Baker Hughes

Corporate brand

A legal-entity subsidiary associated with Baker Hughes Company, whose wider business provides energy technology, oilfield services, industrial equipment, and lower-carbon energy solutions.

Last updated October 13, 2026

AI crawler reads

No AI crawler has read this profile since Oct 28, 2026.

Overview

Baker Hughes is a United States-based global energy technology company whose businesses span oilfield services, oil and gas equipment, industrial systems, and technologies associated with the energy transition. The company is co-headquartered in Houston, Texas, and London, and operates in more than 120 countries. Its customers include oil and gas producers, drilling contractors, pipeline operators, power companies, industrial manufacturers, and developers of emerging energy projects. The company’s heritage combines two major American oilfield-tool lineages. Hughes Tool Company was established around the drilling-bit innovations of Howard R. Hughes Sr. and Walter Benona Sharp. Their early dual-cone rotary bit, patented in 1909, helped make rotary drilling practical in harder and deeper formations. Hughes later developed the tricone bit and a broader portfolio of drilling technologies. Baker Oil Tool Company grew from Reuben C. Baker’s patented casing shoe, granted in 1907, and became a significant supplier of completion, cementing, fishing, and production equipment. Baker International and Hughes Tool Company merged in 1987, creating Baker Hughes Incorporated during a period of severe pressure in the oil industry. The combined company expanded through acquisitions in drilling, directional drilling, measurement while drilling, completion systems, drilling fluids, artificial lift, chemicals, pressure control, and production services. Important acquired or inherited businesses have included Eastman Christensen, Teleco, INTEQ, BJ Services assets, and Bently Nevada. Today, Baker Hughes organizes its activities principally into Oilfield Services and Equipment and Industrial and Energy Technology. The first segment provides drilling, evaluation, completion, production, intervention, subsea, flexible-pipe, and related services for petroleum and geothermal applications. The second supplies turbomachinery, compression, power-generation, mechanical-drive, measurement, condition-monitoring, and industrial asset-management systems. It also develops technologies for hydrogen, carbon capture, utilization and storage, emissions management, geothermal energy, and other lower-carbon applications. Baker Hughes remains closely associated with conventional oilfield technology, but its current positioning is broader than that of a traditional oilfield-service contractor. The company presents itself as an energy technology provider capable of serving both the existing hydrocarbon economy and the gradual transformation of industrial energy systems. Its competitive environment includes Schlumberger, Halliburton, NOV, Weatherford, Siemens Energy, and other specialized equipment and services companies.

History

Baker Hughes traces its origins to the early development of rotary drilling and well-completion technology in the United States. In 1907, Reuben C. Baker received a patent for a casing shoe that improved the running and cementing of casing. Baker later established Baker Casing Shoe Company, which changed its name to Baker Oil Tools in 1928 as its portfolio expanded into completion, cementing, and fishing equipment. The other principal lineage began with Howard R. Hughes Sr. and Walter Benona Sharp. Their dual-cone rotary bit was tested in Texas in 1908 and patented in 1909. Sharp-Hughes Tool Company was formed in 1909 and became Hughes Tool Company in 1915. The business introduced the tricone bit in 1933 and continued to expand its drilling-bit research, manufacturing, and international operations. Hughes Tool also acquired Brown Oil Tools in 1978 and Oil Base Incorporated in 1979, extending its activities into completion equipment and drilling fluids. Baker Oil Tools developed through internal innovation and acquisitions. Its products included packers, liner hangers, cementing systems, fishing tools, artificial-lift equipment, and completion systems. The company acquired Milchem in 1971, Exploration Logging Company in 1972, and Reed Tool Company in 1975. Baker International was formed in 1976. During the following decade, the company added directional-drilling, drilling-fluid, and completion capabilities, including the Milpark drilling-fluids business. In 1987, Baker International merged with Hughes Tool Company in a stock transaction valued at approximately $728 million, forming Baker Hughes Incorporated. Regulatory approval required divestitures, including Reed Tool Company, a Singapore facility, and Baker Lift. The new company subsequently pursued a broad acquisition strategy. It acquired Eastman Christensen in 1990, adding directional drilling, diamond-bit, and downhole-motor technology, and acquired Teleco Oilfield Services in 1992, strengthening measurement-while-drilling capabilities. Baker Hughes later combined several oilfield divisions under Baker Hughes INTEQ. The company continued to build its chemicals, completion, production, and industrial-technology businesses. Its history includes acquisitions and combinations involving Petrolite, Western Atlas, BJ Services assets, and other oilfield-service operations. The company also developed or retained industrial technology businesses such as Bently Nevada, whose monitoring and diagnostics systems serve rotating machinery and other critical assets. A major modern transformation followed General Electric’s combination of its oil and gas business with Baker Hughes in 2017. The resulting business was known as Baker Hughes, a GE company, commonly abbreviated BHGE. Baker Hughes subsequently became an independent public company again through GE’s divestment of its remaining interest, and the company adopted the Baker Hughes Company identity. The modern organization combines Oilfield Services and Equipment with Industrial and Energy Technology. Baker Hughes has increasingly emphasized technologies intended to reduce emissions or support alternatives to conventional hydrocarbons. These include carbon capture, hydrogen production and infrastructure, geothermal systems, methane and other emissions management, digital asset monitoring, and equipment that improves the efficiency of industrial energy systems. Its present identity therefore reflects both its long oilfield heritage and an effort to participate in a broader energy-technology market.

2021
Carbon-capture collaboration with Borg CO2
[1]Baker Hughesen.wikipedia.org
Baker Hughes signed a memorandum of understanding to develop carbon-capture and carbon-transport technologies for a Norwegian waste-to-energy project.
2019
Long-term emissions pledge
[1]Baker Hughesen.wikipedia.org
The company announced targets to cut operational carbon-equivalent emissions against a 2012 baseline.
2017
Combination with GE Oil & Gas
[1]Baker Hughesen.wikipedia.org
General Electric combined its oil and gas business with Baker Hughes, creating Baker Hughes, a GE company.
2007
FCPA case resolved
[1]Baker Hughesen.wikipedia.org
Baker Hughes pleaded guilty to Foreign Corrupt Practices Act violations and agreed to pay fines and penalties.
1992
Teleco Oilfield Services acquired
[1]Baker Hughesen.wikipedia.org
Baker Hughes acquired Teleco, strengthening its measurement-while-drilling and directional-drilling capabilities.
1990
Eastman Christensen acquired
[1]Baker Hughesen.wikipedia.org
The acquisition added directional drilling, diamond-bit, downhole-motor, and related drilling technologies.
1987
Merger creates Baker Hughes Incorporated
[1]Baker Hughesen.wikipedia.org
Baker International merged with Hughes Tool Company in a stock transaction reported at approximately $728 million.
1976
Baker International established
[1]Baker Hughesen.wikipedia.org
Baker Oil Tools became Baker International Corporation as the business consolidated its operations and expanded its oilfield-services scope.
1933
Tricone drill bit introduced
[1]Baker Hughesen.wikipedia.org
Hughes Tool Company introduced the tricone bit, a major development in rotary drilling technology.
1928
Baker Oil Tools name adopted
[1]Baker Hughesen.wikipedia.org
Baker Casing Shoe Company changed its name to Baker Oil Tools to reflect its broader completion and well-equipment portfolio.
1909
Sharp-Hughes Tool Company formed
[1]Baker Hughesen.wikipedia.org
Howard R. Hughes Sr. and Walter Benona Sharp established the company that became Hughes Tool Company after developing a dual-cone rotary drill bit.
1907
Baker casing-shoe patent
[1]Baker Hughesen.wikipedia.org
Reuben C. Baker received a United States patent for a casing shoe that improved casing and cementing operations in oil wells.
Corporate association with Baker Hughes Company
[3]https://www.bakerhughes.com/bakerhughes.com
Baker Hughes Holdings LLC is identified in the supplied dossier as a subsidiary associated with Baker Hughes Company. The available material does not provide a date for its formation or a detailed description of its legal role.

Products and positioning

A technology-led global energy supplier combining oilfield services and equipment with industrial systems and energy-transition technologies. Energy technology provider focused on safer, cleaner, and more efficient energy and industrial operations.

Oilfield services and equipment
Drilling and directional-drilling systems
This portfolio includes drill bits, downhole motors, rotary steerable systems, directional-drilling services, and measurement-while-drilling technologies. Products inherited from Hughes Christensen, Eastman Christensen, and Teleco support well placement, formation access, drilling efficiency, and control of complex well trajectories.
Well completion · 1978
Completion and liner-hanger systems
Baker Hughes supplies packers, liner hangers, casing systems, multilateral completion tools, expandable technologies, and related services used to complete wells and manage production zones. Its historical product development includes the Bakerline liner hanger, FlexLock systems, and ZXP liner-top packer.
Subsea equipment
Subsea production systems
Subsea offerings support offshore field development and include subsea production equipment, controls, intervention capabilities, and related engineering and services. The systems are designed to connect subsea wells and reservoirs with surface processing and transportation infrastructure.
Production equipment
Artificial-lift systems
Artificial-lift technologies help operators bring hydrocarbons to the surface when reservoir pressure is insufficient for natural flow. The business includes pumping and production equipment, monitoring, and associated field services.
Industrial asset management
Bently Nevada
Bently Nevada provides condition monitoring, machinery protection, diagnostics, and asset-performance technologies for rotating equipment and other industrial assets. Its systems are used to improve reliability, maintenance planning, and operational visibility.
Industrial and energy technology
Turbomachinery and compression equipment
Baker Hughes supplies compressors, gas turbines, mechanical-drive equipment, power-generation systems, and related services for energy and industrial facilities. These technologies support gas processing, liquefied natural gas, pipeline, power, and other large-scale applications.
Energy-transition technology
Carbon-capture and emissions-management technologies
The company develops equipment and services intended to capture, process, monitor, and manage industrial emissions. Applications include carbon capture, liquefaction and transport, methane management, and carbon capture, utilization and storage projects.
Oilfield services
Oilfield services and equipment
The wider Baker Hughes organization provides technologies and services used in drilling, well construction, completion, production, evaluation, and intervention. These offerings support operators across the life cycle of oil and gas wells. The available source does not establish that Baker Hughes Holdings LLC itself sells or manufactures any particular oilfield product.
Energy equipment
Turbomachinery and gas technology
Baker Hughes's broader portfolio includes equipment and services for gas processing, compression, power generation, LNG, and other energy infrastructure. Turbomachinery and related process systems are intended to improve reliability, efficiency, and performance in large industrial installations. No entity-specific product assignment to Baker Hughes Holdings LLC is confirmed in the supplied references.
Industrial software and services
Industrial digital solutions
The Baker Hughes group offers digital and asset-performance technologies intended to help industrial operators monitor equipment, manage maintenance, improve uptime, and use operational data more effectively. These solutions complement the group's physical equipment and field services. Public material supplied for this dossier does not identify a separate digital offering owned by the LLC.
Lower-carbon energy technology
Energy-transition technologies
The parent group presents technologies related to carbon management, hydrogen, geothermal energy, and other lower-carbon applications. The objective is to help energy and industrial customers reduce emissions while maintaining dependable operations. These activities are described at Baker Hughes group level rather than as a confirmed standalone portfolio of Baker Hughes Holdings LLC.

Controversies

2007
Foreign Corrupt Practices Act violations
Baker Hughes pleaded guilty in United States federal court to violations of the Foreign Corrupt Practices Act relating to approximately $4.1 million in commission payments made between 2001 and 2003. The payments were connected to an oil-services contract in Kazakhstan, and the company agreed to pay $44.1 million in fines and penalties.
Source

2021
Pursue carbon-capture project with Borg CO2Strategy
Background
Waste-to-energy facilities can generate concentrated carbon emissions suitable for capture and subsequent transport or storage.
Action taken
Baker Hughes signed a memorandum of understanding with Borg CO2 to explore carbon-capture, liquefaction, and transportation technologies for a facility in Sarpsborg, Norway.
Aftermath
The agreement demonstrated Baker Hughes’s effort to apply its process and energy technology capabilities beyond conventional oilfield services.
Source
2019
Adopt long-term emissions targetsStrategy
Background
Growing pressure to reduce industrial greenhouse-gas emissions led the company to set operational emissions goals and expand its energy-transition technology focus.
Action taken
Baker Hughes pledged to reduce carbon-dioxide-equivalent emissions by 50 percent by 2030 and by 100 percent by 2050 from a 2012 baseline.
Aftermath
The pledge reinforced the company’s positioning as an energy technology provider serving both conventional energy and lower-carbon applications.
Source
2017
Combine with General Electric Oil & GasM&A
Background
General Electric sought to combine its oil and gas operations with Baker Hughes to create a broader provider of oilfield services, equipment, and industrial energy technology.
Action taken
The companies completed a combination that operated under the Baker Hughes, a GE company identity.
Aftermath
The business later became independent again after GE divested its remaining interest, returning to the Baker Hughes Company identity.
Source
1987
Merge Baker International with Hughes Tool CompanyM&A
Background
The oil-industry downturn and the strategic overlap between the two companies created a rationale for combining major drilling, completion, and oilfield-service businesses.
Action taken
Baker International and Hughes Tool Company completed a stock merger to form Baker Hughes Incorporated, subject to regulatory divestitures.
Aftermath
The merger created a larger integrated oilfield-technology company and established the corporate platform from which Baker Hughes expanded internationally and through further acquisitions.
Transaction value. Approximately $728 million (1987)
Source

Recent events

2021
Baker Hughes and Borg CO2 sign carbon-capture memorandum[1]Baker Hughesen.wikipedia.org
Other
The companies agreed to explore carbon-capture, liquefaction, and transportation technologies for a waste-to-energy facility in Sarpsborg, Norway.
2019
Baker Hughes announces emissions-reduction pledge[1]Baker Hughesen.wikipedia.org
Regulation
The company pledged to reduce carbon-dioxide-equivalent emissions by 50 percent by 2030 and by 100 percent by 2050, measured against a 2012 baseline.
2012
Norwegian strike threat is resolved through a collective agreement[1]Baker Hughesen.wikipedia.org
Other
A threatened strike involving 114 Baker Hughes employees in Norway was called off after labor parties reached a new collective agreement.

Sources16 sources

Cite this profile: Cite the canonical profile. /brand-wiki/baker-hughes · Editorial policy · How profiles are compiled