Multilateral Well Completion Systems for New Wells and Retrofit | Schlumberger
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RAPID Multilateral Systems

Increase production by expanding reservoir exposure

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RapidXtreme
TAML 3, 4, or 5 large-bore multilateral junction
Maximize performance with a reliable, modular large-bore junction.
RapidX
TAML 5 high-strength, hydraulic-sealed multilateral junction
Isolate up to 2,500 psi at the junction, and combine simple installation with flexibility.
SLIC
Selective lateral intervention completion system
Enable rigless through-tubing intervention in multilateral wells.
RapidAccess
TAML 2 self-orienting multilateral junction
Prepare selective access and multiple kickoff points for current and future sidetracks and multilateral wellbores.

Add laterals to increase reserves with minimal investment

RAPID multilateral systems enable you to consistently and repeatedly add laterals to increase reserves while minimizing investment.

Laterals can be planned as part of a greenfield development strategy from the outset to reduce total well count or to overcome the challenges of developing a complex field with horizontal extended-reach multilateral wells. They can also be added later during reentry as retrofit multilaterals to maintain production from the original well while targeting a nearby reservoir resource or to target and produce from accretive reserves while reducing surface or subsea infrastructure cost, lead time, and complexity.

Multilaterals

Whether you're developing a reservoir on land or offshore, Schlumberger has the technology you need to optimize your field development costs. Onshore, for example, surface constraints for conventional or unconventional fields can be eliminated. Offshore, on fixed or floating platforms with dry trees, slot limitations and near-platform collision avoidance challenges are reduced or eliminated because you can select the optimal well—whether producing or not—for interception of the primary reservoir target to produce. This value is also seen for offshore subsea developments, in addition to the elimination of procuring and installing the associated subsea infrastructure.

Vår Energi Saves Millions with Industry’s First Subsea Retrofit Multilateral Wells
Without adding additional infrastructure, RapidX junctions deliver access to up to 8,000,000 bbl of oil from subsea reservoirs with minimal CO2 emissions impact.
READ CASE STUDY
TAML 2
Cased and cemented main bore with an openhole lateral. An unsupported slotted liner or screen may be installed in the lateral.
TAML 3
Cased and cemented main bore with an openhole lateral. A slotted liner or screen is set in the lateral and anchored in the main bore, offering mechanical support of the junction.
TAML 4
Cased and cemented main bore and lateral. The cemented lateral provides mechanical support, but the cement does not provide pressure integrity for the junction.
TAML 5
Cased and cemented main bore and lateral. Pressure integrity across the junction is achieved through use of tubing and isolation packers.

Multilateral Junctions

TAML 2 TAML 3 TAML 4 TAML 5
7-in casing RapidAccess;
RapidMSS		 RapidTieBack
 RapidTieBack RapidX
9 5/8-in casing RapidAccess RapidXtreme RapidXtreme RapidXtreme;
RapidX
10 3/4-in casing None None None RapidX
Operator Saves More Than USD 1 Billion by Using Multilaterals
RapidX TAML Level 5 junctions connect 31 laterals to only 13 wellheads, maximizing reservoir contact while reducing opex and capex
Read case study

RAPID Multilateral Systems Offerings

SLIC
Selective lateral intervention completion system
Enable rigless through-tubing intervention (access or isolation) in multilateral wells.
RapidXtreme
TAML 3, 4, or 5 large-bore multilateral junction
Maximize performance with a junction rated to 10,000-psi differential pressure.
RapidMSS
TAML 2 trip-efficient, multistage stimulation multilateral junction
Save time on your completion by enabling fracturing in both the lateral bore and main bore in a single trip.
RapidAccess
TAML 2 self-orienting multilateral junction
Prepare selective access and multiple kickoff points for current and future sidetracks and multilateral wellbores.
RapidTieBack
TAML 3 or 4 conventional multilateral junction
Reduce costs with multilateral technology that is compatible with conventional completion options.
RapidX
TAML 5 high-strength, hydraulic-sealed multilateral junction
Isolate up to 2,500 psi [17.2 MPa] at the junction, and combine simple installation with flexibility.
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Case Study Vår Energi Saves Millions with Industry’s First Subsea Retrofit Multilateral Wells

RapidX junctions deliver access to subsea reservoirs and individual control without additional infrastructure.

Industry Article The Defining Series: Multilateral Wells

Innovative drilling and completion technologies that make construction of laterals less costly and less technically challenging.

Case Study Intelligent Completion System Boosts Oil Production by 41% in High-GOR Field

Integrated system maintains inflow balance across zones in each lateral to optimize hydrocarbon production for LUKOIL-Nizhnevolzhskneft, Caspian Sea.

Case Study Lukoil Saves USD 6.8 Million Using First Extended-Reach Intelligent TAML 5 Multilateral Well

Integrated technologies address numerous technical challenges in challenging oil rim environment in the Caspian Sea.
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Tech Paper New Generation Intelligent Completion System Integrates Downhole Control with Monitoring in Multilateral Wells

This paper describes the design, planning, implementation details and field trial testing of a new-generation integrated intelligent completion system in a trilateral well in a field in Saudi Arabia.

Case Study Operator Saves More Than USD 1 Billion in Field Development Costs by Using Multilaterals

RapidX TAML Level 5 junctions connect 31 laterals to only 13 wellheads, maximizing reservoir contact while reducing opex and capex.

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