Baker Hughes to supply subsea systems for Azule Energy in Angola

1 min read     Updated on 25 Jun 2026, 04:58 PM
scanx
Reviewed by
Suketu GScanX News Team
AI Summary

Baker Hughes has won an award from Azule Energy to supply subsea production systems for the Greater PAJ development in Angola. The contract includes deepwater horizontal tree systems, control modules, and associated equipment, with services provided from Baker Hughes' local facilities.

powered bylight_fuzz_icon
43932500

*this image is generated using AI for illustrative purposes only.

Baker Hughes, an energy technology company, announced a significant award from Azule Energy to provide subsea production systems for Angola's Greater PAJ development. The agreement aims to support safe and efficient operations in the ultra-deepwater, greenfield development, reinforcing Baker Hughes' offshore presence in Angola.

Under the terms of the agreement, Baker Hughes will supply its deepwater horizontal tree systems engineered to optimize production in remote, ultra-deepwater environments. The scope of supply also includes subsea control modules, intervention workover control systems, and associated connection, distribution, and topside equipment.

Baker Hughes will further provide integrated tooling and services to support installation, commissioning, and ongoing production performance. These services will be delivered from its facilities in Angola, leveraging the local supply chain to increase operational efficiencies.

Key Equipment and Services

The following table outlines the primary components and services included in the agreement:

Component/Service Description
Deepwater horizontal tree systems Engineered for reliable, optimized production in ultra-deepwater environments
Subsea control modules Essential for controlling subsea operations
Intervention workover control systems Facilitates maintenance and intervention activities
Connection, distribution, and topside equipment Supports infrastructure integration
Integrated tooling and services Aids installation, commissioning, and performance maintenance

The award expands Baker Hughes' offshore operations in Angola and strengthens its global position in the subsea tree market.

How will this award impact Baker Hughes' market share in the global subsea tree market?

What are the expected financial benefits for Baker Hughes from this long-term agreement?

Could this partnership lead to further collaborations between Baker Hughes and Azule Energy in other regions?

like20
dislike

Baker Hughes and Mantle Reach Power target 500MW geothermal capacity

1 min read     Updated on 24 Jun 2026, 05:03 PM
scanx
Reviewed by
Riya DScanX News Team
AI Summary

Baker Hughes and Mantle Reach Power have formed a strategic agreement to accelerate geothermal energy deployment across North America, targeting 500MW of capacity in five years. The partnership leverages Baker Hughes' subsurface technologies and EnCap's $47 billion investment platform to enhance project bankability and execution.

powered bylight_fuzz_icon
43845595

*this image is generated using AI for illustrative purposes only.

Baker Hughes and Mantle Reach Power, a dedicated geothermal development company backed by EnCap Energy Transition Fund III, announced a new commercial agreement to facilitate the economically viable, financially sustainable large-scale deployment of geothermal energy in North America. The collaboration targets the installation of up to 500 megawatts of power in the next five years, aiming to remove historical hurdles to scaling geothermal energy and meet the rising demand for clean, reliable baseload power driven by electrification and the growth of artificial intelligence and hyperscale computing.

Under the agreement, Baker Hughes will act as an integrated subsurface solution provider, utilizing its portfolio of subsurface technologies, surface power generation, and digital solutions. Mantle Reach Power will lead project development, ownership, and financing, leveraging the expertise of EnCap Investments, which has raised approximately $47 billion across 25 institutional funds. The partnership aims to optimize risk allocation and enhance pre-construction bankability, addressing a significant barrier to scaling geothermal energy.

The phased structure of the agreement integrates advanced technologies applicable to geothermal development, construction, and operation. By combining Baker Hughes’ subsurface and surface technologies with Mantle Reach Power’s development capabilities, the parties intend to dramatically accelerate project execution and deliver secure, renewable energy capacity at an industrial scale.

Strategic Objectives

The collaboration focuses on creating a repeatable, financeable model to deploy geothermal energy at speed and scale. Key objectives include:

  • De-risking project development through integrated subsurface and surface technologies.
  • Enhancing pre-construction bankability to attract private capital.
  • Delivering up to 500MW of installed capacity on competitive terms.

Key Stakeholder Perspectives

Lorenzo Simonelli, Chairman and CEO of Baker Hughes, emphasized the importance of geothermal as a clean power solution that enhances U.S. energy security and supports digital infrastructure. He highlighted the agreement as a commercial architecture that provides a repeatable model to meet global energy demands.

Tim Rebhorn, Managing Partner at EnCap Energy Transition, noted that the collaboration aligns development capital, project finance expertise, and world-class technology to address fundamental challenges preventing private capital participation in geothermal deployment.

Nick Karambelas, CEO of Mantle Reach Power, stated that integrating Baker Hughes’ expertise with Mantle Reach Power’s capabilities positions the company to commercialize geothermal assets at scale, providing the construction and operating certainty necessary to access conventional project financing.

How will the success of this 500 MW target influence future capital allocation strategies within the broader energy transition sector?

What specific regulatory or policy changes are required to support the rapid scaling of geothermal energy to meet AI-driven power demands?

Could this partnership model be replicated in other regions to address global energy security challenges?

like17
dislike

More News on Baker Hughes Co