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Single Phase Subsea Pump Market

The market for Single Phase Subsea Pump was estimated at $642 million in 2025; it is anticipated to increase to $956 million by 2030, with projections indicating growth to around $1.42 billion by 2035.

Report ID:DS2402091
Author:Chandra Mohan - Sr. Industry Consultant
Published Date:
Datatree
Energy & Power
Oil & Gas
Single Phase Subsea Pump
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Report Summary
Market Data
Methodology
Table of Contents

Global Single Phase Subsea Pump Market Outlook

Revenue, 2025

$642M

Forecast, 2035

$1.42B

CAGR, 2026 - 2035

8.3%

The Single Phase Subsea Pump industry revenue is expected to be around $641.8 million in 2026 and expected to showcase growth with 8.3% CAGR between 2026 and 2035. This trajectory positions the Single Phase Subsea Pump market as a pivotal component of offshore energy strategies, supporting operators as they push developments into deeper waters, longer tiebacks, and more complex reservoirs while seeking capital expenditure reduction and improved operational efficiency. Demand is reinforced by the need to maximize production from existing offshore assets, where reliable single phase subsea pumping systems extend field life and reduce reliance on topside processing infrastructure. Vertical type Single Phase Subsea Pump configurations have already established a dominant position, generating approximately $245.17 million in revenue in 2025 and signaling a clear industry preference for compact, high-reliability architectures that optimize seabed footprint. The market’s ongoing relevance is further underpinned by regulatory and corporate pressures to reduce emissions per barrel, as subsea pumping solutions support more energy-efficient production, enhanced oil recovery, and improved flow assurance in both greenfield and brownfield optimization projects. As a result, Single Phase Subsea Pump adoption is becoming deeply embedded in long-term subsea production planning and life-of-field strategies across major offshore basins.

A Single Phase Subsea Pump is an electrically driven subsea pumping unit designed to handle single-phase fluids, typically oil or water, within integrated subsea production systems, delivering high differential pressures from a compact, robust assembly installed on the seabed. Key features include corrosion-resistant materials, advanced sealing and motor technologies, variable-speed control, and remote monitoring capabilities that together ensure high availability in harsh deepwater environments. Its major applications span subsea boosting of produced fluids, subsea injection of water or chemicals, pressure management in long tieback systems, and support functions in water disposal and reinjection schemes, with subsea boosting and subsea injection collectively accounting for about 67.7% of total Single Phase Subsea Pump deployments. Recent trends driving demand include the shift toward all-electric subsea fields, standardization around vertical type pump modules, digital condition monitoring for predictive maintenance, and the integration of Single Phase Subsea Pump solutions into subsea processing and compression architectures. These developments are solidifying the role of Single Phase Subsea Pump technology as a core enabler of lower-cost, lower-risk subsea projects and more resilient offshore production portfolios.

Single Phase Subsea Pump market outlook with forecast trends, drivers, opportunities, supply chain, and competition 2025-2035
Single Phase Subsea Pump Market Outlook

Market Key Insights

  • The Single Phase Subsea Pump market is projected to grow from $641.8 million in 2025 to $1.42 billion in 2035. This represents a CAGR of 8.3%, reflecting rising demand across Oil & Gas Extraction, Seawater Injection, and Chemical Injection.

  • Tsurumi Manufacturing, MAK Pump Industries, and OneSubsea are among the leading players in this market, shaping its competitive landscape.

  • U.S. and Norway are the top markets within the Single Phase Subsea Pump market and are expected to observe the growth CAGR of 6.1% to 8.7% between 2025 and 2030.

  • Emerging markets including Indonesia, Nigeria and Indonesia are expected to observe highest growth with CAGR ranging between 8.0% to 10.4%.

  • Transition like Digital Transformation is expected to add $83 million to the Single Phase Subsea Pump market growth by 2030.

  • The Single Phase Subsea Pump market is set to add $783 million between 2025 and 2035, with manufacturer targeting Subsea Injection & Utility Water Handling Application projected to gain a larger market share.

  • With

    increasing offshore oil production, and

    Technological Advancements in Subsea Systems, Single Phase Subsea Pump market to expand 122% between 2025 and 2035.

single phase subsea pump market size with pie charts of major and emerging country share, CAGR, trends for 2025 and 2032
Single Phase Subsea Pump - Country Share Analysis

Opportunities in the Single Phase Subsea Pump

Platform electrification in the UK and Norwegian North Sea is also opening demand for skid-mounted Single Phase Subsea Pump packages supporting low-emission strategies. Operators pursuing subsea processing and tiebacks can deploy compact pump skid assemblies to replace aging topside booster trains and cut maintenance exposure. Skid-mounted units are set to be the fastest-growing type, expanding from $138.63 million in 2025 to $220.24 million by 2030 at a 9.7% CAGR, supported by strategic OEM-utility collaborations and supply-chain clustering.

Growth Opportunities in North America and Europe

In North America, the Single Phase Subsea Pump market is strongly driven by the continued development and life extension of deepwater offshore oil and gas assets, making Subsea Boosting the most influential application, followed by Subsea Injection for pressure support and enhanced recovery. Top opportunities lie in standardised Single Phase Subsea Pump packages for brownfield tiebacks in the Gulf of Mexico, compact subsea pumping solutions optimized for low-voltage power distribution, and upgrade projects that replace conventional multiphase systems with more efficient single phase subsea boosting systems to reduce topside complexity. Competitive dynamics are shaped by established global OEMs collaborating with regional engineering contractors and fabrication yards, creating space for differentiated entrants that can provide faster delivery, modular skid designs, and robust after-sales service for subsea injection pump maintenance. Key regional drivers include stringent capex discipline from operators, the need to maximize recovery from maturing deepwater fields, a shift toward electrified subsea infrastructures, and increased demand for reliable utility water handling systems to manage seawater lift and produced water conditioning with high uptime and digital monitoring.
In Europe, particularly in the North Sea and adjacent basins, Single Phase Subsea Pump deployment is anchored by Subsea Boosting for life extension of mature reservoirs, while Utility Water Handling plays a rising role in supporting water injection, seawater treatment, and chemical dosing in complex subsea architectures. The main opportunities are in retrofitting existing subsea templates with compact Single Phase Subsea Pump modules, integrating advanced control and monitoring for condition-based maintenance, and supplying high-efficiency subsea pumping units that align with regional decarbonization and electrification initiatives. Competitive pressure is intense due to a dense ecosystem of technology providers and subsea engineering firms, pushing suppliers to differentiate through reliability in harsh environments, compatibility with existing subsea control systems, and strong local service presence for rapid intervention on subsea boosting and injection assets. Core market drivers include strict environmental and safety regulations, policy support for lower-emission offshore production, ongoing redevelopment of aging oil and gas fields, and operator preference for subsea pumping solutions that reduce topside footprint, extend field life, and ensure stable flow assurance under challenging temperature and pressure conditions.

Market Dynamics and Supply Chain

01

Driver: Deepwater Field Development and Increasing Need for Enhanced Subsea Production Efficiency

The expansion of deepwater and ultra deepwater oil and gas projects is also a major growth factor for single phase subsea pumps. As operators move into deeper reservoirs, longer tie backs and higher hydrostatic pressures reduce natural flow, creating demand for reliable subsea boosting solutions. Single phase subsea pumps help maintain flow assurance and improve recovery from marginal fields. In parallel, the need to enhance production efficiency from existing assets is also driving adoption. Operators are also focusing on maximizing output while minimizing topside infrastructure and operating costs. Technological improvements in pump hydraulics, materials, and subsea motor systems allow longer run times and reduced intervention. Together, deeper field development and efficiency focused production strategies are also accelerating demand for advanced single phase subsea pumping systems across offshore regions.
Technological advancements in subsea electrification are also a key driver supporting the growth of single phase subsea pumps. Improved subsea power distribution, high voltage connectors, and condition monitoring systems are also making electrically driven pumps more reliable and easier to integrate. These innovations reduce failure risks and extend maintenance intervals, which is also critical in remote offshore environments. Enhanced materials and sealing technologies also improve resistance to corrosion and high pressure conditions. As operators prioritize long life subsea equipment with lower intervention requirements, demand for technologically advanced single phase subsea pumps continues to rise, supporting long term offshore field development strategies.
02

Restraint: High Upfront Costs and Complex Subsea Installation Requirements Limit Adoption

The high initial investment for single phase subsea pump systems and their complex installation procedures are major restraints. The specialized subsea motors, high pressure rated components, and long lead fabrication significantly increase project CAPEX. For example, deepwater boosting projects may delay pump deployment to manage budgets, reducing short-term orders. Installation complexity often requires costly vessel time and remotely operated vehicles, pushing operators to defer upgrades. This limits demand especially in regions with lower oil prices or tight capital discipline, slowing revenue growth for pump manufacturers and shifting preference back to simpler topside boosting solutions.
03

Opportunity: Deepwater brownfield oil recovery in Brazil using Single Phase Subsea Pumps and Compact single phase subsea pumps for small Asia-Pacific offshore operators

Growing deepwater brownfield redevelopment in Brazil is increasing demand for Single Phase Subsea Pump technology to boost declining wells without new platforms. Independent offshore oil and gas operators are prioritizing subsea boosting and offshore artificial lift to extend tieback life and reduce lifting costs. Vertical Single Phase Subsea Pumps are expected to gain the most share, as robust designs can scale from $245.17 million in 2025 to $351.97 million by 2030, supported by deepwater projects and subsea processing schemes.
Rising field developments in Southeast Asia and India create a niche for Single Phase Subsea Pump units that minimize topside infrastructure for marginal reservoirs. Local independent operators face power constraints and favor single phase subsea pumping systems that integrate with existing low-capacity distribution networks. Inline configurations are projected to grow fastest in this segment, increasing from $202.17 million in 2025 to $302.59 million by 2030 at an 8.4% CAGR, driven by energy-efficient pumping and simplified tieback packages.
04

Challenge: Operational Risks and Harsh Subsea Conditions Increase Maintenance Burden and Downtime

Subsea environments expose single phase subsea pumps to high pressure, corrosion, and unpredictable flow conditions, raising operational risks. Equipment failures often demand expensive intervention using specialized vessels or ROVs, increasing OPEX and discouraging deployment in marginal fields. For instance, unplanned maintenance in deepwater leads to extended downtime and lost production, which influences operators to opt for conservative designs or delay installations. These reliability concerns reduce confidence among buyers, depress market growth, and shift demand toward alternative subsea boosting technologies with lower perceived risk profiles.

Supply Chain Landscape

1

Component Sourcing

Tsurumi Manufacturing Co. Ltd.MAK Pump IndustriesBaker Hughes
2

Single-Phase Subsea Pump

OneSubseaAker SolutionsBaker Hughes
3

System Integration

OneSubseaAker SolutionsBaker Hughes
4

Operations & End-Users

Offshore Oil & Gas ProductionSubsea Water Injection SystemsDeepwater Field Development
Single Phase Subsea Pump - Supply Chain

Use Cases of Single Phase Subsea Pump in Oil & Gas Extraction & Seawater Injection

Oil & Gas Extraction : Single phase subsea pumps are widely used in oil and gas extraction to enhance production efficiency from deepwater and marginal fields. Helico axial and centrifugal single phase subsea pumps are most commonly deployed by offshore operators to boost reservoir fluids from the seabed to surface facilities. These pumps help maintain stable flow rates, reduce wellhead pressure, and extend the economic life of aging fields. Their compact design allows installation close to the well, minimizing energy losses over long tie back distances. By improving recovery rates and lowering dependence on topside compression, single phase subsea pumps support cost effective offshore production.
Seawater Injection : In seawater injection applications, single phase subsea pumps are primarily used by offshore oil producers to maintain reservoir pressure and improve oil recovery. High capacity centrifugal subsea pumps are typically selected due to their ability to handle large volumes of treated seawater at consistent pressure levels. Installed on the seabed, these pumps reduce the need for large topside injection systems and long pipelines. Their use enhances injection efficiency, lowers operational energy consumption, and supports field development in remote offshore locations. Reliable subsea pumping also ensures uniform water distribution across reservoirs, improving overall production performance.
Chemical Injection : Chemical injection systems rely on single phase subsea pumps to deliver precise volumes of corrosion inhibitors, scale inhibitors, and methanol directly to subsea wells and flowlines. Positive displacement single phase subsea pumps are commonly used by offshore operators because they provide accurate flow control at low to moderate volumes. These pumps help prevent hydrate formation, corrosion, and flow assurance issues in deepwater environments. Subsea installation minimizes chemical degradation and reduces the need for frequent topside intervention. This approach improves operational reliability, lowers maintenance costs, and enhances safety by limiting offshore handling of hazardous chemicals.

Recent Developments

Recent developments in the single phase subsea pump market show growing emphasis on subsea boosting systems, flow assurance technologies, and electrified subsea solutions. A key trend is the integration of energy efficient subsea pumps with renewable power sources to lower carbon footprints in deepwater oil and gas production. Operators are adopting advanced high reliability motors, improved hydraulic designs, and condition monitoring systems to reduce downtime and OPEX. This trend strengthens competitiveness in offshore field development while aligning with sustainability and digital transformation goals.

November 2025 : SLB’s OneSubsea joint venture secured an engineering, procurement, and construction (EPC) contract from bp to deliver a subsea boosting system, including high-pressure subsea pump technology, for the deepwater Tiber development in the U.S. Gulf of Mexico. This supply agreement accelerates deployment of subsea pump systems that enhance production efficiency in offshore fields.
May 2024 : OneSubsea, where Aker Solutions is a strategic partner, entered a long-term collaboration agreement with Equinor to commence early engineering work on major subsea projects including Wisting and Bay Du Nord. This agreement lays the foundation for future subsea boosting and pump system contracts by strengthening early engagement and integrated project planning.

Impact of Industry Transitions on the Single Phase Subsea Pump Market

As a core segment of the Oil & Gas industry, the Single Phase Subsea Pump market develops in line with broader industry shifts. Over recent years, transitions such as Digital Transformation and Shift Towards Renewable Energy have redefined priorities across the Oil & Gas sector, influencing how the Single Phase Subsea Pump market evolves in terms of demand, applications and competitive dynamics. These transitions highlight the structural changes shaping long-term growth opportunities.
01

Digital Transformation

Digital transformation is reshaping the Single Phase Subsea Pump market as operators deploy AI-enabled monitoring, IoT sensors, and predictive maintenance analytics to raise pump reliability, extend run life, and cut unplanned downtime in critical subsea oil and gas applications. By enabling smart subsea pumping systems that optimize flow assurance, energy use, and asset integrity in real time, these technologies are shifting procurement decisions from capex-focused to lifecycle-performance–driven strategies. As a result, digitalized Single Phase Subsea Pump solutions are expected to contribute an additional $83 million to market growth by 2030, accelerating adoption in brownfield recovery, deepwater tiebacks, and marginal field development. Participants that rapidly embed digital oilfield capabilities into their subsea pump portfolios will secure higher service revenues, stronger customer lock-in, and defensible competitive differentiation.
02

Shift Towards Renewable Energy

The shift toward renewable energy is reshaping the single phase subsea pump industry as operators align offshore operations with sustainability goals. Manufacturers are developing energy efficient subsea pumps designed to operate with power supplied from offshore wind farms and hybrid renewable systems. This transition is influencing the offshore energy sector by enabling lower carbon oil and gas production, particularly in electrified subsea fields. For example, subsea pumping systems integrated with wind powered platforms reduce reliance on gas turbines, cutting emissions and fuel costs. The transition is also impacting subsea cable, power electronics, and offshore renewable infrastructure industries, creating cross sector collaboration. As energy companies pursue net zero targets, renewable compatible subsea pump technologies are gaining strategic importance.