BluePack RH-MP Retrievable Hydraulic-Set, Multiport Packer | SLB

BluePack RH-MP

Retrievable hydraulic-set, multiport production packer

3D render of BluePack Max RH high-pressure retrievable hydraulic-set production packer
Rated to 5,000 psi [34.5 MPa]
Rated up to 350 degF [177 degC]
Validated to ISO 14310 and API Spec 11D1 V3

Minimize costs with economical multiport packers

The BluePack RH-MP retrievable hydraulic-set, multiport production packer is a feedthrough packer for use in intelligent completions or any other type of completion where control lines are needed.

Simple setting and retrieval options reduce rig time and cost, and designing with the sealing element above the slips reduces risks that debris will hinder retrieval.

Set at the factory to a standard value, the packer’s shear-release mechanism can be adjusted in the field before installation.

bluepack rh mp multiport production packer
The BluePack RH-MP packer is a cost-effective choice for wells with multiple feedthroughs to control intelligent completions or other downhole systems.

Feedthrough options for most applications

The solid one-piece mandrel of the BluePack RH-MP packer can be delivered in several configurations that will suit most application requirements for feedthrough size and quantity.

The absence of mandrel movement allows the installation of multiple units at the same time, without interference.

bluepack rh-mp ports
Feedthroughs can be configured as shown above or in other arrangements and quantities to suit most application requirements.
Naming convention for BluePack family of packers

A simplified naming convention tells you what you need at a glance

The modular architecture of our BluePack packer family simplifies engineering designs across the entire family.

You can select the packer that’s best suited for your well environment while configuring certain components and subassemblies of the packer based on the specific needs or challenges of the well. For example, you might customize the elastomer based on the chemical properties of the fluids that will be in the well.

This standardization not only improves lead times and costs, it also improves operations by ensuring that employees are trained on a standardized deployment methodology.