Halliburton products

Increase run life and maximize production with Summit ESP® electric submersible pump systems.

Versatile horizontal surface pumping systems for efficient operation in varied conditions. Horizontal pumping systems (HPS) are an efficient alternative for surface pumping, delivering high performance with low maintenance. Summit ESP® pumps are modular with flexible designs from 800 BPD to 70,000 BPD (23 to 2,000 US gpm, 5 to 465 m³/hr).

Mining operations depend on reliable dewatering. You can depend on Summit ESP®  for our submersible borehole and surface pumps to control groundwater inflows. Our electric submersible pump (ESP) technology is field-proven to withstand thermal cycling, scaling, abrasion, and corrosion in the most challenging environments. Our horizontal pumping systems (HPS) also effectively dewater deep open pits, decline mines, and shaft underground mines.

Optimize ESP and HPS performance through adaptive speed control and power efficiency.Summit ESP® variable speed drives (VSD) adjust to changing well conditions to deliver optimal production. These drives operate with high efficiency in extreme environments. Electric submersible pump (ESP) systems, horizontal pumping systems (HPS), and permanent magnet motor (PMM) systems benefit from operation with our drives.

Achieving optimal drilling performance requires efficient conversion of mechanical energy into rock cutting and evacuation. The new Cerebro Force in-bit sensing technology provides direct, in-bit measurements of weight, torque, bending, vibration, and rotational speed. Built on the proven Cerebro^® in-bit vibration sensing platform, this new solution adds strain and pressure sensing to provide more accurate downhole measurements. Utilizing these measurements, along with the Design at the Customer Interface (DatCI) process, helps reduce or eliminate inefficiencies due to bit design, bottomhole assembly (BHA), and parameter selection.

360° view of operations for every well in real-time increases the return on investment of an electric submersible pump (ESP) system and the multimillion-dollar investment in the well’s production potential. Without the use of a monitoring system, optimizing an ESP can require extensive labor and onsite field service.