Oil Trunk Pump Market Size, Share, and Growth Forecast 2026 - 2033

The global oil trunk pump market size is likely to be valued at US$5.6 billion in 2026 and is estimated to reach US$6.9 billion by 2033, growing at a CAGR of 3.2% during the forecast period from 2026 to 2033, driven by the expansion of crude-oil pipeline networks and the development of new pumping stations. Rising oil production is increasing the demand for reliable equipment to move crude from producing fields to refineries, storage facilities, and export terminals.

Driver - Expanding Pipeline Networks to Create New Pumping Requirements

The expansion of crude-oil pipelines is increasing demand for trunk pumps, as every long-distance pipeline needs pumping stations to maintain pressure and sustain flow. The U.S. Energy Information Administration reported in August 2026 that eight petroleum-liquids pipeline projects had been completed since the beginning of 2025, while 14 additional projects had been announced.

Its database tracks more than 280 current, future, and completed liquids-pipeline projects in the U.S. India is following a similar path. IndianOil is expanding its pipeline network by more than 2,000 km, including the New Mundra-Panipat Crude Oil Pipeline and the augmentation of the Salaya-Mathura Crude Oil Pipeline System. These projects require mainline pumps, booster pumps, and supporting equipment to move crude over long distances.

Rising Refinery Capacity to Fuel Crude Transfer Demand

Surging refinery capacity is creating additional demand for trunk pumps as new and expanded refineries require reliable systems to move crude from ports, storage terminals, and pipelines into processing units. India is a key example. IndianOil is expanding its refinery and pipeline infrastructure, including crude-oil pipelines that support high feedstock requirements at existing facilities.

China is also continuing to broaden refinery-linked crude transportation infrastructure. These developments increase the demand for mainline, booster, and transfer pumps capable of operating continuously under demanding conditions. As refining hubs become more interconnected with import terminals and long-distance pipelines, pump manufacturers can benefit from new equipment installations as well as replacement and capacity-upgrade projects.

Restraint - High Upfront Costs May Slow New Pumping Projects

Large oil trunk pumping systems require substantial capital as projects involve heavy-duty pumps, motors, drives, pipelines, electrical systems, control equipment, installation, testing, and specialized engineering. Costs increase further when operators need pumps designed for high pressure, corrosive fluids, or difficult crude characteristics. Pipeline projects also require multiple pumping stations, which can multiply equipment and installation expenses.

For example, India's New Mundra-Panipat Crude Oil Pipeline involves a major infrastructure investment to support refinery requirements, while large U.S. projects can require new pump stations and terminal upgrades. High initial spending can delay new projects when crude prices, financing conditions, or regulatory approvals become uncertain. Operators may therefore prioritize upgrades, retrofits, or capacity optimization before committing to completely new pumping systems.

Opportunity - Digital Monitoring to Improve Pump Reliability

Digital monitoring offers an important opportunity as oil pipelines can extend across remote areas where unexpected pump failures are costly and difficult to address. Sensors can track pressure, vibration, temperature, flow, and other operating conditions, allowing operators to identify abnormal performance before it develops into a major failure. This supports predictive maintenance instead of relying only on fixed maintenance schedules.

The opportunity is relevant as operators modernize existing pipeline systems. IndianOil, for example, is combining pipeline expansion with modernization of terminals and other infrastructure, creating scope for more connected monitoring and control systems. Pump manufacturers can capture this opportunity by combining new equipment with condition monitoring, remote diagnostics, and aftermarket services.

New Crude Routes to Increase Demand for Advanced Pump Designs

The development of new crude routes creates opportunities for pumps designed to handle different pressures, flow rates, and crude characteristics. New pipelines may connect producing regions with refineries, storage terminals, or export facilities, requiring equipment that can operate reliably across changing conditions.

China's expanding crude-oil network and India's pipeline investments illustrate this opportunity, while the U.S. continues to add, expand, convert, and optimize petroleum-liquids pipelines. Manufacturers can therefore gain from pumps with improved wear resistance, high-pressure capability, better sealing, and wider viscosity tolerance. CIRCOR's LB6D three-screw pump is an example of this product direction, with hardened rotors, wear-resistant construction, and high-pressure capability for oilfield and pipeline applications.

Product Type Insights

Positive displacement pumps are predicted to lead with a share of about 45.3% in 2026, as operators need stable flow under changing pressure and reliable handling of viscous crude. Their ability to move a defined volume during each cycle also provides better flow control than many centrifugal designs. Three-screw pumps are very useful because they provide smooth, low-pulsation flow, self-priming capability, and good performance with high-viscosity fluids. CIRCOR's IMO 8L series, for example, is specifically designed for medium- to high-pressure crude-oil pipeline service and is rated for efficiencies above 80%.

Centrifugal pumps are estimated to be the fastest-growing segment over the forecast period, as they can move very large volumes of relatively low-viscosity liquids efficiently. They are well suited to mainline and booster stations where operators need high flow rates over long pipeline distances. Ruhrpumpen, for example, offers API 610 centrifugal pumps for mainline and booster services, with designs capable of handling very high flow rates. Their growth is further supported by expanding and upgraded pipeline networks. Centrifugal technology remains attractive where crude characteristics, flow requirements, and pressure conditions fall within its efficient operating range.

Application Insights

Oil extraction is anticipated to dominate with a share of around 37.7% in 2026, as it generates the initial requirement for moving crude from producing fields toward gathering systems, storage facilities, and trunk pipelines. Pumps are essential where crude must be lifted, transferred, or boosted before entering long-distance transportation networks. Upstream operations also face difficult conditions, including high pressure, temperature variations, corrosive fluids, solids, and heavy hydrocarbons, which increase the need for rugged pumping equipment.

Transport is expected to remain in the second position in 2026, as crude production and refining facilities are often located far apart, creating a need for long-distance pipeline movement. New pipelines require multiple pumping stations to maintain pressure and flow across long routes. The U.S. Energy Information Administration reported that eight petroleum-liquids pipeline projects were completed in the U.S. between January 2025 and June 2026, while another 14 projects were announced.

North America Oil Trunk Pump Market Trends

North America is predicted to dominate with a global share of approximately 32.4% in 2026, as it combines large crude production, extensive pipeline infrastructure, active midstream investment, and major refining and export hubs. The U.S. alone had more than 280 liquid-pipeline projects tracked by the EIA in its 2026 database, covering crude oil, NGLs, and petroleum products. The region also continues to invest in capacity expansions and pipeline optimization. Enbridge, for example, approved a major expansion of its Mainline and Flanagan South systems in 2025, including new pump stations and terminal expansions.

U.S. Oil Trunk Pump Market Trends

A regional share of nearly 63.2% is expected to be held by the U.S. in 2026 in North America, as continued oil production in regions such as the Permian Basin is creating demand for additional gathering, transportation, storage, and export infrastructure. The EIA reported eight liquid-fuel pipeline projects completed between January 2025 and June 2026, alongside 14 newly announced projects. Several involve capacity additions, conversions, or pipeline restarts, creating opportunities for both new pumps and replacement equipment.

Asia Pacific Oil Trunk Pump Market Trends

Asia Pacific is anticipated to be the fastest-growing region, as China, India, and other regional economies continue to invest in crude transportation networks, refining capacity, storage terminals, and energy-security infrastructure. India is expanding its pipeline network by more than 2,000 km, while China has already completed key oil and gas network targets under its previous five-year plan. This combination of new infrastructure and rising interconnection between ports, producing areas, storage facilities, and refineries supports pump demand.

China Oil Trunk Pump Market Trends

China will likely lead in Asia Pacific in 2026 with a regional share of about 34.9% in 2026, supported by continued investments in national oil and gas infrastructure, even as conventional fuel demand becomes more mature. In August 2026, China commissioned the Lianyungang-Huai'an section of a new crude oil pipeline with an annual design capacity of 18.5 million tons. The project connects into the wider national network and supports crude supplies to refineries along the Yangtze River region. China is also investing in offshore production.

India Oil Trunk Pump Market Trends

In 2026, India is projected to account for a share of just about 20.5% in Asia Pacific, as refinery expansion is being accompanied by large investments in crude and petroleum-product pipelines. IndianOil is implementing the New Mundra-Panipat Crude Oil Pipeline to support higher crude requirements at Panipat Refinery, while its wide infrastructure program includes more than 2,000 km of additional pipeline development. The country's existing infrastructure also creates a large installed base for replacement and maintenance.

Europe Oil Trunk Pump Market Trends

Europe will likely see decent growth over the forecast period with a share of roughly 16.3% in 2026 globally, driven more by network modernization, supply diversification, replacement of aging equipment, and changes in crude-supply routes than by large increases in oil consumption. The EU's shift away from Russian crude has increased the importance of alternative pipeline routes. The TAL-PLUS project, for example, raised the Transalpine Pipeline's operational capacity and enabled Czechia to stop importing Russian crude through Druzhba from April 2025.

Germany Oil Trunk Pump Market Trends

Germany is predicted to register a substantial share of approximately 39.9% in 2026 in Europe, owing to supply diversification and pipeline infrastructure rather than rising domestic oil demand. The country receives crude through four transnational crude-oil pipelines as well as several ports, making pumping systems important for moving imported crude toward refineries and storage facilities. Germany imported about 75.1 million tons of crude oil in 2025, with Norway, the U.S., and Libya among its largest suppliers. This diversification has increased the importance of flexible import and transportation infrastructure, supporting modernization and pump-replacement opportunities.

U.K. Oil Trunk Pump Market Trends

A regional share of nearly 27.6% is predicted to be held by the U.K. in 2026, supported by the need to strengthen supply resilience as domestic North Sea production declines. The U.K. government reported that domestic crude and NGL production fell to 30.4 million tons in 2024, while net primary oil imports increased by 11.7%. The government also identifies replacement of end-of-life assets, safety improvements, environmental requirements, and supply resilience as infrastructure priorities. This environment supports demand for reliable pumping, storage, terminal, and pipeline equipment.

The global oil trunk pump market is moderately consolidated, with major pump manufacturers competing on reliability, high-pressure handling, energy efficiency, customization, and lifecycle services. The market includes large engineering companies such as Flowserve, Sulzer, KSB, Weir, SPX FLOW, ITT, Ebara, and CIRCOR, along with specialized regional manufacturers.

Competition is especially strong in large pipeline projects because operators prefer suppliers with proven performance, API-compliant designs, global service networks, and the ability to support pumps throughout their operating life. KSB, for example, offers dedicated pipeline pumps for moving crude oil from production areas and tank farms to refineries, while Ruhrpumpen supplies mainline, booster, and auxiliary pumps for crude oil and refined-product pipelines.

Key Industry Developments:

• In July 2026, CIRCOR introduced its IMO LB6D three-screw pump series for lease automatic custody transfer (LACT) boost applications in the oil and gas industry. The pump is designed for crude oils with different viscosities and contaminants, with features aimed at improving wear resistance, reducing maintenance, and extending service life.
• In October 2025, CIRCOR acquired essentially all operating assets associated with Flowserve's GAX, GR, and Gearex herringbone gear pump product lines. The acquisition was intended to fill gaps in CIRCOR's Pumps Americas portfolio and strengthen its ability to serve high-viscosity and specialty-fluid applications.
• In February 2025, Kirloskar Ebara Pumps Limited showcased API and non-API pumping solutions at India Energy Week, including its BB2 and BB3 pumps for demanding energy applications. The company also highlighted its role in India's Paradip-Numaligarh Crude Oil Pipeline project, where it supplied 16 pump packages for crude transportation.