Baker Hughes
Explore our Regions
Challenges > Sand Control > Reservoir Enhancement

Reservoir Enhancement

Enhance reservoir recovery by preventing sand control problems

Baker Hughes EQUALIZER™ inflow control device and other sand control screens offer maximum sand exclusion while delaying gas or water coning for enhanced reservoir recovery. Stimulation services—such as fluids and pumping—improve production or water injection rates, decrease drawdown, and eliminate sand problems.

Synergy

Our sand control systems extend wellbore life up to eight times that of a standard conventional screen. In wells with severe doglegs or high deviation exits, or wells exhibiting extremely tortuous well paths, our systems offer built-in protection proven to survive the harshest conditions.

Our stimulation vessels offer, as-needed, gravel-packing and acid stimulation pumping services with multiple well completions in a single trip. And Baker Hughes ConFINE™ fines migration control additive extends well life. You can capture fines away from the near wellbore area to prevent plugging, erosion, and clogging of surface facilities.

  • EQUALIZER Sand and Inflow Control Technology

    EQUALIZER Sand and Inflow Control Technology

    EQUALIZER™ flow regulation offers equalized inflow along the entire length of long horizontal oil wells in sand control and nonsand-control environments.

  • Sand Control Screen Systems

    Sand Control Screen Systems

    The industry’s most sand control experience and a broad array of the highest-performance sand control screens extend well life and reduce intervention cost.

  • Fluid Pumping Services

    Sand Control Pumping Services

    Frac-fluid development, stimulation vessels, and skid-mounted pumping and blending equipment ensure cost-effective solutions for demanding fracture and stimulation treatments.

  • Tubing-Conveyed Perforating

    Tubing-Conveyed Perforating

    Baker Hughes’ tubing-conveyed perforating (TCP) offers flexibility in completions design to achieve maximum production and operating efficiency.

Related Information

Copyright 2012 Baker Hughes Incorporated Terms & Conditions Privacy Policy

Found a technical problem? Please report it to make our website better!