vacs well cleaning system - baker hughes, a ge …including post-perforating runs, sump packer...

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Our vectored annular cleaning system (VACS ) G2 technology captures debris downhole and transports it to the surface, delivering clean wellbores for trouble-free operations. Built on field-proven VACS technology that has gained a solid reputation over more than a decade, this new modular design offers enhanced performance and ease of handling, saving time and lowering risk, particularly in deepwater applications. As fluid flows through the jet nozzles, the VACS G2 system and VACS FLO jet engine produce increased suction pressure at the base of the tool, capturing fines, coarse debris, and junk in the tool basket. The VACS G2 system and FLO engine have been optimized to provide increased reliability and performance during a variety of operations, including post-perforating runs, sump packer cleaning, packer and bridge plug retrieval, and junk retrieval in both open- and cased- hole wells. The thru-tubing (TT) VACS enables the removal of sands in completions and small liners, removing unmatched quantities of sand to surface in a single trip. Improvements in the VACS G2 system include significant changes to reduce rig handling procedures. Each module can be manipulated by standard rig elevators. These simplified handling processes eliminate many potential operational, safety, and environmental risks. And the modular design reduces nonproductive time (NPT) by eliminating special rigging requirements. Modules can easily be added for increased debris recovery, giving you the flexibility to use a single solution across a broad range of applications. The new VACS G2 system is ideal for deepwater applications where minimizing NPT and improving operational reliability is essential to profitability, and also in applications that demand efficiency and cost controls. Contact your local representative from Baker Hughes, a GE company, today to learn more about how VACS technology can help you perform reliable, cost-efficient cleanouts. Applications Vertical, deviated, and horizontal wells Shallow or deep wells Deepwater and HP/HT environments Wells with partial or total lost circulation Wells with poor debris carrying fluids and weak formations Benefits Reduces HSE risks Reduces NPT by eliminating special rigging requirements Adapts to an unmatched range of debris removal volumes and applications Reduces the likelihood of plugging Increases efficiency of debris separation Delivers superior debris volume recovery in a single trip VACS G2, VACS FLO, and TT VACS Systems Get unmatched debris collection per trip with a modular design bhge.com

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Page 1: VACS Well Cleaning System - Baker Hughes, a GE …including post-perforating runs, sump packer cleaning, packer and bridge plug retrieval, and junk retrieval in both open- and cased-hole

Our vectored annular cleaning system (VACS™) G2 technology captures debris downhole and transports it to the surface, delivering clean wellbores for trouble-free operations. Built on field-proven VACS technology that has gained a solid reputation over more than a decade, this new modular design offers enhanced performance and ease of handling, saving time and lowering risk, particularly in deepwater applications.

As fluid flows through the jet nozzles, the VACS G2 system and VACS FLO jet engine produce increased suction pressure at the base of the tool, capturing fines, coarse debris, and junk in the tool basket. The VACS G2 system and FLO engine have been optimized to provide increased reliability and performance during a variety of operations, including post-perforating runs, sump packer cleaning, packer and bridge plug retrieval, and junk retrieval in both open- and cased-hole wells.

The thru-tubing (TT) VACS enables the removal of sands in completions and small liners, removing unmatched quantities of sand to surface in a single trip.

Improvements in the VACS G2 system include significant changes to reduce rig handling procedures. Each module can be manipulated by standard rig elevators. These simplified handling processes eliminate many potential operational, safety, and environmental risks. And the modular design reduces nonproductive time (NPT) by eliminating special rigging requirements. Modules can easily be added for increased debris recovery, giving you the flexibility to use a single solution across a broad range of applications.

The new VACS G2 system is ideal for deepwater applications where minimizing NPT and improving operational reliability is essential to profitability, and also in applications that demand efficiency and cost controls.

Contact your local representative from Baker Hughes, a GE company, today to learn more about how VACS technology can help you perform reliable, cost-efficient cleanouts.

Applications

• Vertical, deviated, and horizontal wells

• Shallow or deep wells • Deepwater and HP/HT

environments • Wells with partial or total

lost circulation • Wells with poor debris carrying

fluids and weak formations

Benefits

• Reduces HSE risks • Reduces NPT by eliminating

special rigging requirements • Adapts to an unmatched range

of debris removal volumes and applications

• Reduces the likelihood of plugging

• Increases efficiency of debris separation

• Delivers superior debris volume recovery in a single trip

VACS G2, VACS FLO, and TT VACS SystemsGet unmatched debris collection per trip with a modular design

bhge.com

Page 2: VACS Well Cleaning System - Baker Hughes, a GE …including post-perforating runs, sump packer cleaning, packer and bridge plug retrieval, and junk retrieval in both open- and cased-hole

VACS G2 system

The VACS G2 system and the VACS FLO jet engine can be configured with a debris retainer and multiple accessories (examples A–G) as shown on the left. The TT VACS system can be also be configured with multiple through-tubing accessories (examples H–J).

Tool Size OD

Wash Pipe Connection

in. in. mm

2.88 2.922 74.22 2.375 PH62.38 PAC

2.38 PH6

3.75 3.75 95.3 3.75 TSWP 2.38 reg.

3.75 WPHYD 2.88 PAC

4.00 4.00 101.6 4.00 WPHYD

5.005.36 136.1 5.00 XLINE

NC-385.50 139.7 5.50 WPHYD

7.63 8.01 203.5 7.63 XLINE NC-50

9.63 10.10 256.5 9.63 XLINE 6.63 reg.

Example accesories

a. Snorkel

b. Finger catcher sub

c. Overshot for straight pick-up only

d. Overshot with hollow mill insert

e. Washover shoe

f. Packer milling shoe

g. Bridge plug or packer retrieving tool

h. TT finger catcher sub

i. TT washover shoe

j. Tube with entry guide

VACS G2 VACS FLO G2Jet engine and filter1

TT VACS VACS junk basket

Debris retainer2

Accessories3

a b c d e f g h ji

Copyright 2017 Baker Hughes, a GE company, LLC (“BHGE”). All rights reserved.

The information contained in this document is company confidential and proprietary property of BHGE and its affiliates. It is to be used only for the benefit of BHGE and may not be distributed, transmitted, reproduced, altered, or used for any purpose without the express written consent of BHGE.

Baker Hughes reserves the right to make changes in specifications and features shown herein, or discontinue the product described at any time without notice or obligation. Contact your BHGE representative for the most current information. The Baker Hughes logo and VACS are trademarks of Baker Hughes, a GE company, LLC. GE and the GE Monogram are trademarks of the General Electric Company.

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bhge.com