Multilateral Systems

Multilateral SystemsHalliburton integrated reservoir management solutions provide customizable multilateral systems that can:

  • Increase reservoir exposure and drainage volume
  • Manage pressure drawdown and optimize lateral production rates
  • Reduce CAPEX  enabling more wells per surface slot
  • Add branches and production to existing wells in mature fields
  • Minimize environmental impact and surface footprint
  • Increase recovery and economic viability of marginal reserves

Halliburton’s unsurpassed expertise in delivering innovative multilateral technology meets the challenge of improving production, increasing the longevity of a field while reducing the customer's cost base to deliver greater profitability and a higher return on investment.

FlexRite® Multibranch Inflow Control (MIC) System (TAML Level 5)
The FlexRite® Multibranch Inflow Control (MIC) system is the newest variant of the award-winning FlexRite isolated tie-back system, allowing a multilateral well to be completed with sand screens, swellable packers, Inflow Control Devices (ICDs) and Interval Control Valves (ICVs) to help maximize production from each multilateral leg.
FlexRite® Isolated Tie-Back Multilateral System (TAML Level 5)
The FlexRite system offers through-tubing intervention and lateral re-entry with separate workover capabilities.
IsoRite® Isolated Multilateral Completion System
The IsoRite® system provides a completion window system equipped with landing profiles and seal bores that enable setting of deflectors for lateral access or isolation sleeves for lateral control.
FloRite® Multi-String Multilateral Completion System (TAML Level 5)
The FloRite® system is specifically designed for wells that require full junction pressure isolation while allowing re-entry capability to access the laterals through the completion.

Multilateral Systems

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Summary Summary FlexRite® System Installation Sequence Sign in required
The FlexRite system is designed to create a level 5 junction for multilateral wells that require hydraulic pressure integrity at the junction using completion equipment.
Summary Summary Latch Coupling Sign in required
The latch coupling is the heart of Halliburton services’ advanced reservoir drainage multilateral systems.
Summary Summary LatchRite® Pre-milled Window Multilateral System Sign in required
The LatchRite system is designed to create a level 4 junction for multilateral wells that require full-gauge access to the lateral bore and hydraulic pressure integrity at the junction using cement.
Summary Summary LRW™ Lateral Re-entry Whipstock Sign in required
The LRW™ lateral re-entry whipstock provides drillstring intervention into the lateral bore for workover operations.
Summary Summary ReFlexRite® Milled Exit Isolated Tie-Back Multilateral System Sign in required
The award-winning ReFlexRite® system from Halliburton is a re-entry multilateral solution that enables additional lateral branches to be added to existing wells where no preparations were originally made to accommodate a multilateral junction.
Summary Summary LRW-SL™ Self-Locating Lateral Re-entry Whipstock Sign in required
The LRW-SL provides drillstring intervention into the lateral bore for workover operations. This self-locating whipstock can be used in any conventionally milled multilateral junction with no depth or orientation reference.
Summary Summary FloRite® Multi-string Multilateral Completion System Sign in required
The FloRite completion system is specifically designed for multilateral wells that require complete junction pressure isolation.
Summary Summary TEW Tubing Exit Whipstock Sign in required
The TEW™ tubing exit whipstock is part of the advanced reservoir drainage solutions from Halliburton Multilateral services. It is designed to enable non-rig intervention into the lateral bore for workover operations.
Summary Summary LatchRite® pre-milled window multilateral system reduces installation time and saves operator an estimated US$2.5 million Sign in required
A customer operating on a rigsite approximately 250 km from the Halliburton base in Nizhnevartovsk, Russia, sought to optimally produce an unconventional well by maximizing reservoir exposure after hydraulic fracturing operations had taken place in both the lateral and mainbore.
Summary Summary MillRite® Milled Exit Multilateral System
Create consistent, repeatable, and geometrically controlled exit windows that save time and eliminate costly “roll-off” problems common with conventional milling systems
Summary Summary Critical Well Reviews
Not all wells are equal
Summary Summary FlexRite® Multilateral Completion System
The industry's most robust and most versatile TAML Level 5 multilateral completion system
Summary Summary Distinctive Service Quality
Halliburton Completion Tools Distinctive Service Quality
Summary Summary Completion Tools Overview
A Solutions Overview From the Global Leader in Completions
Summary Summary Advanced Completion Solutions
Integrated production and reservoir management system
Summary Summary Halliburton sets world record in challenging multilateral application
Engineering capability further differentiates company for growing markets
Summary Summary The American Oil & Gas Reporter: Multilaterals Hold Promise For Shales
American Oil and Gas Reporter Article, July 2017
Summary Summary Unlocking Production with Multilateral Wells - Harts E&P August 2018
Summary Summary The American Oil & Gas Reporter: Multilateral Architectures Hold Major Potential In Resource Plays
HOUSTON—Multilateral technology has significant potential for improving efficiencies, lowering development costs and optimizing production and recovery rates in tight oil and shale gas plays.
Summary Summary Completion design must advance to improve access to Lower Tertiary
Service providers working on next generation of multi-zone systems
Summary Summary LocRite® Multilateral Completion System
The LocRite completion system is specifically designed for existing multilateral wells that require re-entry capability to access the laterals through the completion during the life of the well.
Summary Summary MillRite® JI Milled Exit Multilateral System with Junction Isolation
The MillRite® JI system is part of the SperryRite® advanced reservoir drainage solutions from Sperry Drilling services. It is a combined multilateral drilling and completion system capable of constructing a high quality junction and also providing the required pressure isolation for selective stimulation.
Summary Summary Multilateral Technology
Through industry-leading multilateral technology, Halliburton has become the world’s leading provider of innovative and flexible multilateral systems.
Summary Summary Norway: Two Production Wells in Different Pressured Reservoirs Receive High-Pressure Water Injection from One Multilateral Well
StatoilHydro required a TAML level 5 multilateral junction constructed from a subsea platform with the ability to accommodate high injection pressure and possible large pressure differences between the two lateral branches in two different reservoirs.
Summary Summary Integrated Solution More Than Doubles Reservoir Contact
Halliburton Multilateral Services and Intelligent Completions Optimizes Oil Production Offshore Saudi Arabia
Summary Summary First successful installation of parking sub and fluid loss isolation barrier valve in multilateral well
Apache Energy had a subsea multilateral field development off Northwest Australia that required a sand control screen as part of their lower completion in order to control sand production from the targeted reservoirs.
Summary Summary Australia: FlexRite® Multilateral System Delivers Increased Reservoir Exposure with Reduced Capital and Operational Expenditures
Apache Energy Ltd. in Western Australia wanted to increase reservoir exposure in an environmentally sensitive field while keeping the development footprint and disturbance to the seabed minimal.
Summary Summary Australia: New Multilateral Window Exit Technology from Halliburton Reduces Installation Time and Helps Operator Save an Estimated $3.3 Million
An operator developing a deepwater field off the Australian NW Shelf required a minimal subsea infrastructure with tight lateral spacing in an environmentally sensitive area.
Summary Summary XtremeGrip MLT System
Integrated expandable liner hanger for multilateral applications.
Summary Summary IsoRite® Isolated Multilateral Completion System
The IsoRite completion system is specifically designed for multilateral wells that require re-entry capability to access the lateral(s) through the completion during the life of the well.
Summary Summary LRW™ Lateral Re-entry Whipstock
This tool allows re-entry to the lateral for clean up, stimulation or data acquisition.
Summary Summary LRW-SL™ Self-Locating Lateral Re-entry Whipstock
A self-locating key on the LRW-SL whipstock allows installation in a conventionally milled window junction on jointed pipe.
Summary Summary Multilateral Workover Tools
Multilateral workover tools are used in casing re-entry or through-tubing re-entry applications. They aredesigned specifically to allow access into the laterals or lower mainbore to perform workover operations.The installation methods range from jointed pipe, coil tubing, or wireline.
Summary Summary ReFlexRite® Milled Exit Isolated Tie-Back Multilateral System (TAML Level 5)
The multilateral system has applications in both new and existing wells. The window exit is constructed with the MillRite system and the junction is completed with the FlexRite system.
Summary Summary MillRite® Milled Exit Multilateral System (TAML Level 2 or 4)
The MillRite® junction is constructed using a track-guided milling system creating a consistent, geometrically controlled window to create a high-strength TAML Level 4 junction.
Summary Summary Multilateral Milled Exit Systems
Halliburton offers junction construction systems where all lateral exits are geometrically milled downhole. Our multilateral milled exit systems can be used in both new and re-entry well applications, and all include innovative designs to ensure maximum payouts from lateral construction.
Summary Summary ExitRite® Conventional Milling System
The single-trip casing milling system creates an economical TAML Level 2 multilateral junction and can be run on a standard mechanical anchor or with Sperry’s patented Latch Coupling technology.
Summary Summary FlexRite® Multibranch Inflow Control (MIC) System (TAML Level 5)
The FlexRite® Multibranch Inflow Control (MIC) system is the newest variant of the award-winning FlexRite isolated tie-back system, allowing a multilateral well to be completed with sand screens, swellable packers, Inflow Control Devices (ICDs) and Interval Control Valves (ICVs) to help maximize production from each multilateral leg.
Summary Summary Multilateral Pre-Milled Window Systems
Used in new well applications, these junction construction systems incorporate a pre-milled window jointand an orienting Latch Coupling. The Latch Coupling is the primary index providing precise depthcontrol and azimuthal orientation to ensure guaranteed, repeatable re-entry of the lateral. No downholemilling is necessary to create the lateral exit, resulting in easy window opening and no steel debris. Costlymilling and clean-out trips are eliminated.
Summary Summary FlexRite® Isolated Tie-Back Multilateral System (TAML Level 5)
The FlexRite system offers through-tubing intervention and lateral re-entry with separate workover capabilities.
Summary Summary TEW™ Tubing Exit Whipstock
Eliminates the need to pull the completion tubing to access laterals and allows workover tools run on coiled tubing or wireline to enter the laterals.
Summary Summary LatchRite® Pre-Milled Window Multilateral System (TAML Level 2 or 4)
The LatchRite® junction construction system provides a high-strength TAML Level 4 junction with sand control and full gauge access to the lateral and lower mainbore.
Summary Summary Multilateral Systems
Halliburton multilateral systems can help enhance reservoir management and increase production capability with reductions in overall development costs.
Summary Summary Multilateral Completion Systems
Multilateral applications pose a distinct set of production challenges - and Halliburton offers specially designed completion systems that allow re-entry access into laterals and lower mainbore, along with isolation and flow control of laterals and lower main zones.
Summary Summary IsoRite® Isolated Multilateral Completion System
The IsoRite® system provides a completion window system equipped with landing profiles and seal bores that enable setting of deflectors for lateral access or isolation sleeves for lateral control.
Summary Summary Advanced Completions
The Advanced Completions holistic platform leverages Halliburton’s core completion strengths to drive a step change in efficiency for our customers.
Summary Summary Advanced Completions Webinar
Advanced Completions Webinar
Summary Summary FloRite® Multi-String Multilateral Completion System (TAML Level 5)
The FloRite® system is specifically designed for wells that require full junction pressure isolation while allowing re-entry capability to access the laterals through the completion.
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FlexRite® Multibranch Inflow Control (MIC) System
The FlexRite® multibranch inflow control system helps provide significant additional reservoir exposure to greatly improving field economics.
Webinar October, 31st 7:00 AM CST

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