TechnipFMC Subsea: iEPCI™, $14bn Backlog & 2026 Strategy

TechnipFMC subsea operations generated approximately $8.7 billion in revenue in 2024, backed by a $14 billion-plus order backlog that secures multi-year visibility across deepwater projects with Petrobras, bp, Equinor, and QatarEnergy. The company’s iEPCI™ delivery model — integrating engineering, procurement, construction, and installation under a single contract — has become the defining commercial proposition in the subsea sector, cutting project schedules by up to 30% against traditional split-contract approaches.

Company Overview

TechnipFMC was formed in 2017 through the merger of France’s Technip SA and US-headquartered FMC Technologies. Its registered operational centre is Houston, Texas, with a corporate headquarters in Newcastle upon Tyne, UK. The company is dual-listed on the NYSE (ticker: FTI) and the London Stock Exchange, and employs approximately 20,000 people worldwide.

In February 2021, TechnipFMC completed the spin-off of Technip Energies as a separately listed entity. The demerger was deliberate: TechnipFMC retained the subsea systems and surface technologies divisions, sharpening its focus on offshore production infrastructure. Technip Energies took the onshore LNG, refining, and energy transition engineering businesses. The two companies are now entirely independent.

TechnipFMC’s three core divisions are Subsea Systems, Subsea Services, and Surface Technologies. Subsea accounts for the clear majority of revenue and backlog.

The iEPCI™ Model — Integrated Subsea Delivery

The iEPCI™ model (integrated Engineering, Procurement, Construction and Installation) is TechnipFMC’s primary commercial differentiator. Under a conventional subsea project structure, operators award separate contracts for equipment supply, installation vessels, and offshore construction — creating schedule risk, interface complexity, and cost uncertainty at every boundary between contractors.

iEPCI™ removes those interfaces by placing the full scope with a single contractor. TechnipFMC controls the supply chain from manufactured subsea trees and manifolds through to offshore installation and hook-up. Published project data indicates schedule reductions of up to 30% against split-contract equivalents, with corresponding capital cost savings on day-rate vessel time and project management overhead.

The model has been adopted across major deepwater programmes in Brazil, Norway, Qatar, and West Africa. Its commercial success underpins TechnipFMC’s backlog concentration in long-duration, high-value contracts rather than short-cycle service work.

Subsea 2.0™ — Next-Generation Equipment Platform

Subsea 2.0™ is TechnipFMC’s second-generation subsea equipment architecture, introduced to address the cost and complexity of deepwater completions. The platform is standardised and modular: subsea trees, manifolds, and control systems share common components across projects and water depths, reducing manufacturing lead times and spare parts inventory for operators.

Compared with earlier custom-engineered subsea systems, Subsea 2.0™ units carry a smaller physical footprint and are designed for simpler installation — reducing the crane capacity and offshore spread time required per installation. For operators managing portfolios of deepwater wells across multiple basins, the standardisation reduces total lifecycle cost and improves interchangeability between fields.

The platform is deployed on projects for major operators including Petrobras in the Brazilian pre-salt and Equinor on the Norwegian Continental Shelf. TechnipFMC positions Subsea 2.0™ as the equipment foundation of iEPCI™ contracts, with standard components enabling faster schedule progression from award to first oil.

Flexible Pipe, Umbilicals & Pipeline Infrastructure

TechnipFMC manufactures flexible pipe systems — risers and flowlines — under the Technip brand, retained within the company after the Technip Energies spin-off. Flexible risers connect subsea wellheads and manifolds to floating production systems; flexible flowlines carry hydrocarbons across the seabed to fixed pipeline infrastructure or to shore. These products are critical components in deepwater field architecture and feed directly into the pipeline networks reviewed in Top 10 Pipeline Companies 2026.

Umbilical systems — cables and conduits bundling hydraulic lines, electrical power, and fibre optic control signals — are manufactured and installed by TechnipFMC for subsea production control. Umbilicals connect the surface control system to subsea trees and manifolds across distances that can exceed 100 kilometres in deepwater tie-back developments.

Flow assurance engineering — managing wax, hydrate, and scale deposition across subsea pipelines and risers — is a core service offering. TechnipFMC’s engineering teams work with operators during front-end design to define insulation, heating, and chemical injection strategies that keep pipelines flowing from subsea wellhead to onshore or offshore terminal, where storage and export infrastructure takes over. Subsea7 operates in overlapping markets for installation and offshore construction.

TechnipFMC and Technip Energies — Understanding the Split

The 2021 demerger is a source of persistent confusion in the market. Prior to the split, Technip SA’s business encompassed both subsea installation and offshore engineering on one side, and onshore LNG, refinery, and petrochemical engineering on the other. FMC Technologies contributed subsea equipment manufacturing — trees, manifolds, controls — and surface wellhead systems.

The merged entity briefly held all of this under one roof. The 2021 spin-off separated them cleanly. TechnipFMC retained: subsea systems manufacturing, subsea installation, flexible pipe, umbilicals, and surface wellhead and fracturing equipment. Technip Energies retained: onshore LNG engineering (including engineering and technology licences for liquefaction), refinery and petrochemical EPCI, hydrogen and carbon capture project execution, and the Loading Systems business acquired from FMC. The two companies do not share management, technology licences, or contracts.

For oil and gas storage and infrastructure professionals, the practical distinction is this: TechnipFMC is the company to engage for subsea-to-shore tieback engineering, flexible pipe supply, and deepwater production installation. Technip Energies is the relevant entity for onshore LNG terminal engineering and energy transition infrastructure.

2026 Projects, Contracts & Strategic Outlook

TechnipFMC entered 2026 with a $14 billion-plus backlog concentrated in multi-year deepwater EPCI contracts. Key active scopes include subsea systems supply for Petrobras’s pre-salt Santos Basin developments, work for QatarEnergy on North Field expansion-linked subsea infrastructure, and ongoing Equinor contracts across the Norwegian Continental Shelf and international portfolio.

The company is also pursuing energy transition opportunities within its existing engineering competencies: carbon capture pipeline engineering, hydrogen transportation systems using adapted flexible pipe technology, and foundation and inter-array cable scopes for offshore wind. These are bolt-on revenue streams rather than strategic pivots — TechnipFMC’s core business remains deepwater oil and gas production infrastructure.

Surface Technologies, the smaller division, supplies wellhead systems, measurement equipment, and fracturing equipment to onshore operators. This division provides exposure to North American shale activity and international onshore completions, diversifying TechnipFMC’s revenue base beyond deepwater EPCI.

TechnipFMC publishes full financial results and backlog data quarterly. Current figures are available at TechnipFMC Investor Relations.

Company Snapshot