Hunting Subsea Technologies Achieves Milestone with 100th Flow Access Module (FAM) Delivery to Beacon Offshore Energy
Hunting Subsea Technologies is proud to announce the successful delivery of its 100th Flow Access Module (FAM), marking a historic milestone in the company’s continued expansion and innovation in subsea engineering. Since its first FAM installation in the Gulf of Mexico (GOM) in 2016, Hunting Subsea Technologies has solidified its reputation as a global leader in subsea solutions, expanding its footprint into key offshore regions such as West Africa, Europe, and most recently, South America. This expansion underscores the strategic importance of FAM technology in optimizing subsea production operations worldwide.
The Evolution of FAM Technology and Its Global Impact
Hunting Subsea Technologies’ first FAM installation in the Gulf of Mexico laid the foundation for a technology that has now gained widespread adoption across multiple offshore basins. Over the years, the company has refined its approach to subsea intervention and flow assurance, positioning itself as a trusted partner for oil and gas operators seeking cost-effective and flexible subsea solutions. The recent expansion into South America represents a key growth area for the technology, reflecting the region’s increasing offshore development and the demand for modular, adaptable subsea solutions.
Beacon Offshore Energy: A Strategic Partnership
A significant part of Hunting Subsea Technologies’ success with FAM technology has been its partnership with Beacon Offshore Energy LLC. The company first delivered a FAM to Beacon in 2019, marking the beginning of a collaborative effort to enhance offshore production efficiency. Since then, Beacon has embraced the technology, placing orders for an additional 15 FAMs, with multiple deployments across their projects. Notably, FAMs have recently been installed in the Winterfell and Zephyrus fields, further demonstrating the value of this adaptable subsea technology.
The growing adoption of FAM technology by Beacon Offshore Energy underscores its role in addressing operational challenges and enhancing subsea production flexibility. By incorporating FAMs into their project execution strategy, Beacon has optimized its approach to subsea hardware installation, reducing project risk and ensuring efficient deployment of critical production technology.
The Role of Standardization in FAM Technology
One of the key advantages of FAM technology is its ability to standardize subsea hardware while maintaining the flexibility to integrate project-specific technological advancements. Traditionally, subsea developments have faced challenges related to long lead times and rigid infrastructure requirements. The introduction of FAMs has changed the landscape by enabling oil and gas operators to select standard, fast-track subsea hardware while ensuring that specialized technology can be added as needed.
This standardization approach is particularly beneficial in accelerating project timelines and optimizing economic outcomes. Operators can proceed with the installation of subsea trees (XTs) and jumpers while keeping options open for integrating specific flow measurement or intervention technologies at a later stage. This flexibility allows project teams to stay ahead of evolving operational requirements, mitigating risks associated with project delays and unforeseen technical challenges.
FAM Technology and Project Risk Mitigation
Beacon Offshore Energy’s adoption of FAM technology aligns with a broader industry trend of de-risking offshore projects. By removing long-lead technology and hardware from the critical path of subsea tree installation, Beacon has streamlined its project delivery process. The modularity of FAMs allows for the installation of subsea infrastructure without being constrained by the availability of specialized equipment such as multiphase flow meters (MPFMs).
This approach enhances project efficiency by ensuring that key production components can be deployed as needed, rather than being tied to the rigid sequencing of traditional subsea installations. Additionally, FAM technology maximizes opportunities for operational adaptation, allowing operators to replace or upgrade components as field conditions change or as new technological innovations emerge. The ability to modify subsea hardware configurations over the life of a field represents a major advantage in extending asset longevity and optimizing production strategies.
The Future of FAM Technology in Subsea Operations
As Hunting Subsea Technologies celebrates this 100th FAM milestone, the company remains focused on continuous innovation and expanding the reach of its subsea solutions. The increasing global demand for adaptable subsea hardware reflects a broader shift in the industry toward cost-effective, scalable solutions that provide long-term operational flexibility. With offshore activity growing in regions such as South America, Africa, and Southeast Asia, the role of FAM technology is expected to become even more critical in optimizing offshore oil and gas production.
Hunting Subsea Technologies is actively investing in research and development to enhance the capabilities of FAM technology, ensuring it continues to meet the evolving needs of the offshore energy sector. The company is also exploring opportunities to integrate digital technologies, automation, and advanced flow measurement capabilities into its FAM solutions, further expanding the potential applications of this groundbreaking technology.
Commitment to Excellence in Subsea Engineering
Beyond the technological advancements, Hunting Subsea Technologies’ success with FAM technology is a testament to its commitment to delivering high-quality subsea solutions tailored to industry needs. The company’s approach emphasizes reliability, efficiency, and adaptability, ensuring that operators have access to cutting-edge solutions that enhance production performance while minimizing operational risks.
Looking ahead, Hunting Subsea Technologies aims to build upon its leadership position in the subsea industry by expanding its portfolio of modular, plug-and-play solutions that address the challenges of modern offshore developments. As offshore exploration and production continue to evolve, the ability to deploy adaptable, future-proof technologies will be essential in ensuring project success and long-term operational resilience.
