Rotary Pumps Market

Rotary Pumps Market Outlook from 2025 to 2035

Fact.MR analysis anticipates that the worldwide industry of rotary pumps will witness steady growth, with revenues set to rise from USD 7.8 billion in 2025 to USD 13.07 billion by 2035. This pattern shows steady compound annual growth of 5.3% as the need gains momentum across diversified industry applications to propel the oil & gas, food & beverage, and wastewater treatment industries.

The recent years have witnessed a trend towards more efficient and low-maintenance rotary pumps. Advances in technology, especially in the design of positive displacement pumps, are making it possible to manage fluid better in high-pressure and high-viscosity applications. Suppliers are addressing this by bringing in new materials and digital connectivity, allowing predictive maintenance as well as remote monitoring-features most valued in high-capital infrastructure environments.

Fact.MR projects that major participants such as Alfa Laval, Gardner Denver, Atlas Copco, SPX Flow, and Colfax Corporation are going to set up industry trends in terms of forming strategic alliances, R&D spending, and emerging economy-specific products. Asia-Pacific, specifically China and India, is of key importance due to fast-rising industrialization and rising public expenditure on water treatment and chemical process infrastructure.

Growth opportunities stem from the changing demand for customized pump solutions and retrofitting services in aging industrial systems. However, short-term constraints might be caused by volatility of energy price and supply chain disruption problems within raw materials. Further, emissions and equipment lifetime standards regulatory attention may generate compliance challenges, and therefore innovation with a focus on sustainability is required.

Despite these problems, the rotary pump sector remains healthy. Sound fundamentals of demand, driven by infrastructure upgrades and process automation by industries, will drive value generation well into the next decade.

Key Metrics

Metric	Value
Industry Size (2025E)	USD 7.8 Billion
Industry Value (2035F)	USD 13.07 Billion
CAGR (2025 to 2035)	5.3%

Key Rotary Pumps Industry Dynamics and Outlook

Increasing Demand from the Automotive Sector

Increasing demand from the automotive sector is fuelling the adoption of rotary pumps significantly, particularly for lubrication and fuel transfer applications. With vehicle manufacturing rising post-pandemic and electric vehicle (EV) adoption on the rise globally, EV-specific rotary pumps are gaining traction more and more. High accuracy, compactness, and long life are the drivers of design in this segment.

Raw Material Price Volatility Could Hamper Adoption

Volatility in prices of major raw materials such as steel, aluminum, and specialty polymers is the greatest challenge to rotary pump makers. Volatility in prices upsets costing and compresses margins, especially for smaller and mid-cap makers. Global supply chain bottlenecks further exacerbate procurement bottlenecks on production schedules and price stability.

Infrastructure Development to Create Opportunities

Mass-scale water management, mining, and power generation infrastructure projects are creating new growth prospects for rotary pump suppliers. Emerging economies in Asia and Africa are giving new growth prospects to water and wastewater systems, while established economies are upgrading old water infrastructure. Macroeconomic projects of this nature are creating demand for medium to high-capacity rotary pumping systems.

Threats of Counterfeit Products

Counterfeit rotary pumps are gaining popularity in emerging industries, and that is generating widespread safety, reliability, and brand value risks. Poor-quality copies degrade performance efficiency and raise maintenance expenses. The industry stakeholders are calling for increased government regulation and improved authentication technologies to protect intellectual property and product integrity.

Rotary Pumps Demand Analysis and Stakeholder Impact

In the global rotary pumps value chain, raw material suppliers and manufacturers are at the bottom of the hierarchy. They are responsible for delivering metals, alloys, and high-value composites that play a critical role in producing high-performance components. Their price determination and supply reliability make a substantial contribution to cost structures and margins downstream. With rising energy and logistics costs across the globe, manufacturers face greater pressure to achieve stability while promoting sustainable sourcing behavior.

The rotary pump makers occupy the focal point of the value chain and create raw materials into engineered goods tailored specifically for industrial applications in various uses. Fact.MR is of the view that manufacturers play a dual role in keeping up with evolving technical requirements and following environmental regulations.

The ability of manufacturers to integrate smart capabilities, such as IoT-based monitoring and variable speed drives, has set new competitive benchmarks. Capital expenditure on R&D and modular production lines also continues to grow, particularly because of the process industries' requirement for customization.

Investors and venture capitalists are increasingly setting the pace of expansion and innovation, especially in emerging regions. Their capital enables scaling up production capacity and access to digitized fluid systems. Fact.MR opines that investor interest is moving in the direction of sustainable projects like energy-efficient pump technologies and decarbonized processes. The strategy followed by manufacturers is often dictated by these financing priorities and equity return expectations.

Regulators and standardization organizations put the compliance environment into perspective by examining emissions standards, efficiency specifications, and safety installation standards. These entities affect product development cycles, certification timelines, and launch to industries. Although compliance takes time, it also functions as a screen for quality, forcing higher product performance and eco-responsiveness. There exists a potential tension between the velocity of innovation and regulatory delays, particularly in adopting global specifications for local industries.

Technology providers and infrastructure developers cooperate with producers to ensure seamless incorporation of the pumps into larger plant setups. Among their responsibilities is implementing automation platforms, cloud diagnostics, and centralized control systems that enhance visibility of operations. Fact.MR analysis indicates that this value chain offers opportunities for disruption, particularly through collaborations that introduce fluid dynamics expertise into play alongside digital engineering.

End-users, including oil refineries, chemical plants, and municipal utilities, shape demand trends and exert pull-based influence along the entire chain. Their demands for reliability, energy efficiency, and lifecycle value propel upstream innovation and downstream service models. Strategic relationships between manufacturers and users, through joint development projects and performance-based contracts, are increasingly shaping the future architecture of the industry.

Rotary Pumps Industry Analysis by Top Investment Segments

The rotary pumps industry is segmented by product type into gear, vane, screw, lobe, progressive cavity pumps, piston, and peristaltic variants. By capacity, the segmentation includes small (up to 500 gpm), medium (500-1,000 gpm), and high (more than 1,000 gpm) flow rates. Based on end-use application, the industry covers a broad spectrum, including oil, gas, and refining (comprising oil and gas onshore, offshore, and oil refining), chemicals (categorized into basic and downstream chemicals), water and wastewater (both industrial and municipal), and general industry.

It further encompasses pulp and paper, metal manufacturing, food and beverage, pharmaceuticals, shipbuilding, mining, harbor, docks, canals, and building services. Within building services, applications include construction dewatering and domestic or residential buildings. The power generation segment is subdivided into coal, oil, combined cycle gas, hydroelectric, and nuclear power. Regionally, the industry spans North America, Latin America, Europe, Asia Pacific, and the Middle East & Africa.

By Product Type

Screw pumps will be the most profitable product type segment between 2025 and 2035 based on their improved efficiency in handling high-viscosity fluids, lesser pulsation, and less need for maintenance. As with these factors considered, the segment of Screw Pumps is to witness a growth rate of nearly 6.1% CAGR during 2025 to 2035, surpassing the overall industry trend.

Such features make them critical across advanced processing applications such as oil refineries, chemical plants, and heavy-duty wastewater treatment. The growing adoption of screw pumps for multi-phase fluid management, along with their expanding footprint in emerging industrial automation economies, is constructing a strong growth pattern. When infrastructure becomes upgraded in emerging economies, demand for flawless, unbroken flow technologies will gain speed even more.

By Capacity

Throughout the period 2025 to 2035, the medium capacity industry (between 500 and 1,000 gpm) is forecasted to emerge as the highest revenue-generating industry, on account of its versatility in applications to mid-scale industries and municipal infrastructure. The Medium Capacity segment will have a growth of 5.9% CAGR during the forecast period.

It combines ideal flow capacity with value for money, and makes it very well suited to applications in power generation, chemical processing, and water treatment industries. With enhanced infrastructural activities focusing on growing parts of developing areas, primarily in South Asia and East Asia, medium-sized plants are soon emerging as industry norms for refit and fresh plant applications. Its utility, coupled with its rapid gain in acceptance at the smaller plant scale, renders it an instant first-priority investment opportunity.

By End-Use Application

During 2025 to 2035, the most lucrative amongst all end-use applications will be the oil & gas onshore segment. Underpinned by these macroeconomic and technological tailwinds, the Oil & Gas Onshore industry is anticipated to record a CAGR of 6.4% between 2025 and 2035.

The segment has persistent upstream activity, revitalization of mature fields, and massive investment in unconventional extraction technologies such as hydraulic fracturing. Rotary fluid handling solutions form the core of drilling mud circulation, crude oil transportation, and chemical injection processes. Furthermore, geopolitical energy security strategies are fueling further onshore exploration in top regions such as North America, the Middle East, and Latin America.

Rotary Pumps Industry Analysis Across Key Countries

United States

Fact.MR anticipates the industry in the U.S. to experience steady growth at a CAGR of 5.2% between 2025 and 2035, led by the revival of domestic manufacturing and infrastructure rejuvenation efforts. Spending on shale oil and gas extraction, coupled with EPA policies promoting energy-efficient systems, is stimulating innovation. There is a growing demand for high-performance pumping technologies in wastewater treatment and chemical processing. Advanced digital integration, through IoT and AI platforms, has caused predictive maintenance models to flourish.

Moreover, government-sponsored climate programs are fueling retrofitting initiatives on vintage industrial plants, once again energizing product deployment. The U.S. is still a dominant world exporter of engineered fluid-handling systems, particularly to Latin America and Southeast Asia, where there is rising demand for high-quality systems. Clarity of regulation and robust R&D environments also attract high levels of venture capital into high-technology pump startups, sustaining the ecosystem dynamic and world-class.

India

Fact.MR says that the landscape in India will expand at a high CAGR of 6.1% between 2025 and 2035, spurred by rapid urbanization, water infrastructure shifts, and massive industrial development. The establishment of industrial parks, smart cities, and chemical parks in various parts of the country is creating demand for scalable fluid-handling solutions. Mass investments in thermal power capacity and refining capacity are creating long-term demand. Local production initiatives under "Make in India" are reducing import reliance and propelling local innovation.

In addition, government subsidies for recycling wastewater and irrigation modernization programs are translating into strong procurement volumes in rural and semi-urban regions. Local manufacturers are joining hands with global technology players more and more to enhance the efficiency of their offerings. Public-private partnerships are increasingly assuming a critical role in accelerating the installation of pumps in government-supported infrastructure projects, and southern and western India are leading demand.

China

Fact.MR predicts that the sector in China will grow at a CAGR of 5.7% from 2025 to 2035, buoyed by its dominance in global manufacturing and urban utility expansion. The country's push for industrial automation and energy efficiency is leading to mass replacement in flow systems in various industries. Ongoing investment in semiconductor fabs and petrochemicals is generating huge new demand, particularly in South and East China.

Additionally, the government's "dual circulation" policy is aimed at creating internal capacity and enhancing the domestic supply chain of engineered systems. Export competitiveness remains strong, with Chinese firms increasingly penetrating African and Middle Eastern industries. The move away from traditional equipment to digitally networked, low-maintenance systems is gaining traction. In addition, pervasive regional disparity in infrastructure levels continues to create localized areas of demand, with regional governments being the prime drivers of the procurement cycle.

United Kingdom

The sales in the UK are expected to record a CAGR of 4.9% during the forecast period of 2025 to 2035, spurred by decarbonization policies, investment in offshore renewable energy, and modernization of conventional manufacturing units. The dominance of the nation in offshore wind and hydrogen infrastructure is resulting in the uptake of next-generation subsea and chemical fluid handling systems. With Brexit, the opportunity for local manufacturing has returned based on high-efficiency technologies and resistance to export.

Investment from the public sector to upgrade sewage facilities in North England and Scotland is fueling capital expenditure. Engineering consultancies and R&D clusters in London are influencing regulatory and design approaches in Europe. At the same time, uptake in green technologies is changing the need for procurement across both the private and the public sectors on a circular economy principle. Concerns regarding energy expenses and access to a skilled workforce are propelling innovation focused on automation to reduce operational burdens.

Germany

Fact.MR expects that the industry in Germany will register a CAGR of 5.4% from 2025 to 2035, which will be led by dominance in precision engineering and adoption of smart factories on the Industry 4.0 platform. Strong growth in the country's chemical and pharma manufacturing sectors is increasing demand for high-specification rotary systems. The energy revolution (Energiewende) is transforming utilities and wastewater treatment plants, provoking the upgrading of sustainable, energy-efficient equipment.

Germany's export-driven industrial model enables strong demand for modular and application-specific products across Eastern Europe and North Africa. Investment in carbon-neutral plant retrofitting programs and hydrogen fuel infrastructure is speeding up, unlocking the potential for fluid control and efficiency innovation. Mittelstand-Germany's mid-size firms-remain at the forefront of regionalized demand, particularly in Bavaria, Baden-Württemberg, and North Rhine-Westphalia. Moreover, universities and technical schools are still deeply embedded in product development cycles.

South Korea

Fact.MR forecasts industry in South Korea to expand at a CAGR of 5.5% over the forecast period, led by its growing semiconductor, shipbuilding, and petrochemical industries. As South Korea doubles down on green production and digital twin-led plant designs, demand for high-efficiency, real-time integrated systems is increasing.

The Ministry of Trade, Industry, and Energy is promoting technology exports while developing domestic capacity through R&D incentives and joint ventures. Korea's port modernization and naval modernizations are also increasing procurement levels from Ulsan and Busan shipbuilding clusters. Increased utility requirements in Seoul's mega-urban zones and western coast industrial parks also contribute to expansion. Precision engineering remains a distinction, with Korean firms producing advanced, durable components utilized across Asia-Pacific supply chains.

Japan

Fact.MR expects that the sector in Japan will develop at a CAGR of 4.8% between 2025 and 2035, based on its aging infrastructure, manufacturing automation, and environmental sustainability regulations. As Japan replaces more inefficient legacy machinery, energy-optimized fluid systems are becoming increasingly popular among wastewater and pharmaceutical applications.

Seismic resilience codes and strict safety standards have prompted manufacturers to produce robust, low-vibration units that meet local compliance codes. Government-backed digital infrastructure investments and smart city planning in Tokyo and Osaka are serving as test beds for next-generation technologies. Additionally, Japan's well-established international supply chains imply that high-grade, high-precision parts continue to be exported to Southeast Asia and Europe. Despite population constraints, the country continues to dominate material innovation and process miniaturization.

France

Fact.MR anticipates that the landscape in France will record a CAGR of 5.1% between 2025 and 2035, on the back of energy transition programs, modernized public infrastructure, and growth in downstream chemical processing. The nation's emphasis on recycling wastewater and nuclear power has led to the procurement of durable, high-performance pumps. Modernization of farming in southern regions like Nouvelle-Aquitaine and Occitanie necessitates precision dosing and irrigation systems for fluids.

Strategic collaboration between engineering companies and public entities is facilitating the quick roll-out of city water infrastructure. On the other hand, northern France's industrial clusters are still creating innovation for green flow systems catering to the pharma and food sectors. Export cooperation with Francophone Africa also guarantees a constant supply. Paris-based clean tech and circular economy startups are also being financed by EU investment, further ensuring a robust pipeline of innovation.

Italy

Fact.MR projects that the sales in Italy will grow at a steady pace with a 5.3% CAGR during the next ten years, fueled by rising infrastructure repair and industrial automation investment. Medium-sized manufacturers are embracing advanced fluid management systems on a grand scale in Emilia-Romagna, Lombardy, and Veneto, as thriving demand from food processing, ceramics, and packaging industries is dominant.

Italy's maritime trade and seaports-especially in Genoa and Trieste-are propelling the installation of marine-grade equipment. EU green transition funds also fuel demand for low-emission technologies in urban water and wastewater systems. Domestic engineering firms with deep local heritage still deliver high-quality, bespoke solutions, staying competitive in the face of rising Asian imports. Moreover, cross-border collaboration with German and French partners is stimulating technology transfer and product localization.

Australia and New Zealand

Fact.MR projects that the combined sector in Australia and New Zealand will grow at a CAGR of 5.0% during 2025 to 2035, backed by resource excavation, agricultural mechanization, and fortifying infrastructure planning. Western Australia, Queensland, and the Northern Territory possess the primary centers of demand through mining operations, requiring robust dewatering systems, slurry processing, and process flows. Simultaneously, New Zealand's focus on preserving the environment and clean water initiatives is creating interest in energy-saving, low-noise installation.

Government procurement in both countries is increasingly being aligned with carbon-free targets, further stimulating the desire for digitally ready, long-life systems. Australian engineering firms are expanding to the Pacific Islands, with New Zealand remaining a specialty exporter of specially designed systems for use in geothermal and dairy processing contexts. Compliance with local standards and customization to geography remain key to sustaining long-term growth.

Leading Rotary Pumps Companies and Their Industry Share (2024)

Xylem Inc. (25-30% industry share) will continue to be at the forefront of the game, driven by its smart water infrastructure solutions and rapid adoption of predictive analytics to offer real-time monitoring. The firm's high-end Flygt Adaptive N-pumps have become the industry standard in North American and European municipal wastewater treatment plant modernization.

Flowserve Corporation (20-25%) further enhances its worldwide presence by making maximum use of its RedRaven IoT platform, which supports advanced flow control for energy-efficient operations. Its service agreements with Middle Eastern and African petrochemical plants are expected to increase its industry share.

KSB SE & Co. KGaA (15-20%) is gaining traction in Asia-Pacific, driven by strong uptake in water management and desalination opportunities. Its Etanorm range of pumps for operation with renewable power is a significant differentiator.

HMS Group (10-15%) has gained footing in the industrial revamp of Eastern Europe with specialized, heavy-duty pumping stations for oil and municipal water transport.

Pentair Ltd. (8-12%) is growing its industry share in residential and commercial water treatment business, aided by its Everpure filtration systems and energy-efficient pool pump business.

SPX Flow (5-10%) is building decentralized wastewater treatment technologies in Latin America with its Lightnin mixers and Waukesha pumps for low-energy fluid processing.

Dover Corporation (5-8%) is creating a niche in mining and chemical processing, adding automation to its pump control systems via the Pump Solutions Group (PSG) subsidiary.

Company Name	Estimated Industry Share (%)
Xylem Inc.	25-30%
Flowserve Corporation	20-25%
KSB SE & Co. KGaA	15-20%
HMS Group	10-15%
Pentair Ltd.	8-12%
SPX Flow	5-10%
Dover Corporation (PSG)	5-8%
Others Combined	5-12%

Key Strategies of Rotary Pumps Manufacturers, Suppliers and Distributors

Industry producers more and more depend on product innovation as their key strategy, with a focus on creating energy-efficient and sustainable systems in response to tighter sustainability regulations. Paradoxically, multinational companies such as Xylem Inc. and Flowserve Corporation are spending a lot of money on smart technology, including predictive maintenance software and Internet of Things-enabled pumps.

Utilizing the latest sensors and data analysis, they seek to increase system reliability, minimize operating costs, and maximize the growing demand for automation use in industrial systems. Geographic expansion is also one of the prevailing strategies because manufacturers look for new industries in Asia-Pacific and Africa, where there is unbridled growth in infrastructure development.

Suppliers, with potential raw materials price rises and supply chain dislocation in the offing, are seeking to secure long-term deals with producers in an effort to win favorable procurement conditions. Others are diversifying their books by investing in substitute materials or producing parts for niche industries, including alternative energy infrastructure and water treatment. Retailers also increase their investment in web channels to maximize inventory management and customer service in line with industry-wide digitalization.

Investors are particularly keen to invest money in companies that give a lot of importance to technology upgrades and sustainability. Start-up technology companies developing innovative water purification and power-saving systems are attracting huge investment pools. Investors also see interest in those players that can offer solutions scalable across industries such as oil and gas, pharma, and food processing. They increasingly prefer firms with strong ESG (Environmental, Social, Governance) scores since these align with the growing consumer and regulatory pressure for sustainability.

Regulators are driving the industry through enforcing tougher environmental regulations, particularly on water use and emissions. They are demanding tighter compliance with safety legislation as well. Producers and suppliers are taking risk-hedging measures such as entering into partnerships with regulatory bodies, working actively with policy, and collaborating with green certification regimes. Firms are modifying their strategies at the point of new legislation to ensure that they remain within compliance and are not fined, thereby helping to establish long-term industry loyalties and trust.

End-users, from industry to municipal utilities, are becoming increasingly cost-sensitive because of economic uncertainty. Industry manufacturers are increasingly turning to product innovation as their go-to strategy, focusing on developing energy-efficient and sustainable systems because of mounting sustainability regulations.

In an apparent contradiction, multinational companies such as Flowserve Corporation and Xylem Inc. are heavily investing in smart technology, including predictive maintenance software and Internet of Things-enabled pumps. Utilizing the latest sensors and data processing, they intend to enhance system reliability, minimize operating costs, and maximize the growing demand for automation use in industrial systems.

Key Success Factors Driving the Industry

The response drivers of the industry are sustainability strategies and technology innovations, which are driving the industry. Since there is a growing need for efficient and cleaner solutions, companies are placing significant investments in smart technology such as Internet of Things (IoT)-based solutions, energy-efficient design, and predictive maintenance.

These technologies minimize the costs of operating, but are in line with increasing environmental compliance and customer demands for green operations. Makers and vendors who are able to develop more advanced products, conserve energy, and produce more reliable items are gaining in the marketplace.

The second success factor is geographic extension and exposure to growth industries. As infrastructure growth is booming in regions like Asia-Pacific, Africa, and Latin America, companies strategically venturing into such emerging growth industries have access to rising demand for industrial solutions. Companies are establishing bases in such sectors in the guise of joint ventures, partnerships, and locally positioned manufacturing units.

This allows them to manage local demand better, steer clear of traps in regulatory climates, and achieve first-mover advantage in emerging industries such as water treatment, oil & gas, and power generation. Through successful global expansion, companies are becoming leaders in established and emerging industries.

Other Key Players

• Xylem Inc.
• Flowserve Corporation
• KSB SE & Co. KGaA
• HMS Group
• Pentair Ltd.
• SPX Flow
• Dover Corporation
• Grundfos
• ITT Inc.
• Sulzer Ltd.
• Atlas Copco
• Busch Vacuum Solutions
• Verder Group

Segmentation

• By Product Type :

  • Gear
  • Vane
  • Screw
  • Lobe
  • Progressive Cavity Pumps
  • Piston
  • Peristaltic

• By Capacity :

  • Small (Up to 500 gpm)
  • Medium (500-1,000 gpm)
  • High (More than 1,000 gpm)

• By End-Use Application :

  • Oil, Gas & Refining
    • Oil & Gas Onshore
    • Oil & Gas Offshore
    • Oil Refining
  • Chemical
    • Chemicals-Basic
    • Chemicals-Downstream
  • Water & Wastewater
    • Industrial
    • Municipal
  • General Industry
    • Pulp & Paper
    • Metal Manufacturing
    • Food & Beverage
    • Pharmaceuticals
    • Shipbuilding
    • Mining
    • Harbor, Docks& Canals
    • Building Services
    • Construction Dewatering
    • Domestic/Residential Building
  • Power Generation
    • Power-Coal Oil
    • Power-Combined Cycle Gas
    • Power-Hydroelectric
    • Power-Nuclear

• By Region :

  • North America
  • Latin America
  • Europe
  • East Asia
  • South Asia & Oceania
  • Middle East and Africa (MEA)