks for both the upper slips and the caged lower slips, providing a large contact area while minimizing casing damage. The heavy-duty mandrel includes locked top and bottom subs available with optional top and bottom tubing connections. The TXT packer is set up as a right-hand tool, but it can be converted for left-hand operation without replacing any parts.

Carbide-inserted lower slip to provide large contact area and minimize casing damage 12-piston hydraulic holddown system with carbide-inserted slips to allow high differential pressure to be achieved below the packer Three-piece packing element Heavy-duty mandrel with locked top and bottom connections for high torque capacity Optional top and bottom tubing connections

TXT Service Packer Specifications Casing Size, Casing Weight Range, in [mm] lbm/ft [kg/m] 9.625 [244.48] 47–53.5 [69.94–79.62] 9.625 [244.48] 40–47 [59.53–69.94] 9.625 [244.48] 29.3–36 [43.60–53.57] 10.75 [273.05] 65.7–81 [97.77–120.54] 10.75 [273.05] 55.5–60.7 [82.59–90.33] 10.75 [273.05] 32.7–51 [48.81–75.90]

Casing ID, Min., in [mm] 8.343 [211.91] 8.681 [220.49] 8.836 [224.43] 9.250 [234.95] 9.660 [245.36] 9.850 [250.19]

Casing ID, Max., in [mm] 8.681 [220.49] 8.835 [224.41] 9.063 [230.20] 9.560 [242.82] 9.760 [247.90] 10.125 [257.18]

Tool Size 51A2 51A4 51B 53A2 53A4 53B

Tool OD, Max., in [mm] 8.156 [97.87] 8.218 [208.74] 8.437 [214.30] 8.593 [281.26] 9.000 [228.60] 9.375 [238.13]

Thread Box × Pin 3.5 or 4.5 IF × 88.90 or 114.30 IF 3.5 or 4.5 IF × 88.90 or 114.30 IF 3.5 or 4.5 IF × 88.90 or 114.30 IF

TXT service packer.


76

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TXT-2 Service packer APPLICATIONS

The TXT-2 service packer is a compression-set retrievable service packer used for remedial applications such as squeeze cementing, fracturing, acidizing, and other operations where high pressure differentials are required.

■

Remedial work and service applications

■

Acidizing

■

Fracturing

■

Squeeze cementing

Main features

■

Casing test applications

■

Mechanically set

■

Retrievable

■

For use as a service packer

BENEFITS ■ Maximum pressure performance ■

High running speed and ease of operations reduce rig time

FEATURES 8,000 psi [55,158 kPa] nominal pressure rating

■

■

■

■

Setting and operation The collet releases during setting by applying tubing weight, which closes the bypass. Carbide-inserted drag blocks, carbideinserted slips, and a three-piece packing element system enhance packer performance. Hydraulic hold-down buttons are protected during running or circulating, minimizing damage potential.

Large internal bypass area to maximize running and circulating rates Multiple hold-down button slip assembly for maximum pressure performance Three-piece packing element system for reliable, proven performance

■

Multiple jay configurations available

■

Convertible jay configuration with kit

TXT-2 Service Packer Specifications Casing OD, Casing Weight Range, in [mm] lbm/ft [kg/m] 4.5 [114.30] 9.5–13.5 [14.14–20.09] 5 [127.00] 15–18 [22.32–26.79] 5.5 [139.70] 20–23 [29.76–34.22] 5.5 [139.70] 15.5–20 [23.07–29.76] 5.5 [139.70] 13–15.5 [19.35–23.07] 5.75 [146.05] 18–21.9 [26.79–32.95] 6.00 [152.40] 20–23 [29.76–34.22] 6.625[168.27] 24–28 [35.72–41.67] 7 [177.80] 32–35 [47.62–52.09] 7 [177.80] 26–29 [38.69–43.16] 7 [177.80] 20–26 [29.76–38.69] 7.625 [193.67] 33.7–39 [50.14–58.04] 7.625 [193.67] 26.4–33.7 [39.29–50.15] 7.625 [193.67] 24–29.7 [35.72–44.20] 7.625 [193.67] 20–24 [29.76–41.67]

Casing ID Range, Min., in [mm] 3.920 [99.57] 4.276 [108.61] 4.670 [118.62] 4.778 [121.36] 4.950 [125.73] 5.039 [127.97] 5.191 [131.85] 5.791 [147.09] 6.004 [152.50] 6.184 [157.07] 6.276 [159.41] 6.625 [168.27] 6.765 [171.83] 6.875 [174.62] 7.025 [178.43]

Casing ID Range, Max., in [mm] 4.090 [103.88] 4.408 [111.96] 4.778 [121.36] 4.950 [125.73] 5.044 [128.12] 5.354 [135.99] 5.390 [136.91] 5.920 [150.37] 6.094 [154.78] 6.276 [159.41] 6.456 [163.98] 6.765 [171.83] 6.969 [177.01] 7.025 [178.43] 7.125 [180.97]

Tool OD, Max., in [mm] 3.760 [95.50] 4.110 [104.39] 4.500 [114.30] 4.640 [117.86] 4.760 [120.90] 4.817 [122.35] 5.062 [128.57] 5.588 [141.94] 5.812 [147.62] 5.950 [151.13] 6.078 [154.38] 6.453 [163.91] 6.593 [167.46] 6.672 [169.46] 6.812 [173.02]

Thread 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EUE 8 RD 2.375 EUE 8 RD 2.875 EUE 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD

TXT-2 service packer.


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78

Swellable Packers

79

ResPack Swellable bonded-to-pipe packer APPLICATIONS ■

Openhole and cased hole wells

■

Multistage fracturing

■

Reservoir compartmentalization

■

Flowing wells with inflow control devices

■

Straddle assemblies

■

Cement replacement

The ResPack* swellable bonded-to-pipe packer is designed to swell on contact with fluid and expand to seal the annulus around the pipe. The elastomer is bonded directly onto the basepipe. The packer has no moving parts and is installed in a single trip; no special personnel or equipment is required. Applications range from well construction to completion in both openhole and cased hole wells.

■

Annular barrier for sand screens

Swelling mechanism

BENEFITS ■

■

■

Single-trip installation minimizes rig time, installation risks, and costs. Delayed swelling feature reduces risk of premature setting. Bonding and shorter element enhance well integrity.

FEATURES ■

Elastomer bonded directly onto basepipe

■

Increased pressure rating per foot

■

No moving parts

■

■

■

■

■

■

Durable, self-healing and self-sealing construction Time-delayed reactive filler for improved mechanical stiffening properties Tuned curing process for balanced swell kinetics Maximized swelling capability due to pipe bonding Shorter element lengths, which are better able to traverse tight openhole sections and lateral transitions Associated predictor software for product selection and job planning

The packer element, which is shorter than typical packer elements, is engineered from a complex polymer that has properties similar to those of rubber before swelling. After swelling, the polymer and shorter element allow the packer to achieve the higher differential pressure and temperature ratings required in high-pressure applications such as multistage fracturing and sealing in flowing wells; the packer remains pliant enough to accommodate washouts and irregular wellbores. The packer is available with elements that swell in either oil or water. Oil-swellable packer An integral delay mechanism engineered into the polymer of the oil-swellable packer minimizes the risk of premature swelling and setting without the need for any additional exterior coating. Hydrocarbon molecules diffuse into the elastomer matrix to generate volumetric expansion. Water-swellable packer In the water swellable packer, reactive fillers integrated into the elastomer prevent the loss of strength and the deswelling effects seen in conventional water-swellable packers, which rely solely on osmosis for swelling. Osmosis can reverse over time, causing other packers to deswell and leak. The proprietary reactive technology, however, is based on an irreversible chemical reaction that mechanically reinforces the elastomer and enables higher differential pressures to be withstood by shorter lengths. This unique-to-Schlumberger technology enables higher pressure ratings per foot than for conventional water swellable packers.

ResPack swellable bonded-to-pipe packer.

Completions 80

Differential Pressure as a Function of Swell Time 14,000

ResPack

10 ft element

Differential pressure, psi

12,000 6 ft element

10,000

3 ft element

8,000 qualifications Stringent

Sizes and ratings ResPack packers are provided in sizes ranging from 23⁄8 in to 133⁄8 in. They have a wide temperature range, from 100 to 365 degF [37 to 185 degC] and a differential pressure rating of up to 15,000 psi [103 MPa], the highest psi/ ft rating in the industry.

Our 6,000 packers undergo full-scale highly accelerated life cycle testing and are qualified to rigorous standards. Elastomers are tested in high 4,000 concentrations of hydrogen sulfide (H2S), hydrochloric acid (HCl), and carbon dioxide (CO 2,000 2) at simulated downhole temperatures and pressures.

Swelling starts immediately after contact with the fluid (oil for the oilswellable packer and water for the water-swellable packer) and progresses in small increments, enabling the packer to reach the target setting depth, where it continues to swell and seal.

10 to evaluate packer 15 20 Proprietary0 Schlumberger5software is used performance Swell time, per day the estimated swell in various well environments. The software predicts time and pressure ratings for a certain hole ID. The results are used to select the appropriate packer and minimize risks during deployment.

Differential Pressure as a Function of Swell Time

Differential Pressure as a Function of Swell Time 12,000

14,000

10 ft element

12,000

10 ft element

10,000 6 ft element

10,000



Oil swell

Swell-prediction software 0

Swelling to first seal

3 ft element

8,000 6,000 4,000 2,000

Oil swell 5

10

15

6,000

3 ft element

4,000 2,000

Brine swell

0

0 0

6 ft element

8,000

20

Swell time, per day The differential-pressure rating of oil-swellable packers is a function of the swell time and the element length.

0

5

10

15

20

Swell time, per day The differential-pressure rating of water (brine)-swellable packers is a function of the swell time and the element length..

Differential Pressure as a Function of Swell Time 12,000 10 ft element


10,000

6 ft element

8,000 6,000

3 ft element

4,000 2,000

Brine swell

0 0

5

10

15

20

Swell time, per day

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81

ResPack Slip Swellable slip-on packer APPLICATIONS ■

Openhole and cased hole wells

■

Long-term isolation

■

Effective reservoir compartmentalization

■

Inflow control device completions

■

Straddle assemblies

■

Gravel-pack assemblies

■

Multistage matrix acidizing

BENEFITS ■

■

Single-trip installation minimizes rig time, installation risks, and costs. Modular design reduces and simplifies required inventory of metal and thread types, thereby saving costs.

FEATURES ■

■

■

■

Engineered delay mechanism, which eliminates need for external delay coatings Modular slip-on design with no moving parts Simple installation requiring no specialist personnel or equipment

The ResPack Slip* swellable slip-on packer is designed to swell on contact with oil and expand to seal the annulus around the pipe in both openhole and cased hole wells. It is designed to be slipped onto the completion tubular and anchored with locking gauge rings. The packer has no moving parts and is installed in a single trip; no special personnel or equipment is required. Applications range from well construction to completion.

Modular assembly The modular ResPack Slip packer assembly enables operators to stock only one product for each completion size. It is available with a single element for applications requiring inflow control devices and with spaced elements for increased wellbore contact.

Swelling mechanism The packer element is engineered from a complex polymer with properties similar to those of rubber; after swelling, however, the polymer’s mechanical properties make it better suited for coping with high-pressure applications and sealing in flowing wells, though it remains pliant enough to control washouts and to seal in irregular wellbores. An integral delay mechanism engineered into the polymer of the oil-swellable packer minimizes the risk of premature swelling and setting without the need for any additional exterior coating. Hydrocarbon molecules diffuse into the elastomer matrix to generate volumetric expansion.

ResPack Slip swellable slip-on packer.

Associated predictor software for product selection and job planning

The ResPack Slip packer’s modular design, which includes options for (top to bottom) single, stacked, and spaced elements, enables operators to stock only one product for each completion size.

Completions 82

ResPack Slip Sizes and ratings

Stringent qualifications

ResPack Slip packers are provided in sizes ranging from 31⁄2 to 7 in [88.9 to 177.8 mm]. They have a wide temperature range, from 100 to 365 degF [37 to 185 degC] and a differential pressure rating of up to 3,000 psi [20.7 MPa].

Our packers undergo full-scale highly accelerated life cycle testing and are qualified to rigorous standards. Elastomers are tested in high concentrations of hydrogen sulfide (H2S), hydrochloric acid (HCl), and carbon dioxide (CO2) at simulated downhole temperatures and pressures.

Swelling to first seal

Swell-prediction software

Swelling starts immediately after contact with oil and progresses in small increments, enabling the packer to reach the target setting depth, where it continues to swell and seal.

Proprietary Schlumberger software is used to evaluate packer performance in various well environments. The software predicts the estimated swell time and pressure ratings for a certain hole ID. The results are used to select the appropriate packer and minimize risks during deployment.

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83

84

Thermal Packers

85

MH Thermal packer APPLICATIONS ■ ■

■

■

Thermal applications Applications with top and bottom anchoring slips that must be fully retrievable As a liner hanger, tailpipe hanger, or bridge plug (with bullnose) Combined with the MH patch bottom as a casing patch for remedial wellbore repair

ADVANTAGES ■

■

■ ■

■ ■

Main features ■

Hydraulic-set

■

Retrievable

No workstring manipulation required to set packer

■

For use in thermal applications

Standard tools/spears for retrieval

The MH thermal packer is designed to be run and set using a hydraulic setting tool engineered for producing high setting forces and handling high axial loads. Surface setting pressures are adjustable by manipulating the initial setup for the setting tool. It is conveyed with a hydraulic setting tool and set by dropping a ball or using a plug-in system, then pressuring up on the workstring. Once the thermal element is packed off, the setting tool hydraulically disconnects from the liner packer without string manipulation and is retrieved to surface. The MH thermal liner hanger packer can be retrieved if required by using standard retrieval equipment.

Thermal element rated to 650 degF [343 degC]

Liner or tailpipe placement control anchored during thermal cycling Adjustable surface setting pressures Well tractor transition from intermediate casing, through packer, and into liner without a slave string

■

Large beveled re-entry sleeve

■

Large through-bore

■

Top and bottom anchoring slips

■

Metal-to-metal seal with static element

■

The MH thermal packer is a hydraulically set liner hanger packer for use in thermal applications. With a temperature rating of 650 degF [343 degC], its metal-to-metal system in conjunction with the thermal element is capable of an initial pressure test to 3,045 psi [21,000 kPa]. This packer has both hanger slips as well as top hold-down slips. The design for this product includes no elastomers. It is engineered for harsh environments that exceed the temperature and pressure limits for elastomers, such as O-rings, packing, and rubber compounds.

NACE MR0175 compliant for environments containing H2S

Operation

MH Thermal Packer Specifications Size, Weight Range, in [mm] lbm/ft [kg/m] 2.875 × 4.500 [73.0 ×114.3] 9.5–12.6 [14.14–18.75] 3.500 × 5.500 [88.9 × 139.7] 15.5–17 [23.07–25.30] 5.000 × 7.000 [127.0 × 177.8] 23–29 [34.23–43.16] 6.625 × 8.625 [168.3 × 219.1] 28–40 [41.67–59.53] 7.000 × 9.625 [177.8 × 244.5] 36–47 [53.57–69.94] 8.625 × 11.750 [219.1 × 298.5] 38–60 [56.55–89.30]

Packer OD, in [mm] 3.771 [95.8] 4.625 [117.5] 5.900 [149.9] 7.500 [190.5] 8.375 [212.7] 10.375 [263.5]

MH thermal packer.


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Accessories

87

Bottom Assemblies for QL-Series Packers Provides a fit-for-purpose bottom on packer APPLICATIONS ■

Options for QL-series packers

BENEFITS ■

Provides a fit-for-purpose bottom on packer

FEATURES ■ ■

■

Guide bottom option Threaded guide option with choice of threads Concentric coupling option to allow extension of packer bore

Several optional bottom assemblies are available for Schlumberger QL-series packers. These options include a guide bottom to make up the tubing completion below the packer when no additional completion components are specified. The threaded guide provides a tubing connection box thread to connect a mill-out extension to the packer. This option comes with an API tubing connection. Bottom assemblies are also available with premium threads to match the tubing thread type above the packer. A concentric coupling is available to allow direct connection of a sealbore extension to the lower end on the QL-series packer, and the concentric coupling allows stacking of sealbore extensions. The threaded guide can be used on the bottom of the sealbore extension to cross back to tubing threads to connect the bottomhole assembly to the packer.

Threaded guide.

Concentric coupling.

Guide bottom.


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CPST Pressure Setting Tool Reliably sets bridge plugs, cement retainers, and packers on wireline APPLICATIONS ■

Completions using wireline-set packers

BENEFITS ■ ■

■

Provides long service life Requires no special alignment or orientation during assembly or disassembly Sets without overcoming well pressure

FEATURES ■

■ ■

■

Includes gas-over-hydraulic setting operation Does not require secondary igniter Uses spiral pins to prevent tool from presetting while running in the hole Greater surface hardness and improved corrosion resistance with no surface buildup

■

Provides efficient redressing

■

Pressure-balanced design

A Schlumberger wireline adapter kit (WLAK) is used to connect the CPST pressure setting tool to the appropriate packer, plug, or retainer. The CPST setting tool components feature a nitride surface treatment to improve service life. Nitride surface treatment combines greater surface hardness with a base metal durability and improves corrosion resistance with no surface buildup.

Operation The packer adapter kit and setting tool are lowered into the well to the desired packer setting depth. An electric pulse is transmitted down the wireline string to the setting tool. This pulse ignites the power charge in the pressure setting tool. A slow-burning powder in the tool increases pressure in the setting tool to provide the force necessary to set the packer. When the maximum packer setting force is reached, a shear stud between the adapter kit and the setting tool parts to release the adapter kit from the packer. After the adapter kit has released from the packer, the setting assembly can be retrieved from the well.

CPST Pressure Setting Tool Specifications OD, in [mm]

Max. Pressure Rating, psi [kPa]

Temperature, degF [degC]

Length, ft [m]

Max. Setting Force, lbf [kg]

3.625 [92.1]

15,000 [103,425]

400 [204]

7.5 [2.3]

83,000 [37,642]

CPST pressure setting tool. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0233

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HSP-1 Stinger Assemblies Provide a means of separating the tubing string at the packer APPLICATIONS

■

Choice of latching type

■

Field convertible to different versions

■

Full tubing bore design

■

Three release options

The stinger is retrieved by either straight pickup or rotation with straight pickup. The seals and O-rings on the packer can be replaced, and the stinger may be reinstalled in the HSP-1 stinger’s seal receptacle upon completion of a well workover. The HSP-1 is available in three configurations: snap in/rotate out, snap in/snap out, and bullnose.

■

Choice of metallurgies and elastomers

Snap in/rotate out

■

Production wells

ADVANTAGES

The snap-in/rotate-out version is the preferred configuration to run the packer. This version eliminates the possibility of pumping the stinger off the packer when setting with hydraulic pressure. To install this stinger, set downweight on the stinger to snap the latch collet into the packer. To remove it, apply approximately 1,000 lbf [454 kg] of tension to the tubing at the packer while rotating the tubing to the right. The packer stinger will release from the packer after about Snap in, rotate out. Snap in, snap out. four turns of the tubing.

Bullnose.

Snap in/snap out To install the snap-in/snap-out stinger, set downweight on the stinger to snap the latch collet into the packer. To release the stinger from the packer, pick up approximately 10,000 lbf [4,535.1 kg] of tension over string weight. This tension force will snap the latch collet out of the packer.

Bullnose The bullnose stinger does not utilize any latching mechanism, but it must overcome seal drag to install or remove it from the packer. Because of piston effect from tubing-to-casing pressure differential, ample tubing weight must be applied to prevent the stinger from being pumped out of the packer during injection or production procedures. HSP-1 series stingers are available for a variety of service applications, including high H2S and CO2 exposure. These stingers can also be trimmed for high-pressure and high-temperature applications. HSP-1 Stinger Assembly Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

4.500 × 2.375 [114.3 × 60.3] 5.000, 5.500 × 2.375 [127.0, 139.7 × 60.3] 6.625 × 2.875 [168.3 ×73.0] 6.625, 7.000, 7.625, 9.625 × 3.500 [168.3, 177.8, 193.7, 244.5 × 88.9] 7.000 × 4.000 [177.8 × 101.6] 7.000, 8.625, 9.625 × 4.500 [177.8, 219.1, 244.1 × 114.3] 9.625 × 5.500 [244.5 × 139.7] 9.625 × 7.000 [244.5 × 177.8]

3.562 [90.5] 4.276 [108.6] 4.375 [111.1] 5.375 [136.5] 5.875 [149.4] 5.875 [149.4] 8.187 [207.9] 8.187 [207.9]

1.937 [49.2] 1.937 [49.2] 2.375 [60.3] 2.875 [73.0] 3.375 [85.6] 3.875 [98.4] 4.750 [120.7] 6.000 [152.4]

† Other


90

sizes are available on request. Contact your local Schlumberger representative.

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Hydraulic Setting Tool Used to set wireline packers and similar tools when wireline setting methods are not practical FEATURES AND ADVANTAGES ■

■

■

■

Tubing-conveyed tool that fills and drains automatically Setting pressure that can be lowered by adding cylinders to the setting tool (three cylinders are standard) Ability to couple to adapter kits made for most pressure setting assemblies Availability of rotational release adapter kit

The hydraulic setting tool (HST) is a hydraulically actuated system used to set wireline packers and similar tools when wireline setting methods are not practical or desirable. The HST features three pressure-amplified hydraulic cylinders that generate maximum setting force from a limited amount of setting pressure. The required setting pressure can be lowered further by adding cylinders to the tool. This system includes an automatic fill-and-drain feature, enhancing rig-floor safety while reducing running time. The HST is designed to couple with adapter kits made for common pressure setting assemblies, and it is available with an optional rotational release adapter kit.

Setting adapter kits Setting adapter kits are used to attach the packer to an explosive-style wireline setting tool or a hydraulic setting tool. The setting adapter kit sets the packer either when it is actuated by the explosive device or by hydraulic pressure applied via a setting tool. After packer setting, the adapter kit releases from the packer for retrieval.

Hydraulic adapter kit The hydraulic adapter kit is used when it is not possible to adapt between a wireline setting kit and the setting tool. The hydraulic setting kit connects the packer to the HST, and the assembly is run on a workstring. Setting the packer requires pressuring the workstring against a setting ball and seat to a predetermined pressure. After setting and testing, the setting tool assembly is released by right-hand rotation. The hydraulic setting kit contains a port, sealed during packer setting, to allow tubing to drain when retrieved.

Hydraulic setting kit The HST with adapter kit is used to connect a standard wireline adapter kit to the HST, adapting the packer to run on a workstring or tubing. The HST is actuated by applying hydraulic pressure to the workstring. A setting ball is dropped and landed in the seat of the hydraulic adapter kit. Hydraulic pressure applied to the workstring sets the packer and, at a predetermined force, the tension stud parts, releasing the collet-style running nut from the packer. The setting tool, setting ball, and adapter kits are pulled from the well with the workstring.

Hydraulic setting tool.


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Knockout Plug Converts the packer into a temporary bridge plug FEATURES AND ADVANTAGES ■ ■

■

Pressure balance Inexpensive alternative to purpose-built bridge plugs Knockout with tailpipe or sinker bar

The knockout plug is an accessory for permanent or retrievable sealbore packers. It converts the packer into a temporary bridge plug for acidizing, fracturing, and testing above sealbore packers. The knockout plug is pushed to bottom with a sinker bar or production tube after these operations are completed. Knockout Plug Specifications Packer Bore, in [mm] 2.687 [68.25] 3.000 [76.20] 3.250 [82.55] 4.000 [101.60] 4.750 [120.65] 6.000 [152.40]

Tool Size 26 30 32 40 47 60

Knockout plug.


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Landing Nipple Provides a method of placing various flow control devices in the completion string FEATURES AND ADVANTAGES ■

■

■

■

Bodies are manufactured from tubing of equivalent grade as the liner; L80 and Q125 material grades standard, with other material grades available by special order EU 8 round threads are standard, with other threads available by special order Fracture-hardened designs are available upon request Available in Otis MX, MXN, MOR, and MORN; and in Baker MF and MR

Landing nipples are profiled subs typically run below retrievable or permanent packers that provide a method of placing various flow control devices in the completion string. Landing nipples feature an internal sealbore and profile to accept a locking device to anchor flow control accessories. Sealbores and lock profiles are machined to match a variety of connection systems and are available full-opening or slightly restricted with a no-go to provide a positive stop for a flow control device. Landing nipples are sized to match tubing sizes, while sealbore sizes are available to match a variety of weights and connection systems. Most common landing nipple profiles are currently available.

Otis-Type Profile MX and MXN Specifications† Tubing Size, MX Profile MXN Profile MXN Profile in [mm] Sealbore, Sealbore, No-Go ID, in [mm] in [mm] in [mm] 2.0625 [52.39] 1.625 [41.28] 1.625 [41.28] 1.536 [39.01] 2.375 [60.33] 1.875 [47.63] 1.875 [47.63] 1.791 [45.49] 2.875 [73.03] 2.313 [58.75] 2.313 [58.75] 2.205 [56.01] 3.5 [88.9] 2.750 [69.85] 2.750 [69.85] 2.635 [66.92] 3.5 [88.9] 2.813 [71.45] 2.813 [71.45] 2.666 [67.72]

Baker-Type Profile MF and MR Specifications Tubing Size, MF Profile MR Profile MR Profile in [mm] Sealbore, Sealbore, No-Go ID, in [mm] in [mm] in [mm] 2.375 [60.33] 1.78 [45.21] 1.78 [45.21] 1.728 [43.89] 2.375 [60.33] 1.81 [45.97] 1.81 [45.97] 1.760 [44.7] 1.760 [44.7] 2.375 [60.33] 1.87 [47.63] na‡ 2.875 [73.03] 2.25 [57.15] 2.25 [57.15] 2.197 [55.8] 2.875 [73.03] 2.31 [58.75] na 2.197 [55.8]

MF landing nipple.

† All

MX and MXN nipples are standard EU 8 RD. Other materials and threads are available upon request. applicable

‡ Not

Otis-Type Profile MOR and MORN Specifications Tubing Size, MOR Profile Sealbore, in [mm] in [mm] 2.375 [60.33] 1.781 [45.24] 2.375 [60.33] 1.710 [43.43] 2.375 [60.33] 1.500 [38.10] 2.875 [73.03] 2.188 [55.58] 2.875 [73.03] 2.125 [53.98] 2.875 [73.03] 2.000 [50.80] 2.875 [73.03] 1.875 [47.63] 3.5 [88.9] 2.562 [65.08] 3.5 [88.9] 2.313 [58.75] 3.5 [88.9] 2.188 [55.58]

MORN Profile Sealbore, in [mm] 1.781 [45.24] 1.710 [43.43] 1.500 [38.10] 2.188 [55.58] 2.125 [53.98] 2.000 [50.80] 1.875 [47.63] 2.562 [65.08] 2.313 [58.75] 2.188 [55.58]

MORN Profile No-Go ID, in [mm] 1.640 [41.66] 1.560 [39.62] 1.345 [34.16] 2.010 [51.05] 1.937 [49.20] 1.881 [47.78] 1.716 [43.58] 2.329 [59.16] 2.131 [54.13] 2.010 [51.05]

MX landing nipple. Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0197

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M Fluid Control Valve Provides fluid control when acidizing low-fluid-level wells APPLICATIONS ■

Equalizing feature that aids retrieval

■

Tungsten carbide seat assembly

■

Sandline retrievability

The M fluid control valve is well suited for use in injection wells with low reservoir pressures where support of the fluid column in the tubing is desired. The valve is pressure actuated to provide surface control of fluids. The fluid control valve is run and set in a profile nipple, utilizing a tungsten carbide seat to eliminate washout problems. This valve is typically used with selective stimulation tools or straddle packers to provide fluid control when acidizing low-fluid-level wells. It can also be used for selective chemical treatments. M Fluid Control Valve Specifications Tubing Size, Valve OD Max., in [mm] in [mm] 2.375 [60.30] 1.87 [47.60] 2.875 [73.02] 2.312 [58.20]

Seating Nipple ID, in [mm] 1.81 [46.00] 2.25 [57.20]

M fluid control valve.


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MFL-10 and M-2 On/Off Tools Allow removal of production tubing without pulling the production packer APPLICATIONS ■

■

■

■

■

■

10,000-psi [68,947-kPa] pressure differential capability in most sizes Automatically engaged J-lock system with left-hand release (standard for the MFL-10 tool) Bonded highly saturated nitrile (HSN) seals for optimum performance and toughness J-lugs that are integral features of the stinger for maximum load capability Machination of any standard common profile into the stingers (to be specified at the time of order) Ability to be shear pinned to release either up or down

The MFL-10 and M-2 on/off tools are tubing disconnect devices used to allow removal of production tubing without pulling the production packer. The MFL-10 and M-2 tools consist of an overshot with an internal seal and a seal stinger. The seal stinger features a polished seal surface and an optional blanking plug profile. The MFL-10 and M-2 tools incorporate a rugged J-lug locking system to withstand 10,000-psi [68,947-kPa] pressure differentials. The overshot includes an automatic left-hand-release J-slot and bonded HSN seals. MFL-10 and M-2 Specifications Casing Size, in [mm] Skirt OD, in [mm] 4.5 [114.30] 3.75 [95.25] 5 [127.00] 3.75 [95.25] 5.5 [139.70] 4.5 [114.30] 7 [177.80] 5.50 [139.70] 7 [177.80] 6 [152.40] 7.625 [193.67] 6.375 [161.92] 7.625 [193.67] 6.625 [168.27]

Tubing Size 2.375 EU 8 RD 2.375 EU 8 RD 2.375 EU 8 RD 2.875 EU 8 RD 3.5 EU 8 RD 2.875 EU 8 RD 2.875 EU 8 RD

M-2 tool.

MFL-10 tool.


Seal nipple.

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Millout Extensions Provide a larger ID below QUANTUM and QL series packers to protect the seals and to accept the packer retrieving sub of a milling tool APPLICATIONS ■

■

Completion with permanent packer as production packer Horizontal completion with stand-alone sand screens

■

Spacer packers

■

Isolation packers

BENEFITS ■ ■

Gives economical seal protection Provides larger bore to accept packer retrieving sub of milling tool

FEATURES ■ ■

Robust and durable construction Manufactured from materials that comply with NACE MR0175 standards

QUANTUM* millout extensions are used where floating seals are required in completions using QUANTUM series retrievable sealbore packers. Standard millout extensions are special tubing joints that are used with the QL series packers. Millout extensions provide a larger ID below the packer to protect the seals. The larger ID is also useful when a packer milling and retrieving tool is employed. The extension ID must be greater than the packer ID to furnish an adequate shoulder for retrieving the packer after the milling procedure is completed. Extensions are assembled onto the lower end of QL series millable sealbore packers or QUANTUM retrievable sealbore packers and run into the hole. QUANTUM millout extensions are supplied in a box-by-box configuration; standard millout extensions are supplied in pinby-pin configurations. Both are supplied in either 6- or 10-ft [1.8- or 3.0-m] lengths and are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

Millout Extension Specifications Size,† in [mm]

Min. ID, in [mm]

Length, ft [m]

Pressure Rating, psi [kPa]

5.00 × 2.688 [127.0 × 68.3]

3.940 [100.0]

2.688 [68.3]

6.0 [1.83]

6,000 [41,370]

5.500 × 3.000 [139.7 × 76.2]

4.370 [111.0]

3.000 [76.2]

6.0 [1.83]

6,000 [41,370]

7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6]

5.250 [133.4]

4.000 [101.6]

6.0 [1.83]

6,000 [41,370]

7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6]

4.983 [126.6]

4.550 [115.5]

6.0 [1.83]

6,000 [41,370]

9.625 × 4.750 [244.5 × 120.7]

6.422 [163.1]

5.900 [149.9]

6.0 [1.83]

6,000 [41,370]

9.625 × 6.000 [244.5 × 152.4]

7.630 [193.8]

6.620 [168.1]

6.0 [1.83]

6,000 [41,370]

† Other

Millout extensions.



96

Max. OD, in [mm]

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Model E Hydraulic Setting Tool Used to run and set packers, bridge plugs, and cement retainers on a workstring, production tubing, or coiled tubing APPLICATIONS ■ ■

Deviated or horizontal wells Applications where wireline setting tools are not practical

BENEFITS ■

■

Design allows applications for higher setting pressures Tool accepts any WLAK designed for Schlumberger CPST or Baker E-4 pressure-setting tools

FEATURES ■ ■

■ ■

Automatic fill valve Tubing drain that opens after setting packer Tandem applications possible Auto-fill and tubing-drain features able to be deactivated

The Model E setting tool translates hydraulic pressure applied to the tubing to a force transmitted through the Schlumberger wireline adapter kit (WLAK) to the packer, plug, or retainer to fully set the slips and pack off the sealing element of these tools.

Operation The Model E setting tool and WLAK are assembled to a packer, bridge plug, or cement retainer that is commonly set with a wireline-deployed pressure setting tool. Use of the Model E is particularly well suited for installation of packers, plugs, or retainers in highly deviated or horizontal wellbores where wireline operations are either impractical or not recommended. As the packer and setting tool assembly are lowered into the wellbore, the automatic fill feature allows the tubing to fill with well fluid as the tools are run. When the packer has reached the desired depth, pressure is applied to the tubing string. Hydraulic pressure acts on the internal piston in the setting tool, creating the push/pull action necessary to set the device as it is being installed. When the device is fully set, pressure is increased to the value of the shear stud connecting the setting tool to the WLAK. The shear stud parts and releases the WLAK from the packer, leaving the setting assembly free to be retrieved. After the Model E setting tool has sheared and released from the packer, a tubing drain system is activated. As the tubing string and setting tool are retrieved, the fluid in the tubing is discharged to avoid having to pull a wet string.

Model E hydraulic setting tool. Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0236

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QUANTUM Anchor Latch Assembly Provides a positive surface indication that the seal assembly is correctly positioned in the polished bore APPLICATIONS ■

The QUANTUM* gravel-pack packer anchor latch assembly positions the seal units in the polished bore of the packer at the bottom of the available stroke. With a slight amount of set-down weight, the anchor latch will snap into the top thread of the packer mandrel or polished bore receptacle. This feature allows an upward pull to be applied to the tubing string to positively confirm proper location and operation.

Single- or multiple-zone completions

BENEFITS ■

Design provides positive indication of proper seal location in the sealbore

■

Simplifies operations

■

Saves rig time

■

Enhances reliability

To release the anchor latch, an upward pull of 1,000 lbf [454 kg] at the latch, combined with 12 complete right-hand turns of the tubing at the latch, releases the anchor. The releasing mechanism of the anchor makes it ideal for completions where tubing movement is not desirable.

FEATURES ■

Easy sting-in and release procedures

■

Debris-tolerant standard bonded seals

■

Prevention of seal movement

■

■ ■

Manufactured from materials that comply with NACE MR0175 standards Nitrile bonded seals Higher-performance seals available for hostile environments

Standard QUANTUM anchor latch assemblies are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials and fitted with nitrile bonded seals. Viton®, Aflas®, and chevron seals are available for hostile conditions, such as high-temperature, highpressure, and H2S environments.

QUANTUM Anchor Latch Assembly Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

Pressure Rating,‡ psi [kPa]

Standard Top Connection

5.000 × 2.688 [127.0 × 68.3] 5.500 × 3.000 [139.7 × 76.2] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6] 9.625 × 4.750 [244.5 × 120.7] 9.625 × 6.000 [244.5 × 152.4] 9.625 × 7.500 [244.5 × 190.5]

3.500 [88.9] 3.820 [97.0] 4.630 [117.6] 5.290 [134.4] 7.000 [177.8] 7.000 [177.8] 8.500 [215.6]

1.950 [49.5] 2.350 [59.7] 2.410 [61.2] 3.040 [77.2] 3.280 [83.3] 4.870 [123.7] 6.031 [153.2]

9,000 [62,055] 7,000 [48,265] 9,100 [62,745] 8,800 [60,676] 8,600 [59,297] 5,500 [37,923] 5,000 [34,475]

2.375 2.875 2.875 4.000 3.500 5.500 7.000

† Other

sizes are available on request. Contact your local Schlumberger representative. shown are for 80,000-psi [551,600-kPa] material derated for 250 degF [121 degC] with a 20% safety factor.

‡ Values

QUANTUM anchor latch assembly.


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QUANTUM Shear-Type Anchor Latch Provides a positive surface indication that the seal assembly is correctly positioned in the polished bore receptacle and eliminates production seal movement APPLICATIONS ■

Single- or multiple-zone completions

■


BENEFITS ■

Provides positive indication of proper seal location in the sealbore

■

Simplifies operations and saves rig time

■

Enhances reliability

FEATURES ■

Debris-tolerant standard bonded seals

■

Seal movement prevention

■

Easy setting and release procedures

■

NACE MR0175-compliant materials

■

■

The QUANTUM* gravel-pack packer shear-type anchor latch is run with a production seal assembly and is connected to the packer or polished bore receptacle (PBR) in the same manner as a standard anchor latch. Once connected to the packer, this latch does not allow seal movement during normal changes in temperature and pressure. If stresses exceed a predetermined value, a shear ring parts, allowing the latch assembly to release and the seals to move. Retrieval of the shear-type anchor latch is accomplished with a straight upward pull on the tubing in excess of the release mechanism’s shear ring value. The ring shears and releases the anchor’s latch mechanism. This releasing mechanism is ideal for completions where tubing rotation is prohibited. The QUANTUM shear-type anchor latches are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials and are fitted with nitrile bonded seals. Viton®, Aflas®, and chevron seals are available on request for hostile conditions such as high-pressure, high-temperature, and H2S environments.

Higher-performance seals for hostile environments Snap-in/shear-out design

QUANTUM Shear-Type Anchor Latch Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]



5.000 × 2.688 [127.0 × 68.3] 5.500 × 3.000 [139.7 × 76.2] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6] 9.625 × 4.750 [244.5 × 120.7] 9.625 × 6.000 [244.5 × 152.4]

3.500 [88.9] 3.820 [97.0] 4.630 [117.6] 5.290 [134.4] 6.000 [152.4] 7.000 [177.8]

1.950 [49.5] 2.350 [59.7] 2.410 [61.2] 3.040 [77.2] 3.500 [88.9] 4.870 [123.7]

9,000 [62,055] 7,000 [48,265] 9,100 [62,745] 8,800 [60,676] 8,600 [59,297] 5,500 [37,923]

2.375 2.875 2.875 4.000 3.500 5.500

† Other


‡ Values

QUANTUM shear-type anchor latch. *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0208

slb.com/packers 99

QUANTUM No-Go Locator Provides a surface indication that the seal assembly is correctly positioned in the polished bore APPLICATIONS ■ ■

Single- or multiple-zone completions Preferred locator for long, multiple-string seal assemblies

BENEFITS ■ ■

■

Simplifies operations to save rig time Design provides indication of proper seal location in the sealbore Enhances reliability

FEATURES ■


■

Limited seal movement

■

■

■

■

QUANTUM* gravel-pack packer no-go locators are typically used for applications in which it is necessary to prevent downward movement only. They are used in applications that allow tubing seals to float. The no-go locator allows retrieval by simple straight pull. Standard no-go locators are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials and are fitted with nitrile bonded seals that are tolerant to debris, tubing reciprocation, and pressure unloading. Viton®, Aflas®, and chevron-type seals are available on special request for H2S and high-pressure, high-temperature applications.

Suitable for applications where the seals are allowed to float Compatible with most sealbore packers and polished bore receptacles Manufactured from materials that comply with NACE MR0175 standards High-performance seals available for more hostile environments

QUANTUM No-Go Locator Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]



5.000 × 2.688 [127.0 × 68.3] 5.500 × 3.000 [139.7 × 76.2]

2.937 [75.6] 3.250 [82.6]

1.950 [49.5] 2.350 [59.7]

9,000 [62,055] 7,300 [50,334]

2.375 2.875

7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6]

3.460 [87.9]

2.375 [60.3]

9,300 [64,124]

2.875

7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6]

4.150 [105.4]

3.030 [77.0]

9,100 [62,745]

4.000

9.625 × 4.750 [244.5 × 120.7] 9.625 × 6.000 [244.5 × 152.4]

4.940 [125.5] 6.200 [157.5]

3.280 [83.3] 4.740 [120.4]

8,600 [59,297] 7,800 [53,781]

3.500 5.500

† Other



100

QUANTUM no-go locator.

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QUANTUM Snap Latch Assembly Provides a surface indication that the seal assembly is correctly positioned in the polished bore APPLICATIONS ■ ■

Single- or multiple-zone completions Preferred locator for long, multiple-string seal assemblies

BENEFITS ■ ■

■

Simplifies operations to save rig time Provides indication of proper seal location in the sealbore Enhances reliability

FEATURES ■


■

Limited seal movement

■

■

■

■

Suitable for applications where the seals are allowed to float Compatible with most sealbore packers and polished bore receptacles

The QUANTUM* gravel-pack packer snap latch assembly’s no-go positions the seal units in the polished bore of the packer at the bottom of the available stroke. The latch snaps into the top thread of the packer mandrel with a slight amount of set-down weight. This feature allows a slight upward pull to be applied to the tubing string to positively confirm seal location. By pulling 5,000 lbf [2,267.5 kg] over string weight, a positive indication of proper seal location in the sealbore is provided. Additional overpull of 15,000 lbf [6,802.5 kg] snaps the snap latch out of the packer top thread. Standard snap latch assemblies are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials and fitted with nitrile bonded seals. Viton®, Aflas®, and chevron seals are available on request for hostile conditions such as highpressure, high-temperature, and H2S environments.

Manufactured from materials that comply with NACE MR0175 standards High-performance seals available for more hostile environments

QUANTUM Snap Latch Assembly Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]



5.000 × 2.688 [127.0 × 68.3] 5.500 × 3.000 [139.7 × 76.2] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6] 9.625 × 4.750 [244.5 × 120.7] 9.625 × 6.000 [244.5 × 152.4] 9.625 × 7.500 [244.5 × 190.5]

3.500 [88.9] 3.820 [97.0]

1.950 [49.5] 2.350 [59.7]

9,000 [62,055] 7,300 [50,334]

2.375 2.875

4.770 [121.2]

2.350 [59.7]

9,700 [66,882]

2.875

5.300 [134.6]

3.030 [77.0]

8,400 [57,918]

4.000

7.000 [177.8] 7.000 [177.8] 8.500 [215.6]

3.280 [83.3] 4.780 [121.4] 6.031 [153.2]

8,800 [60,676] 6,300 [43,439] 6,000 [41,370]

3.500 5.500 7.000

† Other

QUANTUM snap latch assembly.


‡ Values


slb.com/packers 101

QUANTUM One-Trip Seal Latch Allows production seals to be latched into the packer and floating seals to be landed in an appropriate sealbore APPLICATIONS ■

■

Completions in which extreme tubing movement is anticipated Sand-control completions with production packer above gravel-pack packer and lightweight packer fluid

BENEFITS ■

Enhances wellbore reliability and safety

■

Requires fewer tubing trips

■

Streamlines completion operations

■

Reduces rig time

FEATURES ■

Protected seals

■

Adjustable shear value

■

■

■

The QUANTUM* gravel-pack packer one-trip seal latch (OTSL) is recommended for applications where extreme dynamic seal movement is anticipated. It is assembled and run on the production tubing in completions where the production packer is already installed downhole. The length of the sealbore or polished bore receptacle (PBR) is selected so that seals never leave the sealing bore. Standard PBR lengths are 10, 15, and 20 ft [3.0, 4.6, and 6.1 m], but most special lengths can be supplied. Seals are spaced out in accordance with tubing movement design criteria. During the running procedure, the OTSL attaches the seal assembly to the sealbore unit with a special running collet. After the PBR is anchored in the packer, the running collet is pulled upward, and the seal assembly is spaced out to the proper location. This activity is performed when running the production tubing. No further trips in the well are required. The OTSL does not trap atmospheric pressure while running in the well. The complete OTSL system is made up of a snap latch, a self-aligning guide shoe, a seal assembly, a sealbore assembly, and the OTSL lift coupling.

Compatible with all Schlumberger sand-control packers

QUANTUM one-trip seal latches are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

Compatible with the shearable-type anchor latch locator Manufactured from materials that comply with NACE MR0175 standards

QUANTUM One-Trip Seal Latch Specifications† Size,‡ in [mm] 5.000 × 2.688 [127.0 × 68.3] 5.500 × 3.000 [139.7 × 76.2] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6] 7.000, 7.625 × 4.000 [177.8, 193.7 × 101.6] 9.625 × 4.750 [244.5 × 120.7]

Max. OD, in [mm] 3.950 [100.3] 4.380 [111.3] 5.260 [133.6] 5.260 [133.6] 5.680 [144.3] 5.680 [144.3] 7.010 [178.1]

Min. ID, in [mm] 1.950 [49.5] 2.350 [59.7] 2.410 [61.2] 2.410 [61.2] 3.040 [77.2] 3.040 [77.2] 3.500 [88.9]

Pressure Rating,§ psi [kPa] 8,000 [55,160] 7,000 [48,265] 9,000 [62,055] 9,000 [62,055] 9,000 [62,055] 9,000 [62,055] 8,800 [60,674]

† EUE

8RD threads are standard configuration. Premium threads are available on request. sizes are available on request. Contact your local Schlumberger representative. § The PBR contains the pressure below the OTSL. ‡ Other

QUANTUM one-trip seal latch. *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0209

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QUANTUM BA Packer Plug Converts the QUANTUM packer to a temporary bridge plug APPLICATIONS ■

Standard completion operations

BENEFITS ■ ■

Enhances wellbore reliability and safety Protects packer bore from shock during perforating

FEATURES ■

■

Built-in equalizing feature to enhance retrieval reliability and safety Backup and right-hand rotation-releasing mechanism

The QUANTUM* gravel-pack packer BA packer plug permits operations above the packer, such as pressure testing, perforating, or perforations washing, without affecting the zone below the packer. It also prevents debris from settling to the lower zone. The plug is available for all QUANTUM packer sizes. The BA plug is run in the well with the QUANTUM BA plug running and pulling tool. It is latched into the packer top threads with light (3,000- to 5,000-lbm [1,361- to 2,268-kg]) setdown weight. To retrieve the plug, the running and pulling tool is run in to tag the BA plug with 5,000- to 10,000-lbm [2,268- to 4,535-kg]. Applying 12,000- to 15,000-lbf [5,442- to 6,803-kg] overpull with right-hand torque releases the plug. The built-in equalizing feature prevents hydrostatic or differential locking of the packer plug. QUANTUM BA Packer Plug Specifications Packer Bore Size, in [mm]

Plug Max. OD, in [mm]

2.688 [68.32] 3.000 [76.25] 3.250 [82.6] 4.000 [101.6] 4.750 [120.7] 6.000 [152.4]

3.500 [88.95] 3.750 [95.25] 4.750 [120.7] 5.250 [133.4] 6.000 [152.4] 7.120 [180.8]

QUANTUM BA packer plug.


slb.com/packers 103

QUANTUM BA Packer Plug-Pulling Tool Retrieves the QUANTUM BA packer plug when used in the QUANTUM line of sealbore packers APPLICATIONS ■

Standard completions

■

Multiple-zone completions

BENEFITS ■

■

Available for all QUANTUM* gravel-pack packer sizes Enhanced retrievability

FEATURES ■

■ ■

Circulation and washing capabilities while retrieving the BA packer plug Built-in milling shoe

The QUANTUM BA packer plug-pulling tool features actuating fingers in the tool to operate the equalizing feature of the BA packer plug during both setting and retrieval. Available for all QUANTUM packer sizes, the tool features circulation and washing capabilities while it is retrieving BA packer plug and a built-in milling shoe to enhance retrieval reliability and safety. It can be rotated to release the BA packer plug, if required. The QUANTUM BA plug pulling tool releases and retrieves the plug by tagging the BA plug with 5,000- to 10,000-lbm [2,268- to 4,535-kg]. Overpull of 12,000- to 15,000-lbf [5,442- to 6,803-kg] with right-hand torque can release the plug from the packer.

Ability to rotate to release the BA plug from the packer, if required

QUANTUM BA packer plug-pulling tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0211

104

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QUANTUM Short-Catch Packer Plug with Mandrel Saver Converts the QUANTUM packer to a temporary bridge plug APPLICATIONS ■ ■

Multiple-zone completions Standard and ultrahigh-density perforating and frac-pack completions

BENEFITS ■

■

■ ■

Streamlines multiple-zone completion operations Protects the packer bore from shock during perforating Enhances retrieval reliability and safety Enhances wellbore productivity by minimizing potentially damaging fluid loss to the formation

FEATURES ■

Operational versatility

■

Built-in equalizing feature

■

Right-hand rotation backup releasing mechanism

The QUANTUM* gravel-pack packer short-catch packer plug with mandrel saver permits the performance of operations above the packer, such as pressure testing, perforating, or washing perforations, without affecting the zone below the packer. It also prevents debris from settling to the lower zone. It is designed for use in severe applications such as ultrahigh-density perforating and frac pack operations. The plug protects the packer sealbore and accommodates shorter zone spacing with its short-catch fishing neck. It also has a built-in equalizing feature to enhance retrieval reliability and safety. The short-catch plug is run in the wellbore and latched into the packer top threads with light (3,000- to 5,000-lbm [1,361- to 2,268-kg]) set-down weight. To retrieve the plug, a short-catch packer plug retrieving tool is run in to tag the plug with 5,000- to 10,000-lbm [2,268- to 4,535-kg] setdown. Applying 12,000- to 15,000-lbf [5,442- to 6,803-kg] overpull releases the plug. If required, the plug features a right-hand rotation release backup mechanism. The built-in equalizing feature prevents hydrostatic or differential locking of the packer plug. QUANTUM Short-Catch Packer Plug with Mandrel Saver Specifications Packer Bore Size,† in [mm]

Plug Max. OD, in [mm]

2.688 [68.32] 3.000 [76.25] 3.250 [82.6] 4.000 [101.6] 4.750 [120.7] 7.000 × 6.000 [180.98 × 152.4]

3.500 [88.95] 3.750 [95.31] 4.750 [120.7] 5.250 [133.4] 6.000 [152.4] 8.230 [209.0]

† Other


QUANTUM short-catch packer plug with mandrel saver. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0212

slb.com/packers 105

QUANTUM Short-Catch Packer Plug Running and Pulling Tool Sets and retrieves the QUANTUM short-catch packer plug when used with QUANTUM sealbore packers APPLICATIONS ■

■

Standard and ultrahigh frac-pack completions Multiple-zone completions

BENEFITS ■

Enhances retrieval reliability and safety

FEATURES ■

■

■ ■

Available for all QUANTUM* gravel-pack packer sizes Circulation and washing capabilities while retrieving the packer plug Built-in milling shoe

Actuating fingers in the tool operate the equalizing feature of the packer plug during retrieval. Available for all QUANTUM sealbore packer sizes, the tool features circulation and washing capabilities while it is retrieving the short-catch packer plug and a built-in milling shoe to enhance retrieval reliability and safety. It can be rotated to release the packer plug, if required. The QUANTUM short-catch running and pulling tool runs the plug into the well and latches the packer top threads with light (3,000- to 5,000-lbm [1,361- to 2,268-kg]) setdown weight. The running and pulling tool retrieves the plug by tagging the short-catch packer plug with 5,000- to 10,000-lbm [2,268- to 4,535-kg] setdown, and it releases the plug by applying 12,000to 15,000-lbf [5,442- to 6,803-kg] overpull. Right-hand torque can be also be used to release the plug from the packer.

Ability to rotate to release the plug from the packer if required

QUANTUM short-catch packer plug running and pulling tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0213

106

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QUANTUM Lower-Zone Multiseal Assembly Part of a seal system designed to be used in multiple-zone wells APPLICATIONS ■


BENEFITS ■ ■

Protects gravel-pack assembly Creates highly effective dual-zone completions

FEATURES ■

■

■

Cover for port closure sleeve on gravel-pack extension Polished bore for selective dual completions or long strings

The QUANTUM* gravel-pack packer lower-zone multiseal assembly (LZMSA) seals in the packer bore and isolates the gravel-pack ports of the lower QUANTUM packer in a multiple-zone gravel-pack well. When used in selective strings or in dual completions, a portion of the bore of the multiseal assembly is polished to receive the long-string seal assembly. The LZMSA components are individually selected to meet specific application requirements. Depending on the completion, different snap latches, locators, and guide shoes are combined with the seal assembly. The LZMSA is run at the bottom of the upper gravel-pack packer assembly. The LZMSA components are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.


QUANTUM Lower-Zone Multiseal Assembly Specifications Size,‡ in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

Pressure Rating,§ psi [kPa]

Lower Threads, in–TPI

5.500 × 3.000 × 2.688 [139.7 × 76.2 × 68.3] 7.000, 7.625 × 3.250 × 2.688 [177.8, 193.7 × 82.6 × 68.3] 7.000, 7.625 × 4.000 × 3.000 [177.8, 193.7 × 101.6 × 76.2] 7.000, 7.625 × 4.000 × 3.250 [177.8, 193.7 × 101.6 × 82.6] 9.625 × 4.750 × 3.250 [244.5 × 120.7 × 82.6] 9.625 × 6.000 × 4.000 [244.5 × 152.4 × 101.6] 9.625 × 6.000 × 4.750 [244.5 × 152.4 × 120.7]

2.985 [75.8] 3.210 [81.5] 3.960 [100.6] 3.960 [100.6] 4.710 [119.6] 5.960 [151.4] 5.960 [151.4]

2.688 [68.3] 2.688 [68.3] 3.000 [76.2] 3.250 [82.6] 3.250 [82.6] 4.000 [101.6] 4.750 [120.7]

8,000 [55,160] 9,000 [62,055] 9,100 [62,745] 8,000 [55,160] 8,600 [59,297] 7,800 [53,781] 7,800 [53,781]

2.312–8 SA 2.875–8 SA 3.625–8 SA 3.625–8 SA 4.094–8 UNS 5.459–8 SA 5.459–8 SA

‡ Other


§ Values

QUANTUM lower-zone multiseal assembly.


slb.com/packers 107

QUANTUM Long-String Seal Assembly Part of a seal system designed to be used on multiple-zone wells APPLICATIONS ■


■


BENEFITS ■

■

■

Design provides an effective, leakproof seal between packers and production tubing Integral polished bore provides reliable operation Design provides optimal space out of seals in polished bores

FEATURES ■ ■

■

If the upper zone is to be a selective zone, a QUANTUM* gravel-pack packer longstring seal assembly (LSSA) (and tubing with appropriate internal profile nipples), flow couplings, blast joints, and a sliding sleeve are assembled below the upper packer. The string is spaced out, so when the seals in the upper packer are landed, the LSSA is sealed in the bore of the lower-zone multiseal assembly (LZMSA) in the lower packer. In a dual completion, the long string is assembled with an LSSA on the bottom to seal in the LZMSA inside the lower packer. The LSSA assembly consists of a locator, usually a series of seal units, and a guide shoe. The LSSA components are individually selected to meet specific application requirements. LSSA assemblies are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

Debris- and movement-tolerant seals Polished bore for use in selective zones or for long strings in dual completions NACE MR0175-compliant materials

QUANTUM Long-String Seal Assembly Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]


Lower Threads, in–TPI

5.500 × 2.688 [139.7 × 68.3] 7.000, 7.625 × 2.688 [177.8, 193.7 × 68.3] 7.000, 7.625 × 3.000 [177.8, 193.7 × 76.2] 7.000, 7.625 × 3.250 [177.8, 193.7 × 82.6] 9.625 × 3.250 [244.5 × 82.6] 9.625 × 4.000 [244.5 × 101.6] 9.625 × 4.750 [244.5 × 120.7]

2.676 [68.0] 2.676 [68.0] 2.985 [75.8] 3.210 [81.5] 3.210 [81.5] 3.960 [100.6] 4.710 [119.6]

1.955 [49.7] 1.955 [49.7] 2.340 [59.4] 2.375 [60.3] 2.375 [60.3] 3.030 [77.0] 3.490 [88.7]

9,000 [62,055] 9,000 [62,055] 7,000 [62,055] 9,300 [64,124] 9,300 [64,124] 9,100 [62,745] 8,000 [55,160]

2.312–8 SA 2.312–8 SA 2.488–10 UNS 2.875–8 SA 2.875–8 SA 3.625–8 SA 4.094–8 UNS

† Other


‡ Values

QUANTUM long-string seal assembly. *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0216

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QUANTUM Premium Seal Units Used in high-pressure, high-temperature environments where tubing metal-to-metal seal connections are required APPLICATIONS ■

Completion seals between packers, packer and tubing, polished bore receptacle, and tubing

BENEFITS ■

■

Increased reliability with debris- and movement-tolerant seals Reliable seal between packers and production tubing

FEATURES ■

■

Seal units are designed to accept either bonded- or chevron-type seal systems Special seal units for anchors and locators optimize seal placement in polished bores

This line of production seal sets is designed to be compatible with all existing QUANTUM* gravelpack packer equipment. Schlumberger premium seals are made from high-performance elastomers and are selected to match the well environments to which they are exposed. In addition, premium seal sets exhibit higher mechanical properties. Premium and standard seals units are also differentiated by their thread connections. Standard seal units have stub acme threads (O-ring seal), while premium seal units have SEAL LOCK HT connections (metal-to-metal seal).

QUANTUM Premium Seal Units Specifications Size,† in [mm]

OD, in [mm]

ID, in [mm]


2.688 [68.3] 3.000 [76.2]

2.676 [68.0] 2.985 [75.8]

1.955 [49.7] 2.340 [59.4]

10,000 [68,950] 10,000 [68,950]

3.250 [82.6]

3.210 [81.5]

2.375 [60.3]

10,000 [68,950]

4.000 [101.6]

3.960 [100.6]

3.030 [77.0]

10,000 [68,950]

4.750 [120.7] 6.000 [152.4]

4.710 [119.6] 5.960 [151.4]

3.490 [88.7] 4.740 [120.4]

10,000 [68,950] 10,000 [68,950]

† Other


QUANTUM premium seal units.


slb.com/packers 109

QUANTUM Guide Shoe Used to ensure proper seal assembly entry into a production packer or polished bore receptacle (PBR) APPLICATIONS ■


BENEFITS ■

■

■

■

Increases reliability for guiding seal assembly into sealbore Adapts to all Schlumberger seal assemblies Easily passes through packer bores or PBRs to streamline completion operations Serves as a wireline re-entry guide

Guide shoes are also designed to assist as a wireline re-entry guide as tools are run in and out of the assembly. Guide shoes should be used in any application where it is necessary to sting an assembly in or through another assembly. Guide shoes should not be used on applications were tubing rotation is difficult or prohibited. QUANTUM* gravel-pack packer guide shoes are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials. QUANTUM Guide Shoe.

FEATURES ■


Quantum Guide Shoe Specifications Size,† in [mm]

OD, in [mm]

ID, in [mm]

2.688 [68.3] 3.000 [76.2]

2.670 [67.8] 2.960 [75.2]

1.930 [49.0] 2.000 [50.8]

3.250 [82.6]

3.210 [81.5]

2.370 [60.2]

4.000 [101.6]

3.230 [82.0]

3.030 [77.0]

4.750 [120.7] 6.000 [152.4]

4.710 [119.6] 5.970 [151.6]

3.200 [81.3] 4.740 [120.4]

† Other


110


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QUANTUM Self-Aligning Guide Shoe Used to ensure proper seal assembly entry into a production packer or a polished bore receptacle (PBR) APPLICATIONS ■


■


■

Highly deviated or horizontal applications

BENEFITS ■

Increases reliability for guiding seal assembly into sealbore

FEATURES ■

■

■

Adapts to all Schlumberger seal assemblies Easily passes through packer bores or PBRs to streamline completion operations NACE MR0175-compliant materials

QUANTUM* gravel-pack packer self-aligning guide shoes require no rotation, so they are especially effective in highly deviated or horizontal applications and smart wells where tubing rotation is to be avoided. The guide shoes can also be used in any application where it is necessary to sting one assembly in, or through, another assembly. QUANTUM* packer guide shoes are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials. QUANTUM Self-Aligning Guide Shoe Specifications Size,† in [mm]

OD, in [mm]

ID, in [mm]

2.688 [68.3] 3.000 [76.2]

2.650 [67.3] 2.950 [74.9]

1.910 [48.5] 2.100 [53.3]

3.250 [82.6]

3.200 [81.3]

2.370 [60.2]

4.000 [101.6]

3.960 [100.6]

3.010 [76.5]

4.750 [120.7] 6.000 [152.4]

4.740 [120.4] 5.950 [151.1]

3.270 [83.1] 4.890 [124.2]

† Other


QUANTUM self-aligning guide shoe. *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0224

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QUANTUM Sealbore Extension Used in completions where a sealbore packer is used as a production packer and tubing movement is expected APPLICATIONS ■

Completions where tubing movement is expected

BENEFITS ■

Installs quickly and easily

■

Provides low-cost solution

■

Facilitates tubing replacement

FEATURES ■


The sealbore extension provides sufficient sealbore length so that long seal assemblies may be used to accommodate tubing movement while always remaining in the sealbore. Multiple sealbore extensions can be coupled together using a concentric coupling to obtain more sealbore length. Sealbore extensions are available for all sizes of QUANTUM* gravel-pack packers. Sealbore extensions are manufactured from materials that comply with NACE MR0175 standards for sulfide stress cracking-resistant metallic materials.

QUANTUM Sealbore Extension Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

Length, ft [m]


2.688 [68.3] 3.000 [76.2]

3.940 [100.0] 4.370 [111.0]

2.688 [68.3] 3.000 [76.2]

10.0 [3.05] 10.0 [3.05]

6,000 [41,370] 6,000 [41,370]

3.250 [82.6]

5.000 [127.0]

3.250 [82.6]

10.0 [3.05]

6,000 [41,370]

4.000 [101.6]

5.000 [127.0]

4.000 [101.6]

10.0 [3.05]

6,000 [41,370]

4.750 [120.7] 6.000 [152.4]

5.750 [146.0] 7.000 [177.8]

4.750 [120.7] 6.000 [152.4]

10.0 [3.05]

6,000 [41,370]

10.0 [3.05]

6,000 [41,370]

† Other


QUANTUM sealbore extension.


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QUANTUM Retrieving Tool Retrieves the QUANTUM packer and assembly in one trip without rotation APPLICATIONS ■


BENEFITS ■

■

Retrieves the packer and assembly in one trip without rotation

■

The tool features a right-hand rotation-release backup mechanism and is available for all QUANTUM packer sizes.

Enhances wellbore safety and reliability

FEATURES ■

The rugged QUANTUM* gravel-pack packer retrieving tool includes a builtin mechanical jar to assist in packer retrieval. If the packer fails to release, the jar is actuated at 35,000- to 40,000-lbf [15,873- to 18,141-kg] overpull.

Built-in mechanical jar to assist packer retrieval Right-hand rotation-release backup mechanism

QUANTUM Retrieving Tool Specifications Bore Size,† in [mm] 2.688 [68.3] 3.000 [76.2] 4.000 and 4.750 [101.6 and 120.7]) 6.000 [152.4] † Other

Overpull Operating Limit, lbf [kg] 79,000 [35,827] 95,000 [43,084] 190,000 [86,168] 250,000 [113,379]


QUANTUM retrieving tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0237

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QUANTUM Packer Type II Setting Tool Sets QUANTUM series retrievable and permanent packers in common completion applications APPLICATIONS ■

Sealbore production packers

■

Isolation/spacer packers

■

Sump packer hydraulic setting

BENEFITS ■

■

Increases simplicity, safety, and reliability of completion and workover activities Reduces rig time when running packers

FEATURES ■

■

Full compatibility with pressureoperated isolation tool and nonpressure sensitive modules streamlines completion operations.

The QUANTUM* gravel-pack packer type II setting tool’s design allows the workstring to fill while running in the well and protects equipment below the packer from pressure surges. The type II setting tool has the flexibility to fully test the set packer and to drain the workstring during retrieval. This setting tool allows QUANTUM sealbore packers to be used in applications other than sand control. These applications include use as production, spacer, isolation, or sump packers. The type II setting tool is compatible with hydraulic pressure-sensitive completion accessories, such as firing heads or flapper valves, and is suitable for use in situations where a closed system exists below the packer. It is available for bore sizes of 3.250, 4.000, 4.750, and 6.000 in [82.5, 101.6, 120.6, and 152.4 mm].

Protects completion equipment from packer-setting pressure surges

QUANTUM packer type II setting tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0234

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QUANTUM Packer Type III Setting Tool Sets QUANTUM series retrievable and permanent sealbore packers APPLICATIONS ■

Sealbore production packer

■

Isolation/spacer packer

■

Horizontal stand-alone screen completions

■

Sump packer hydraulic setting

BENEFITS ■

■

Increases simplicity, safety, and reliability of completion and workover activities

The QUANTUM* gravel-pack packer type III setting tool’s design allows the workstring to fill while running in the well. It also has the flexibility to fully test the set packer and to drain the workstring during retrieval. The setting tool allows QUANTUM sealbore packers to be used in applications other than sand control. These applications include use as production, spacer, isolation, or sump packers. The type III setting tool is suitable for use with closed systems below the packer without becoming hydraulically locked. It is available for bore sizes of 2.688, 3.000, 3.250, 4.000, 4.750, and 6.000 in [68.3, 76.2, 82.6, 101.6, 120.7, and 152.4 mm].

Reduces rig time when running packers

FEATURES ■

■

No setting ball necessary in a closed system Fully compatible with the pressureoperated isolation tool and non-pressure sensitive modules for streamlined completion operations

QUANTUM packer type III setting tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0235

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QUANTUM Releasing Tool Allows simple, straight pickup release of the packer APPLICATIONS ■

Releasing QUANTUM* gravel-pack packers

ADVANTAGES ■

Runs on slickline or coiled tubing

■

Uses standard sliding sleeve locator keys

■

Features emergency shear release

The QUANTUM releasing tool is used to shift a sleeve in the QMP series, XMP, and XHP packers to allow simple, straight pickup release of the packer. It is deployed by slickline or coiled tubing.

Operation The releasing tool is lowered into the wellbore using standard slickline or coiled tubing procedures. When the releasing tool reaches the selective nipple profile in the bottom of the packer, downward jarring is applied to expose and engage the retrieving collet. Upward jarring pulls the retrieving collet into the support sleeve and moves the support collet upward to release the packer. When the packer is released, upward jarring disengages the releasing tool and allows it to be removed from the wellbore. When the releasing tool has been removed from the well, the packer can be retrieved with straight upward pull on the tubing.

A

A

Section A-A

QUANTUM releasing tool. *Mark of Schlumberger Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0238

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QUANTUM Long-Stroke Safety Shear Sub Used in sand-control, production, and ESP completions APPLICATIONS ■

Sand control completions

■


■

Stacked single-packer completions

■

Dual or stacked dual completions

■

ESP completions

BENEFITS ■

■

Simple design facilitates efficient workover operations Fishing neck has sufficient length for overshot

FEATURES ■

Field-adjustable shear values

■

Rotationally locked

■

Sizes range from 5-in to 103⁄4-in casing

The QUANTUM* gravel-pack packer long-stroke safety shear sub consists of an overshot connected to a slick joint with shear pins. In the event the completion assembly must be retrieved and the packer or seal assembly does not release, the safety shear sub provides a weak point in the tubing string. By parting at the shear pins, the completion assembly above the shear joint can be retrieved and a workstring with drilling jars can be used to release and retrieve the packer or seal assembly. The sub is normally placed several joints above the packer or between stacked packers in a multizone installation. This allows independent removal of the packer assemblies. Once pulled apart, a slick sub with a known internal and external diameter extends upward for a tubing spear or overshot connection. The length of the slick sub is sufficient to allow overshot engagement. The QUANTUM safety shear sub is rotationally locked, and the shear-out force can be varied up to 90,000 lbf [40,815 kg] using standard brass screws. It easily converts to a connector sub for horizontal makeup by replacing the brass shear screws with hardened-steel screws. The QUANTUM long-stroke safety shear sub is manufactured from standard AISI 4140 low-alloy steel or premium materials for severe service environments.

QUANTUM Long-Stroke Safety Shear Sub Specifications Casing Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

Burst,‡ psi [kPa]

Collapse,‡ psi [kPa]

5.000 [127.0] 5.000 [127.0] 5.500 [139.7] 5.500 [139.7] 6.625, 7.000, and 7.625 [168.3, 177.8, and 193.7] 7.000 and 7.625 [177.8 and 193.7]

3.660 [93.0] 3.660 [93.0] 4.180 [106.2] 4.180 [106.2]

1.960 [49.8] 2.370 [60.2] 1.990 [50.5] 2.410 [61.2]

13,700 [94,462] 10,000 [68,950] 13,700 [94,462] 10,000 [68,950]

14,000 [96,530] 11,300 [77,914] 14,000 [96,530] 11,300 [77,914]

5.000 [127.0]

3.500 [88.9]

11,000 [75,845]

11,500 [79,293]

5.370 [136.4]

4.000 [101.6]

11,000 [75,845]

11,500 [79,293]

7.390 [187.7] 8.000 [203.2]

5.000 [127.0] 6.250 [158.8]

9,400 [64,813] 6,500 [44,616]

10,000 [68,950] 7,500 [51,713]

9.625 and 10.750 [244.3 and 273.1] † Other

sizes are available on request. Contact your local Schlumberger representative. rating varies with thread type and end connection. Values shown are for 80,000-psi [551,600-kPa] material at 250 degF [121degC] with a 20% safety factor.

‡ Pressure


QUANTUM safety shear sub.

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QUANTUM Wireline Adapter Kit Enables QUANTUM series retrievable sealbore packers and QL series permanent packers to be set by wireline APPLICATIONS ■

Cased hole

■

Deviations to 65°

■

Wireline-set packers

BENEFITS ■

■

Substantial rig time savings over hydraulically setting packer Long field life

FEATURES ■

■

Mates to size 10 or 20 Model E-4 wireline pressure setting assembly

This kit can be run with a fast- or slow-burning power charge and a 35,000-lbf or 55,000-lbf [15,873-kg or 24,943-kg] Baker-type shear stud or a Schlumberger CPST setting tool which has a maximum shear force of 83,000 lbf [37,642 kg]. The system is adaptable to many packer configurations.

Mates to Schlumberger CPST wireline pressure-setting tool

■

Mates to hydraulic-setting tool

■

Rugged design


118

The QUANTUM* gravel-pack packer wireline adapter kit enables both the QUANTUM series retrievable sealbore packers and the QL series permanent packers to be set by wireline on a Schlumberger CPST pressure setting tool or Baker Type E-4 pressure setting tool, or to be mated to the Schlumberger Model E hydraulic setting tool. In its most common use with a wireline setting tool, the system allows for a substantial reduction in rig time over setting on tubing with a hydraulic setting tool.

QUANTUM wireline adapter kit.

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Sealing Systems Wide variety of elastomeric, plastic, and metallic material choices APPLICATIONS ■

Production wells

■

Injection wells

■

Sand-control completions

BENEFITS ■ ■

Suited for most environments Seal types suited for static or dynamic applications

FEATURES ■

Wide range of materials

■

Bonded and chevron-type seal systems

Our many readily available combinations of seal types and materials allow us to quickly fulfill requirements for most downhole environments with reliable, field-proven systems. These high-quality sealing systems provide an efficient leak-proof seal between the packer and the production tubing. Our standard systems consist of bonded-type seals featuring a nitrile seal element. Our bonded seals for harsh environments are available with Viton® and Aflas® seal elements, which are standard on our premium seal units. Bonded seals are tolerant to damage from debris, tubing movement, and unloading of the seals under pressure. Chevron-type seal systems are available with Viton®, Teflon®, Ryton®, and Aflas® seal elements. These sealing system configurations are generally used on our premium seal units. Schlumberger sealing systems are available for temperature ranges from 75 degF to 350 degF [24 degC to 177 degC]. Pressure ratings to 10,000 psi [68,950 kPa] are available.

Bonded-type seal.


Chevron-type seal.

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Sliding Sleeve Establishes communication between the tubing and the casing FEATURES AND ADVANTAGES ■

■ ■

■

Availability for elastomeric or nonelastomeric seals Collet lock on closing sleeve Ability to be opened and closed repeatedly Selective open/close through use of various profile sizes

The sliding sleeve is a tubing-run, mechanically shifted sleeve used in production tubing to establish communication between the tubing and the casing. The sleeve facilitates production of several zones through one tubing string and allows zone-specific tasks to be performed, including testing and stimulation. The sliding sleeve opens and closes using conventional wireline shifting equipment.

Hydro-trip pressure sub The Hydro-trip pressure sub provides a means to set hydraulically actuated tools by applying the tubing pressure required for activation. Setting is achieved by circulating a ball to a seat in the sub and applying sufficient pressure to activate the setting mechanism in the tool below. Further pressure is applied to the ball, shearing brass screws and sending the ball down the tubing. Following setting, the sub provides an open bore for passage of drop balls or wireline equipment.

Wireline re-entry guide pumpout plug and ball seat The wireline re-entry guide ensures that wireline tools can be pulled back into the tubing string once they have passed through the bottom of the string. The pumpout plug temporarily seals the bottom of the tubing string to prevent fluid from moving up the tubing while tripping in the hole. The pumpout ball seat can be used as a bridging device to set a hydraulic packer or to hydraulically test the tubing string; the ball seat allows the tubing to fill with fluid while running in the hole.

Plug insert.

Circulating ball seat.

Hydro-trip sub.

Sliding sleeve.

Re-entry guide. Copyright © 2014 Schlumberger. All rights reserved. 14-CO-0195

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Tubing Tension Safety Joint Permits torque-through capability and requires straight upward pull to release APPLICATIONS ■

Single and dual completions

ADVANTAGES ■

Field adjustable

■

Wide variety of shear values

■

Integral high strength splines

■

Adjustable shear

■

Robust construction

■

Availability in variety of materials and elastomers

Tubing tension safety joints are straight pickup, shear-release tools commonly used in applications where rotation of the tubing is impractical. This type of safety joint provides a means of separating the production tubing above or below a packer if necessary. This is a fully locked safety joint that allows full tubing torque to be applied through the joint without loading the shear screws.

Description The tension-type safety joint is connected with a set of shear screws, which are easily added or removed in the field to adjust the shear value to match completion requirements. The release value can be adjusted by varying the number of shear screws used. The sub will not shear when weight is set on it, and it will transmit torque through an integral spline section.

Tubing Tension Safety Joint Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

Brass, lbf [kg]

Steel, lbf [kg]

2.375 [60.3] 2.875 [73.0]

3.063 [77.8] 3.668 [93.7]

1.995 [50.7] 2.441 [62.0]

2,000 [907] 2,000 [907]

5,000 [2,268] 5,000 [2,268]

3.500 [88.9]

4.500 [114.3]

2.992 [76.0]

2,000 [907]

5,000 [2,268]

4.500 [114.3]

5.563 [141.3]

3.958 [100.5]

2,000 [907]

5,000 [2,268]

5.500 [139.7] 7.000 [177.8]

6.050 [153.7] 7.687 [195.2]

4.892 [124.3] 6.366 [161.7]

2,000 [907] 2,000 [907]

5,000 [2,268] 5,000 [2,268]

† Other

Shear Force per Screw


Tubing tension safety joint.


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Type A Rotation-Release Safety Joint Provides tensile strength equal to the tubing and requires a right-hand rotation to release APPLICATIONS ■

Single and dual completions

BENEFITS ■

Carries high tension loads

FEATURES ■ ■

The Type A safety joint is used in installations where free rotation of the production tubing string above the safety joint can be performed safely. It provides high breakout torque and constant releasing torque. It is also used when it is anticipated that the production tubing string may be subjected to high tensile loads, eliminating the possible use of straight-pull-release safety joints.

Robust construction Available in variety of materials and elastomers

Type A Rotation-Release Safety Joint Specifications Size,† in [mm]

Max. OD, in [mm]

Min. ID, in [mm]

2.375 [60.3] 2.875 [73.0]

3.063 [77.8] 3.668 [93.7]

1.995 [50.7] 2.441 [62.0]

3.500 [88.9]

4.500 [114.3]

2.992 [76.0]

4.500 [114.3]

5.563 [141.3]

3.958 [100.5]

5.500 [139.7] 7.000 [177.8]

6.050 [153.7] 7.687 [195.2]

4.892 [124.3] 6.366 [161.7]

† Other


Type A rotation-release safety joint.


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Unloader Valve Fullbore circulating valve FEATURES AND ADVANTAGES ■

■

■

ID that matches tubing to eliminate restrictions and fluid flow problems J-lug system that allows valve to be locked in open or closed position for operational versatility Inexpensive and easy redress for cost-effective operation

The unloader valve is a fullbore circulating valve for use with downhole equipment that requires the ability to circulate fluids or unload pressure prior to subsequent operations. This valve is pressure balanced and designed to run either locked open or closed. Opening and/or closing operations are accomplished by a J-lug system. Unloader Valve Specifications Size OD, Max., in [mm] ID, Min., in [mm] 43 3.875 [98.43] 2.000 [50.80] 45 4.750 [120.65] 2.500 [62.50] 47 4.750 [120.65] 2.500 [62.50] 51 6.125 [155.58] 3.000 [76.20]

Connection 2.375 EU 2.875 EU 3.5 IF 4.5 IF

Unloader valve.


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Wireline Adapter Kit Connects the MDF and MDFBB permanent production packers to a wireline assembly APPLICATIONS ■

Setting on electric wireline, using the combination of a power charge and a pressure setting assembly

ADVANTAGES ■

■

■

■ ■

Accurate location in the well by correlating position with well logs

The wireline adapter kit is used to connect the MDF and MDFBB permanent production packers and similar equipment to a wireline pressure setting assembly or a hydraulic setting tool. Actuation of the explosive applies pressure to the adapter sleeve, setting the packer. At a predetermined force, a tension stud parts, releasing the colletstyle running nut from the packer. The adapter kit is retrieved with the wireline and pressure setting assembly.

May be set with industry standard E-line or hydraulic setting tools Simple to install with only three major parts No special tools required Able to be installed in a shorter time than with tubular conveyed methods

Wireline adapter kit.


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Packers Catalog

Schlumberger packers are installed in challenging, high-profile completion projects around the world. With our long track record of innovation, quality, reliability, flexibility, and product support, our packers will protect the integrity and longevity of your completions and support the overall success of your project.


Packers Catalog SCHLUMBERGER

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